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| ID | Type | Description | Link |
|---|---|---|---|
| 97509210 | Other Grant/Funding Number | Celgene |
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| Name | Class |
|---|---|
| Celgene Corporation | INDUSTRY |
| National Heart, Lung, and Blood Institute (NHLBI) | NIH |
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The purpose of the VIP-A study is to determine the effect of apremilast on aortic vascular inflammation, cardiometabolic biomarkers and body composition in patients with moderate-severe psoriasis.
The primary objectives of this study are to determine the effect of apremilast on aortic vascular inflammation, cardiometabolic biomarkers and body composition in patients with moderate-severe psoriasis. Fluorodeoxyglucose (FDG) - positron emission tomography (PET)/computed tomography (CT) will be used to assess vascular inflammation, with multi-volumetric product, tissue-to-background ratio and total atherosclerotic burden, and body composition via volumetric quantification. This is a year-long, single arm, open label study.
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| Label | Type | Description | Intervention Names |
|---|---|---|---|
| Apremilast | Other | Apremilast (Otezla), 30mg oral tablet twice per day for 52 weeks. Single arm, open label study. |
|
| Name | Type | Description | Arm Group Labels | Other Names |
|---|---|---|---|---|
| Apremilast | Drug | Apremilast (brand name Otezla) is a medication for the treatment of certain types of psoriasis and psoriatic arthritis. |
|
| Measure | Description | Time Frame |
|---|---|---|
| Change in Total Vascular Inflammation of the Aorta as Measured by FDG-PET/CT Between Baseline and Week 16. | The primary analysis will consist of comparisons of total vascular inflammation of the aorta between week 16 and baseline using [18F]-Fluorodeoxyglucose (FDG) Positron Emission Tomography (PET) / Computed Tomography (CT) (FDG-PET/CT). Tissue-to-background ratio (TBR) of the standardized uptake value (SUV) is used to assess the level of inflammation of the aorta relative to the venous blood pool (background reference). | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Ferritin | Ferritin is a marker of inflammation. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: C Reactive Protein (CRP) | CRP is a marker of inflammation. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Intercellular Adhesion Molecule (ICAM)-1 | ICAM-1 is a marker of inflammation. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Serum Amyloid-A (SAA) | SAA is a marker of inflammation. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Vascular Cell Adhesion Molecule (VCAM)-1 |
| Measure | Description | Time Frame |
|---|---|---|
| Changes in Body Composition as Measured by FDG-PET/CT Between Week 52 and and Earlier Time Points (Baseline and Week 16): Visceral Adipose Tissue | Secondary analysis will consist of comparisons of change in body composition between weeks 52, 16, and baseline. Visceral adipose tissue quantification using a single CT slice at the level of the umbilicus using computer-assisted tissue segmentation (Pescatori LC et al. Quantification of visceral adipose tissue by computed tomography and magnetic resonance imaging: reproducibility and accuracy. Radiol Bras. 2019 15(1):1-6.). The values represent the cross-sectional area of the tissue segmented on the CT slice (cm^2); higher values indicate greater amount of visceral adipose tissue. |
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Inclusion Criteria:
Exclusion Criteria:
Males and females 18 years of age and older.
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| Facility | Status | City | State | ZIP | Country | Contacts |
|---|---|---|---|---|---|---|
| University of Southern California | Los Angeles | California | 90033 | United States | ||
| Derm Associates, P.C. |
| PubMed Identifier | Type | Citation | Retractions |
|---|---|---|---|
| 36129688 | Derived | Gelfand JM, Shin DB, Armstrong AW, Tyring SK, Blauvelt A, Gottlieb S, Lockshin BN, Kalb RE, Fitzsimmons R, Rodante J, Parel P, Manyak GA, Mendelsohn L, Noe MH, Papadopoulos M, Syed MN, Werner TJ, Wan J, Playford MP, Alavi A, Mehta NN. Association of Apremilast With Vascular Inflammation and Cardiometabolic Function in Patients With Psoriasis: The VIP-A Phase 4, Open-label, Nonrandomized Clinical Trial. JAMA Dermatol. 2022 Dec 1;158(12):1394-1403. doi: 10.1001/jamadermatol.2022.3862. |
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One hundred and one patients were screened, and 70 patients met inclusion and exclusion criteria.
