SNOT-22 is a PRO tool to measure HRQoL associated with rhinosinusitis with or without nasal polyps. It contains 22 nose, sinus, and general HRQoL items and subjects will be required to score the experience on a 6-point scale ranging from 0 (no problem) to 5 (Problem as bad as it can be) and identify the five most important items affecting their health.

Real time data capture app is a smart-phone or web-based application which will allow the subjects to communicate about their experience of nasal polyps in real-time as they go about their daily lives via varying video, audio, photographic and text responses.

The impacts as reported by participants during CE interviews were categorized as proximal impacts and distal impacts. Proximal impacts were defined as those reported to be the direct impact of the symptoms of nasal polyps and included; physical impacts, sleep impacts and impacts on activities of daily living (ADL). The number of participants with physical impacts are reported.

The impacts as reported by participants during CE interviews were categorized as proximal impacts and distal impacts. Proximal impacts were defined as those reported to be the direct impact of the symptoms of nasal polyps and included; physical impacts, sleep impacts and impacts on ADL. The number of participants with sleep impacts are reported.

The impacts as reported by participants during CE interviews were categorized as proximal impacts and distal impacts. Proximal impacts were defined as those reported to be the direct impact of the symptoms of nasal polyps and included; physical impacts, sleep impacts and impacts on ADL. The number of participants with ADL impacts are reported.

The impacts as reported by participants during CE interviews were categorized as proximal impacts and distal impacts. Distal impacts were those reported to be impacts of the condition as a whole and included; emotional, social, work/school and treatment impacts. The number of participants with emotional impacts are reported.

The impacts as reported by participants during CE interviews were categorized as proximal impacts and distal impacts. Distal impacts were those reported to be impacts of the condition as a whole and included; emotional, social, work/school and treatment impacts. The number of participants with social impacts are reported.

The impacts as reported by participants during CE interviews were categorized as proximal impacts and distal impacts. Distal impacts were those reported to be impacts of the condition as a whole and included; emotional, social, work/school and treatment impacts. The number of participants with work/school impacts are reported.

The impacts as reported by participants during CE interviews were categorized as proximal impacts and distal impacts. Distal impacts were those reported to be impacts of the condition as a whole and included; emotional, social, work/school and treatment impacts. The number of participants with treatment impacts are reported.

During CE interviews, participants were asked about the changes they would like to see from a new treatment for nasal polyps and which symptoms would be most meaningful for the treatment to target. The number of participants with their reported symptoms to be targeted by new treatment is presented.

During CE interviews, participants were asked about the changes they would like to see from a new treatment for nasal polyps and which impacts would be most meaningful for the treatment to target. The number of participants with corresponding impacts to be targeted by new treatment is presented.

During CE interviews, participants were asked about experiences of their surgery in past. The number of participants with the corresponding factors to be considered for surgery is presented.

During CE interviews, participants were asked about experiences of their surgery in past. The number of participants with ease of decision to have surgery is presented.

During CE interviews, participants were asked about experiences of their surgery in past. The number of participants who reported on the positive or negative impacts of surgery is presented.

Participants were required to complete six VAS assessments (overall symptom VAS and single item VAS) as a part of the CD interview. The participants evaluated their overall symptom severity, or the severity of individual symptoms of nasal polyps along a continuum, typically of 10 centimeter (cm) or 100 millimeter (mm) whereby 0 represents 'no symptom' and 10 or 100 represents 'as bad as you can imagine' respectively. Participants were asked to speak aloud their thoughts as they read the instructions and completed the questions. After completion of each think-aloud exercise, participants were also probed upon their understanding of the instrument items. Number of participants who did not understand the VAS assessments is reported.

Participants were required to complete six VAS assessments (overall symptom VAS and single item VAS) as a part of the CD interview. The participants evaluated their overall symptom severity, or the severity of individual symptoms of nasal polyps along a continuum, typically of 10 cm or 100 mm whereby 0 represents 'no symptom' and 10 or 100 represents 'as bad as you can imagine' respectively. Participants were asked to speak aloud their thoughts as they read the instructions and completed the questions. After completion of each think-aloud exercise, participants were also probed about the relevance of VAS items. Relevance was determined based on participants personal descriptions and related discussion of their experience of each symptom or impact during CD interview. It was also determined via the rating of a given symptom/impact on each measure as greater than a score of zero. Number of participants who reported the symptoms assessed by VAS to be relevant are presented.

Participants were required to complete six VAS assessments (overall symptom VAS and single item VAS) as a part of the CD interview. The participants evaluated their overall symptom severity, or the severity of individual symptoms of nasal polyps along a continuum, typically of 10 cm or 100 mm whereby 0 represents 'no symptom' and 10 or 100 represents 'as bad as you can imagine' respectively. Participants provided a general feedback on completing the six VAS assessments which included relevance of symptoms to their condition, ease of completion and interpretation of the scale. The number of participants who provided general feedback for VAS assessments in terms of likes or dislikes for VAS assessment is presented.

Participants were required to complete six VAS assessments (overall symptom VAS and single item VAS) as a part of the CD interview. The participants evaluated their overall symptom severity, or the severity of individual symptoms of nasal polyps along a continuum, typically of 10 cm or 100 mm whereby 0 represents 'no symptom' and 10 or 100 represents 'as bad as you can imagine' respectively. Participants provided a general feedback on completing the six VAS assessments which included relevance of symptoms to their condition, ease of completion and interpretation of the scale. The number of participants with difficulties completing VAS assessment is presented.

Participants completed the VAS assessment as a part of the CD interview. Participants evaluated their overall symptom severity, or the severity of individual symptoms of nasal polyps along a continuum, typically of 10 cm or 100 mm whereby 0 represents 'no symptom' and 10 or 100 represents 'as bad as you can imagine' respectively. Participants were asked about their understanding of the response continuum for VAS assessment. Number of participants who understood the VAS anchors (100 as bad as you can imagine and 0 none) is presented.

Participants completed SNOT-22 assessment as a part of the CD interview. The SNOT-22 contains 22 nose, sinus, and general health-related quality of life (HRQoL) items and is used to measure HRQoL associated with rhinosinusitis with or without nasal polyps. Within the SNOT-22, participants were required to indicate the level to which each listed nasal, sinus or HRQoL experience has been affected on a 6-point scale ranging from 0 (No problem) to 5 (Problem as bad as it can be). Number of participants who did not understand the items of