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| ID | Title | Description |
|---|---|---|
| FG000 | Apremilast | Apremilast (Otezla), 30mg oral tablet twice per day for 52 weeks. Single arm, open label study. Apremilast: Apremilast (brand name Otezla) is a medication for the treatment of certain types of psoriasis and psoriatic arthritis. |
| Title | Milestones | Reasons Not Completed | |||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Overall Study |
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| ID | Title | Description |
|---|---|---|
| BG000 | Apremilast | Apremilast (Otezla), 30mg oral tablet twice per day for 52 weeks. Single arm, open label study. Apremilast: Apremilast (brand name Otezla) is a medication for the treatment of certain types of psoriasis and psoriatic arthritis. |
| Units | Counts |
|---|---|
| Participants |
|
| Title | Description | Population Description | Parameter Type | Dispersion Type | Unit of Measure | Calculate Percentage | Denominator Units Selected | Denominators | Classes |
|---|---|---|---|---|---|---|---|---|---|
| Age, Continuous | Mean |
| Type | Title | Description | Population Description | Reporting Status | Anticipated Posting Date | Parameter Type | Dispersion Type | Unit of Measure | Calculate Percentage | Time Frame | Units Analyzed | Denominator Units Selected | Arm/Group Information | Denominators | Classes | Analyses | |||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Primary | Change in Total Vascular Inflammation of the Aorta as Measured by FDG-PET/CT Between Baseline and Week 16. | The primary analysis will consist of comparisons of total vascular inflammation of the aorta between week 16 and baseline using [18F]-Fluorodeoxyglucose (FDG) Positron Emission Tomography (PET) / Computed Tomography (CT) (FDG-PET/CT). Tissue-to-background ratio (TBR) of the standardized uptake value (SUV) is used to assess the level of inflammation of the aorta relative to the venous blood pool (background reference). | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | ratio | After the completion of week 16 visit by all study participants. |
|
Baseline to Week 52
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| ID | Title | Description | Deaths (Affected) | Deaths (At Risk) | Serious Events (Affected) | Serious Events (At Risk) | Other Events (Affected) | Other Events (At Risk) |
|---|---|---|---|---|---|---|---|---|
| EG000 | Apremilast | Apremilast (Otezla), 30mg oral tablet twice per day for 52 weeks. Single arm, open label study. Apremilast: Apremilast (brand name Otezla) is a medication for the treatment of certain types of psoriasis and psoriatic arthritis. |
| Term | Organ System | Source Vocabulary | Assessment Type | Notes | Statistical Information |
|---|---|---|---|---|---|
| Stroke | Vascular disorders | Non-systematic Assessment |
| Term | Organ System | Source Vocabulary | Assessment Type | Notes | Statistical Information |
|---|---|---|---|---|---|
| Nausea | Gastrointestinal disorders | Non-systematic Assessment |
The lack of placebo control; The number of biomarkers assessed may result in alpha error given the large number of pathways interrogated and thus the cardiometabolic biomarkers may be considered exploratory; Only surrogate markers evaluated and not actual clinical events.
| Title | Organization | Phone | Extension | |
|---|---|---|---|---|
| Joel Gelfand, MD, MSCE | University of Pennsylvania | 215-662-2737 | joel.gelfand@pennmedicine.upenn.edu |
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| Type | Includes Protocol | Includes SAP | Includes ICF | Document Label | Document Date | Document Uploaded Date | Document File Name |
|---|---|---|---|---|---|---|---|
| Prot_SAP | Yes | Yes | No | Study Protocol and Statistical Analysis Plan | Dec 13, 2021 | Aug 15, 2022 | Prot_SAP_000.pdf |
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| ID | Term |
|---|---|
| D011565 | Psoriasis |
| D002318 | Cardiovascular Diseases |
| ID | Term |
|---|---|
| D017444 | Skin Diseases, Papulosquamous |
| D012871 | Skin Diseases |
| D017437 | Skin and Connective Tissue Diseases |
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| ID | Term |
|---|---|
| C505730 | apremilast |
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Imaging data files will be sent to the central core of the National Institutes of Health (NIH) Imaging Lab for measuring the standardized uptake values (SUVs). The NIH central PET/CT readers will be blinded to time point of scan via Digital Imaging and Communication in Medicine (DICOM) file editing applied by the University of Pennsylvania.
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VCAM-1 is a marker of inflammation.
| After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Interferon (IFN)-Gamma | IFN-gamma is a marker of inflammation. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Interleukin (IL)-1b | IL-1b is a marker of inflammation. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: IL-10 | IL-10 is a marker of inflammation. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: IL-17A | IL-17A is a marker of inflammation. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: IL-6 | IL-6 is a marker of inflammation. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: IL-8 | IL-8 is a marker of inflammation. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: IL-9 | IL-9 is a marker of inflammation. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Monocyte Chemoattractant Protein (MCP)-1 | MCP-1 is a marker of inflammation. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Tumor Necrosis Factor (TNF)-Alpha | TNF-alpha is a marker of inflammation. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: IL2RA | IL2RA is a marker of inflammation. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: GlycA | GlycA is a marker of inflammation. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Cholesterol Efflux Capacity | Cholesterol Efflux Capacity is a marker of lipid function and metabolism. The ability to promote cholesterol efflux from macrophages is a classic function of HDL that is thought to be an important mechanism by which HDL protects against atherosclerosis. HDL cholesterol efflux capacity assays are performed based on published methods using J774 cells derived from a murine macrophage cell line (Mehta NN Atherosclerosis 2012). Efflux is calculated as a unitless measure by using the following formula: [(µCi of 3H-cholesterol in media containing apoB-depleted subject plasma - µCi of 3H-cholesterol in plasma-free media) / (µCi of 3H-cholesterol in media containing apoB-depleted pooled control plasma-µCi of 3H-cholesterol in pooled control plasma-free media)]. Cholesterol efflux capacity is inversely correlated with incidence of cardiovascular events (i.e. higher cholesterol efflux capacity is better for patients). | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Triglyceride | Triglyceride is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Total Cholesterol | Total Cholesterol is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: High-density Lipoprotein (HDL) - Cholesterol (C) | HDL-C is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: HDL-Particle Number (P) | HDL-P is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: HDL-Particle Size (Z) | HDL-Z is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Small (S)-HDL-P | S-HDL-P is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Medium (M)-HDL-P | M-HDL-P is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Large and Medium (LM)-HDL-P | LM-HDL-P is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Large (L)-HDL-P | L-HDL-P is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Low-density Lipoprotein (LDL)-C | LDL-C is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: LDL-P | LDL-P is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: LDL-Z | LDL-Z is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: S-LDL-P | S-LDL-P is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: L-LDL-P | L-LDL-P is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Very Large (VL)-LDL-P | VL-LDL-P is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Very Low-density Lipoprotein (VLDL)-P | VLDL-P is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: VLDL-Z | VLDL-Z is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: VLDL-Triglycerides (TG) | VLDL-TG is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: S-VLDL-P | S-VLDL-P is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: M-VLDL-P | M-VLDL-P is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: LM-VLDL-P | LM-VLDL-P is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: L-VLDL-P | L-VLDL-P is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Intermediate-density Lipoprotein (IDL)-P | IDL-P is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Apolipoprotein A1 (ApoA1) | ApoA1 is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Apolipoprotein B (ApoB) | ApoB is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: TRLTG | TRLTG is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: (Triglyceride-Rich Lipoprotein Cholesterol) TRLC | TRLC is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: (Triglyceride-Rich Lipoprotein) TRLP | TRLP is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: VS-TRLP | VS-TRLP is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: S-TRLP | S-TRLP is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: M-TRLP | M-TRLP is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: L-TRLP | L-TRLP is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: VL-TRLP | VL-TRLP is a marker of lipid function and metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Insulin | Insulin is a marker of glucose metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Homeostasis Model Assessment of Insulin Resistance (HOMA-IR) | HOMA-IR is a marker of glucose metabolism. HOMA-IR, a method used to quantify insulin resistance and beta-cell function, is expressed using fasting blood glucose and insulin levels. It is calculated using the formula (HOMA-IR = fasting glucose [mg/dl] * fasting insulin [mU/ml]/405). | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Glucose | Glucose is a marker of metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Diabetes Risk Index (DRI) | DRI is a marker of glucose metabolism. DRI is a nuclear magnetic resonance spectroscopy (NMR)-derived multimarker score (values 1-100) that predicts a patient's risk of developing type 2 diabetes mellitus (T2D) independent of glycemic status. DRI derives its performance from the weighted addition of the Lipoprotein Insulin Resistance Index (LP-IR) scores with simultaneously-measured levels of branched-chain amino acids (BCAA). Higher scores indicate greater risk. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Lipoprotein Insulin Resistance Index (LP-IR) | LP-IR is a marker of glucose metabolism. LP-IR is a marker of insulin resistance, and as such the LP-IR score predicts a patient's likelihood of future development of type 2 diabetes. LP-IR is a multimarker index (values 0-100) based on the concentrations of particular lipoprotein subclasses. Greater score indicates higher likelihood of developing diabetes. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Leptin | Leptin is a marker of adipose dysfunction and general metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Adiponectin | Adiponectin is a marker of adipose dysfunction and general metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Fetuin A | Fetuin A is a marker of adipose dysfunction and general metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Citrate | Citrate is a marker of adipose dysfunction and general metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Valine | Valine is a marker of adipose dysfunction and general metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Leucine | Leucine is a marker of adipose dysfunction and general metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Isoleucine | Isoleucine is a marker of adipose dysfunction and general metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Alanine | Alanine is a marker of adipose dysfunction and general metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: BCAA | Branched-chain amino acids (BCAA) is a marker of adipose dysfunction and general metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Ketone Bodies | Ketone Bodies are markers of adipose dysfunction and general metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Beta Hydroxybutyrate | Beta Hydroxybutyrate is a marker of adipose dysfunction and general metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Acetoacetic Acid | Acetoacetic Acid is a marker of adipose dysfunction and general metabolism. | After the completion of week 16 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Baseline and Week 16: Acetone | Acetone is a marker of adipose dysfunction and general metabolism. | After the completion of week 16 visit by all study participants. |
| After the completion of week 52 visit by all study participants. |
| Changes in Body Composition as Measured by FDG-PET/CT Between Week 52 and and Earlier Time Points (Baseline and Week 16): Subcutaneous Adipose Tissue | Secondary analysis will consist of comparisons of change in body composition between weeks 52, 16, and baseline. Subcutaneous adipose tissue quantification using a single CT slice at the level of the umbilicus using computer-assisted tissue segmentation (Pescatori LC et al. Quantification of visceral adipose tissue by computed tomography and magnetic resonance imaging: reproducibility and accuracy. Radiol Bras. 2019 15(1):1-6.). The values represent the cross-sectional area of the tissue segmented on the CT slice (cm^2); higher values indicate greater amount of subcutaneous adipose tissue. | After the completion of week 52 visit by all study participants. |
| Changes in Physician Reported Outcomes: Psoriasis Area and Severity Index (PASI) | Secondary analysis will consist of comparisons of change in PASI scores. PASI is the most widely used tool for the measurement of severity of psoriasis. PASI combines the assessment of the severity of lesions and the area affected into a single score in the range 0 (no disease) to 72 (maximal disease). | Baseline, week 16, and week 52. |
| Changes in Physician Reported Outcomes: Physician Global Assessment (PGA) | Secondary analysis will consist of comparisons of change in PGA scores. Physician Global Assessment (PGA) is calculated by averaging three subcomponent scores (induration, erythema, and scaling) that are graded from 0 (no involvement) to 5 (maximum involvement) that are averaged over all psoriatic lesions. Higher scores indicate greater disease burden. | Baseline, week 16, and week 52. |
| Changes in Patient Reported Outcomes: Dermatology Life Quality Index (DLQI) | Secondary analysis will consist of comparisons of change in DLQI scores. DLQI is a ten-question questionnaire used to measure the impact of skin disease on the quality of life of an affected person. The score ranges from 0 to 30; 0-1 = No effect on patient's life, 2-5 = Small effect, 6-10 = Moderate effect, 11-20 = Very large effect, 21-30 = Extremely large effect. | Baseline, week 16, and week 52. |
| Changes in Patient Reported Outcomes: Pruritis by Visual Analog Scales (VAS) | Secondary analysis will consist of comparisons of change in Pruritus VAS scores. A visual analogue scale for pruritus (itch), ranging from 0 (no itch) to 100 (worst imaginable itch). | Baseline, week 16, and week 52. |
| Change in Vascular Inflammation of the Five Aortic Segments as Measured by FDG-PET/CT Between Week 52, 16, and Baseline. | Secondary analysis will consist of comparisons of vascular inflammation of the five aortic segments using TBR between week 52, 16, and baseline. | After the completion of week 52 visit by all study participants. |
| Change in Total Vascular Inflammation of the Aorta as Measured by FDG-PET/CT Between Week 52 and Earlier Time Points. | Secondary analysis will consist of comparisons of total vascular inflammation of the aorta using TBR between week 52, 16, and baseline. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Ferritin | Ferritin is a marker of inflammation. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): CRP | CRP is a marker of inflammation. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): ICAM-1 | ICAM-1 is a marker of inflammation. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): SAA | SAA is a marker of inflammation. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): VCAM-1 | VCAM-1 is a marker of inflammation. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): IFN-gamma | IFN-gamma is a marker of inflammation. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): IL-1b | IL-1b is a marker of inflammation. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): IL-10 | IL-10 is a marker of inflammation. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): IL-17A | IL-17A is a marker of inflammation. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): IL-6 | IL-6 is a marker of inflammation. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): IL-8 | IL-8 is a marker of inflammation. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): IL-9 | IL-9 is a marker of inflammation. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): MCP-1 | MCP-1 is a marker of inflammation. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): TNF-alpha | TNF-alpha is a marker of inflammation. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): IL2RA | IL2RA is a marker of inflammation. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): GlycA | GlycA is a marker of inflammation. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Cholesterol Efflux Capacity | Cholesterol Efflux Capacity is a marker of lipid function and metabolism. The ability to promote cholesterol efflux from macrophages is a classic function of HDL that is thought to be an important mechanism by which HDL protects against atherosclerosis. HDL cholesterol efflux capacity assays are performed based on published methods using J774 cells derived from a murine macrophage cell line (Mehta NN Atherosclerosis 2012). Efflux is calculated as a unitless measure by using the following formula: [(µCi of 3H-cholesterol in media containing apoB-depleted subject plasma - µCi of 3H-cholesterol in plasma-free media) / (µCi of 3H-cholesterol in media containing apoB-depleted pooled control plasma-µCi of 3H-cholesterol in pooled control plasma-free media)]. Cholesterol efflux capacity is inversely correlated with incidence of cardiovascular events (i.e. higher cholesterol efflux capacity is better for patients). | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Triglyceride | Triglyceride is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Total Cholesterol | Total Cholesterol is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): HDL-C | HDL-C is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): HDL-P | HDL-P is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): HDL-Z | HDL-Z is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): S-HDL-P | S-HDL-P is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): M-HDL-P | M-HDL-P is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): LM-HDL-P | LM-HDL-P is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): L-HDL-P | L-HDL-P is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): LDL-C | LDL-C is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): LDL-P | LDL-P is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): LDL-Z | LDL-Z is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): S-LDL-P | S-LDL-P is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): L-LDL-P | L-LDL-P is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): VL-LDL-P | VL-LDL-P is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): VLDL-P | VLDL-P is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): VLDL-Z | VLDL-Z is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): VLDL-TG | VLDL-TG is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): S-VLDL-P | S-VLDL-P is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): M-VLDL-P | M-VLDL-P is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): LM-VLDL-P | LM-VLDL-P is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): L-VLDL-P | L-VLDL-P is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): IDL-P | IDL-P is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): ApoA1 | ApoA1 is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): ApoB | ApoB is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): TRLTG | TRLTG is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): TRLC | TRLC is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): TRLP | TRLP is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): VS-TRLP | VS-TRLP is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): S-TRLP | S-TRLP is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): M-TRLP | M-TRLP is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): L-TRLP | L-TRLP is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): VL-TRLP | VL-TRLP is a marker of lipid function and metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Insulin | Insulin is a marker of glucose metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): HOMA-IR | HOMA-IR is a marker of glucose metabolism. HOMA-IR, a method used to quantify insulin resistance and beta-cell function, is expressed using fasting blood glucose and insulin levels. It is calculated using the formula (HOMA-IR = fasting glucose [mg/dl] * fasting insulin [mU/ml]/405). | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Glucose | Glucose is a marker of glucose metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): DRI | DRI is a marker of glucose metabolism. DRI is a nuclear magnetic resonance spectroscopy (NMR)-derived multimarker score (values 1-100) that predicts a patient's risk of developing type 2 diabetes mellitus (T2D) independent of glycemic status. DRI derives its performance from the weighted addition of the Lipoprotein Insulin Resistance Index (LP-IR) scores with simultaneously-measured levels of branched-chain amino acids (BCAA). Higher scores indicate greater risk. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): LP-IR | LP-IR is a marker of glucose metabolism. LP-IR is a marker of insulin resistance, and as such the LP-IR score predicts a patient's likelihood of future development of type 2 diabetes. LP-IR is a multimarker index (values 0-100) based on the concentrations of particular lipoprotein subclasses. Greater score indicates higher likelihood of developing diabetes. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Leptin | Leptin is a marker of adipose dysfunction and general metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Adiponectin | Adiponectin is a marker of adipose dysfunction and general metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Fetuin A | Fetuin A is a marker of adipose dysfunction and general metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Citrate | Citrate is a marker of adipose dysfunction and general metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Valine | Valine is a marker of adipose dysfunction and general metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Leucine | Leucine is a marker of adipose dysfunction and general metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Isoleucine | Isoleucine is a marker of adipose dysfunction and general metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Alanine | Alanine is a marker of adipose dysfunction and general metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): BCAA | BCAA is a marker of adipose dysfunction and general metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Ketone Bodies | Ketone Bodies are markers of adipose dysfunction and general metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Beta Hydroxybutyrate | Beta Hydroxybutyrate is a marker of adipose dysfunction and general metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Acetoacetic Acid | Acetoacetic Acid is a marker of adipose dysfunction and general metabolism. | After the completion of week 52 visit by all study participants. |
| Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Acetone | Acetone is a marker of adipose dysfunction and general metabolism. | After the completion of week 52 visit by all study participants. |
| Rockville |
| Maryland |
| 20850 |
| United States |
| Buffalo Medical Group, P.C. | Buffalo | New York | 14221 | United States |
| Oregon Medical Research Center | Portland | Oregon | 97223 | United States |
| Dermatology and Skin Surgery Center | Exton | Pennsylvania | 19341 | United States |
| The University of Pennsylvania | Philadelphia | Pennsylvania | 19140 | United States |
| Center for Clinical Studies | Houston | Texas | 77004 | United States |
| Lack of Efficacy |
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| Adverse Event |
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| Protocol Violation |
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| Fear of study procedure |
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| Scheduling conflict |
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| years |
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| Sex: Female, Male | Count of Participants | Participants |
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| Ethnicity (NIH/OMB) | Count of Participants | Participants |
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| Race (NIH/OMB) | Count of Participants | Participants |
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| Drink alcohol | Count of Participants | Participants |
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| Smoking status | Count of Participants | Participants |
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| Body mass index (BMI) | Mean | Standard Deviation | kg/m^2 |
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| Weight | Mean | Standard Deviation | kg |
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| Medical history | Count of Participants | Participants |
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| Age at psoriasis diagnosis | Mean | Standard Deviation | years |
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| History of psoriatic arthritis | Count of Participants | Participants |
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| Psoriasis treatment history | Count of Participants | Participants |
|
| Baseline PASI | Psoriasis Area and Severity Index (PASI) is the most widely used tool for the measurement of severity of psoriasis. PASI combines the assessment of the severity of lesions and the area affected into a single score in the range 0 (no disease) to 72 (maximal disease). | Mean | Standard Deviation | units on a scale |
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| Baseline PGA | Physician Global Assessment (PGA) is calculated by averaging three subcomponent scores (induration, erythema, and scaling) that are graded from 0 (no involvement) to 5 (maximum involvement) that are averaged over all psoriatic lesions. | Mean | Standard Deviation | score on a scale |
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| Baseline DLQI | The Dermatology life Quality Index (DLQI) is a ten-question questionnaire used to measure the impact of skin disease on the quality of life of an affected person. The score ranges from 0 to 30; 0-1 = No effect on patient's life, 2-5 = Small effect, 6-10 = Moderate effect, 11-20 = Very large effect, 21-30 = Extremely large effect. | Mean | Standard Deviation | score on a scale |
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| Baseline Pruritus VAS | A visual analogue scale for pruritus (itch), ranging from 0 (no itch) to 100 (worst imaginable itch). | Mean | Standard Deviation | units on a scale |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Ferritin | Ferritin is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | ng/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: C Reactive Protein (CRP) | CRP is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µg/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Intercellular Adhesion Molecule (ICAM)-1 | ICAM-1 is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µg/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Serum Amyloid-A (SAA) | SAA is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µg/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Vascular Cell Adhesion Molecule (VCAM)-1 | VCAM-1 is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µg/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Interferon (IFN)-Gamma | IFN-gamma is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | pg/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Interleukin (IL)-1b | IL-1b is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | pg/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: IL-10 | IL-10 is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | pg/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: IL-17A | IL-17A is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | pg/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: IL-6 | IL-6 is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | pg/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: IL-8 | IL-8 is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | pg/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: IL-9 | IL-9 is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | pg/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Monocyte Chemoattractant Protein (MCP)-1 | MCP-1 is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | pg/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Tumor Necrosis Factor (TNF)-Alpha | TNF-alpha is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | pg/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: IL2RA | IL2RA is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | ng/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: GlycA | GlycA is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Cholesterol Efflux Capacity | Cholesterol Efflux Capacity is a marker of lipid function and metabolism. The ability to promote cholesterol efflux from macrophages is a classic function of HDL that is thought to be an important mechanism by which HDL protects against atherosclerosis. HDL cholesterol efflux capacity assays are performed based on published methods using J774 cells derived from a murine macrophage cell line (Mehta NN Atherosclerosis 2012). Efflux is calculated as a unitless measure by using the following formula: [(µCi of 3H-cholesterol in media containing apoB-depleted subject plasma - µCi of 3H-cholesterol in plasma-free media) / (µCi of 3H-cholesterol in media containing apoB-depleted pooled control plasma-µCi of 3H-cholesterol in pooled control plasma-free media)]. Cholesterol efflux capacity is inversely correlated with incidence of cardiovascular events (i.e. higher cholesterol efflux capacity is better for patients). | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | unitless measure | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Triglyceride | Triglyceride is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Total Cholesterol | Total Cholesterol is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: High-density Lipoprotein (HDL) - Cholesterol (C) | HDL-C is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: HDL-Particle Number (P) | HDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: HDL-Particle Size (Z) | HDL-Z is a marker of lipid function and metabolism. | Posted | Mean | Standard Error | nm | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Small (S)-HDL-P | S-HDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Medium (M)-HDL-P | M-HDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Large and Medium (LM)-HDL-P | LM-HDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Large (L)-HDL-P | L-HDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Low-density Lipoprotein (LDL)-C | LDL-C is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: LDL-P | LDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: LDL-Z | LDL-Z is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nm | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: S-LDL-P | S-LDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: L-LDL-P | L-LDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Very Large (VL)-LDL-P | VL-LDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Very Low-density Lipoprotein (VLDL)-P | VLDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: VLDL-Z | VLDL-Z is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nm | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: VLDL-Triglycerides (TG) | VLDL-TG is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: S-VLDL-P | S-VLDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: M-VLDL-P | M-VLDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: LM-VLDL-P | LM-VLDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: L-VLDL-P | L-VLDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Intermediate-density Lipoprotein (IDL)-P | IDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Apolipoprotein A1 (ApoA1) | ApoA1 is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Apolipoprotein B (ApoB) | ApoB is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: TRLTG | TRLTG is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: (Triglyceride-Rich Lipoprotein Cholesterol) TRLC | TRLC is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: (Triglyceride-Rich Lipoprotein) TRLP | TRLP is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: VS-TRLP | VS-TRLP is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: S-TRLP | S-TRLP is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: M-TRLP | M-TRLP is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: L-TRLP | L-TRLP is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: VL-TRLP | VL-TRLP is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Insulin | Insulin is a marker of glucose metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | ng/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Homeostasis Model Assessment of Insulin Resistance (HOMA-IR) | HOMA-IR is a marker of glucose metabolism. HOMA-IR, a method used to quantify insulin resistance and beta-cell function, is expressed using fasting blood glucose and insulin levels. It is calculated using the formula (HOMA-IR = fasting glucose [mg/dl] * fasting insulin [mU/ml]/405). | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | index | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Glucose | Glucose is a marker of metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Diabetes Risk Index (DRI) | DRI is a marker of glucose metabolism. DRI is a nuclear magnetic resonance spectroscopy (NMR)-derived multimarker score (values 1-100) that predicts a patient's risk of developing type 2 diabetes mellitus (T2D) independent of glycemic status. DRI derives its performance from the weighted addition of the Lipoprotein Insulin Resistance Index (LP-IR) scores with simultaneously-measured levels of branched-chain amino acids (BCAA). Higher scores indicate greater risk. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | index | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Lipoprotein Insulin Resistance Index (LP-IR) | LP-IR is a marker of glucose metabolism. LP-IR is a marker of insulin resistance, and as such the LP-IR score predicts a patient's likelihood of future development of type 2 diabetes. LP-IR is a multimarker index (values 0-100) based on the concentrations of particular lipoprotein subclasses. Greater score indicates higher likelihood of developing diabetes. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | index | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Leptin | Leptin is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | ng/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Adiponectin | Adiponectin is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µg/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Fetuin A | Fetuin A is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µg/ml | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Citrate | Citrate is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Valine | Valine is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Leucine | Leucine is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Isoleucine | Isoleucine is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Alanine | Alanine is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: BCAA | Branched-chain amino acids (BCAA) is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Ketone Bodies | Ketone Bodies are markers of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Beta Hydroxybutyrate | Beta Hydroxybutyrate is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Acetoacetic Acid | Acetoacetic Acid is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 16 visit by all study participants. |
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| Primary | Changes in Cardiometabolic Markers Between Baseline and Week 16: Acetone | Acetone is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 16 visit by all study participants. |
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| Secondary | Changes in Body Composition as Measured by FDG-PET/CT Between Week 52 and and Earlier Time Points (Baseline and Week 16): Visceral Adipose Tissue | Secondary analysis will consist of comparisons of change in body composition between weeks 52, 16, and baseline. Visceral adipose tissue quantification using a single CT slice at the level of the umbilicus using computer-assisted tissue segmentation (Pescatori LC et al. Quantification of visceral adipose tissue by computed tomography and magnetic resonance imaging: reproducibility and accuracy. Radiol Bras. 2019 15(1):1-6.). The values represent the cross-sectional area of the tissue segmented on the CT slice (cm^2); higher values indicate greater amount of visceral adipose tissue. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | cm^2 | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Body Composition as Measured by FDG-PET/CT Between Week 52 and and Earlier Time Points (Baseline and Week 16): Subcutaneous Adipose Tissue | Secondary analysis will consist of comparisons of change in body composition between weeks 52, 16, and baseline. Subcutaneous adipose tissue quantification using a single CT slice at the level of the umbilicus using computer-assisted tissue segmentation (Pescatori LC et al. Quantification of visceral adipose tissue by computed tomography and magnetic resonance imaging: reproducibility and accuracy. Radiol Bras. 2019 15(1):1-6.). The values represent the cross-sectional area of the tissue segmented on the CT slice (cm^2); higher values indicate greater amount of subcutaneous adipose tissue. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | cm^2 | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Physician Reported Outcomes: Psoriasis Area and Severity Index (PASI) | Secondary analysis will consist of comparisons of change in PASI scores. PASI is the most widely used tool for the measurement of severity of psoriasis. PASI combines the assessment of the severity of lesions and the area affected into a single score in the range 0 (no disease) to 72 (maximal disease). | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | score on a scale | Baseline, week 16, and week 52. |
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| Secondary | Changes in Physician Reported Outcomes: Physician Global Assessment (PGA) | Secondary analysis will consist of comparisons of change in PGA scores. Physician Global Assessment (PGA) is calculated by averaging three subcomponent scores (induration, erythema, and scaling) that are graded from 0 (no involvement) to 5 (maximum involvement) that are averaged over all psoriatic lesions. Higher scores indicate greater disease burden. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | score on a scale | Baseline, week 16, and week 52. |
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| Secondary | Changes in Patient Reported Outcomes: Dermatology Life Quality Index (DLQI) | Secondary analysis will consist of comparisons of change in DLQI scores. DLQI is a ten-question questionnaire used to measure the impact of skin disease on the quality of life of an affected person. The score ranges from 0 to 30; 0-1 = No effect on patient's life, 2-5 = Small effect, 6-10 = Moderate effect, 11-20 = Very large effect, 21-30 = Extremely large effect. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | score on a scale | Baseline, week 16, and week 52. |
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| Secondary | Changes in Patient Reported Outcomes: Pruritis by Visual Analog Scales (VAS) | Secondary analysis will consist of comparisons of change in Pruritus VAS scores. A visual analogue scale for pruritus (itch), ranging from 0 (no itch) to 100 (worst imaginable itch). | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | score on a scale | Baseline, week 16, and week 52. |
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| Secondary | Change in Vascular Inflammation of the Five Aortic Segments as Measured by FDG-PET/CT Between Week 52, 16, and Baseline. | Secondary analysis will consist of comparisons of vascular inflammation of the five aortic segments using TBR between week 52, 16, and baseline. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | ratio | After the completion of week 52 visit by all study participants. |
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| Secondary | Change in Total Vascular Inflammation of the Aorta as Measured by FDG-PET/CT Between Week 52 and Earlier Time Points. | Secondary analysis will consist of comparisons of total vascular inflammation of the aorta using TBR between week 52, 16, and baseline. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | ratio | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Ferritin | Ferritin is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | ng/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): CRP | CRP is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µg/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): ICAM-1 | ICAM-1 is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µg/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): SAA | SAA is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µg/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): VCAM-1 | VCAM-1 is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µg/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): IFN-gamma | IFN-gamma is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | pg/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): IL-1b | IL-1b is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | pg/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): IL-10 | IL-10 is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | pg/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): IL-17A | IL-17A is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | pg/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): IL-6 | IL-6 is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | pg/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): IL-8 | IL-8 is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | pg/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): IL-9 | IL-9 is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | pg/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): MCP-1 | MCP-1 is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | pg/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): TNF-alpha | TNF-alpha is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | pg/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): IL2RA | IL2RA is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | ng/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): GlycA | GlycA is a marker of inflammation. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Cholesterol Efflux Capacity | Cholesterol Efflux Capacity is a marker of lipid function and metabolism. The ability to promote cholesterol efflux from macrophages is a classic function of HDL that is thought to be an important mechanism by which HDL protects against atherosclerosis. HDL cholesterol efflux capacity assays are performed based on published methods using J774 cells derived from a murine macrophage cell line (Mehta NN Atherosclerosis 2012). Efflux is calculated as a unitless measure by using the following formula: [(µCi of 3H-cholesterol in media containing apoB-depleted subject plasma - µCi of 3H-cholesterol in plasma-free media) / (µCi of 3H-cholesterol in media containing apoB-depleted pooled control plasma-µCi of 3H-cholesterol in pooled control plasma-free media)]. Cholesterol efflux capacity is inversely correlated with incidence of cardiovascular events (i.e. higher cholesterol efflux capacity is better for patients). | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | unitless measure | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Triglyceride | Triglyceride is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Total Cholesterol | Total Cholesterol is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): HDL-C | HDL-C is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): HDL-P | HDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): HDL-Z | HDL-Z is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nm | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): S-HDL-P | S-HDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): M-HDL-P | M-HDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): LM-HDL-P | LM-HDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): L-HDL-P | L-HDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): LDL-C | LDL-C is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): LDL-P | LDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): LDL-Z | LDL-Z is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nm | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): S-LDL-P | S-LDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): L-LDL-P | L-LDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): VL-LDL-P | VL-LDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): VLDL-P | VLDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): VLDL-Z | VLDL-Z is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nm | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): VLDL-TG | VLDL-TG is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): S-VLDL-P | S-VLDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): M-VLDL-P | M-VLDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): LM-VLDL-P | LM-VLDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): L-VLDL-P | L-VLDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): IDL-P | IDL-P is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): ApoA1 | ApoA1 is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): ApoB | ApoB is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): TRLTG | TRLTG is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): TRLC | TRLC is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): TRLP | TRLP is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): VS-TRLP | VS-TRLP is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): S-TRLP | S-TRLP is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): M-TRLP | M-TRLP is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): L-TRLP | L-TRLP is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): VL-TRLP | VL-TRLP is a marker of lipid function and metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | nmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Insulin | Insulin is a marker of glucose metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | ng/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): HOMA-IR | HOMA-IR is a marker of glucose metabolism. HOMA-IR, a method used to quantify insulin resistance and beta-cell function, is expressed using fasting blood glucose and insulin levels. It is calculated using the formula (HOMA-IR = fasting glucose [mg/dl] * fasting insulin [mU/ml]/405). | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | index | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Glucose | Glucose is a marker of glucose metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | mg/dL | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): DRI | DRI is a marker of glucose metabolism. DRI is a nuclear magnetic resonance spectroscopy (NMR)-derived multimarker score (values 1-100) that predicts a patient's risk of developing type 2 diabetes mellitus (T2D) independent of glycemic status. DRI derives its performance from the weighted addition of the Lipoprotein Insulin Resistance Index (LP-IR) scores with simultaneously-measured levels of branched-chain amino acids (BCAA). Higher scores indicate greater risk. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | index | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): LP-IR | LP-IR is a marker of glucose metabolism. LP-IR is a marker of insulin resistance, and as such the LP-IR score predicts a patient's likelihood of future development of type 2 diabetes. LP-IR is a multimarker index (values 0-100) based on the concentrations of particular lipoprotein subclasses. Greater score indicates higher likelihood of developing diabetes. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | index | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Leptin | Leptin is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | ng/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Adiponectin | Adiponectin is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µg/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Fetuin A | Fetuin A is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µg/ml | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Citrate | Citrate is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Valine | Valine is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Leucine | Leucine is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Isoleucine | Isoleucine is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Alanine | Alanine is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): BCAA | BCAA is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Ketone Bodies | Ketone Bodies are markers of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Beta Hydroxybutyrate | Beta Hydroxybutyrate is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Acetoacetic Acid | Acetoacetic Acid is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 52 visit by all study participants. |
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| Secondary | Changes in Cardiometabolic Markers Between Week 52 and Earlier Time Points (Baseline and Week 16): Acetone | Acetone is a marker of adipose dysfunction and general metabolism. | The number of subjects analyzed reflect availability of analyzable samples. | Posted | Mean | Standard Error | µmol/L | After the completion of week 52 visit by all study participants. |
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| 0 |
| 70 |
| 6 |
| 70 |
| 31 |
| 70 |
| Acute kidney injury | Renal and urinary disorders | Non-systematic Assessment |
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| Soft tissue mass | Neoplasms benign, malignant and unspecified (incl cysts and polyps) | Non-systematic Assessment | Mildly FDG avid amorphous soft tissue mass in the left breast |
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| Hospitalization due to fall | General disorders | Non-systematic Assessment |
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| Fracture due to fall | Musculoskeletal and connective tissue disorders | Non-systematic Assessment |
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| Diarrhea | Gastrointestinal disorders | Non-systematic Assessment |
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| Headache | General disorders | Non-systematic Assessment |
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| Upper respiratory infection | Infections and infestations | Non-systematic Assessment |
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| Dizziness | General disorders | Non-systematic Assessment |
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Not provided
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| Superiority |
| t-test, 2 sided | 0.537 | Superiority |
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| t-test, 2 sided | 0.918 | Superiority |
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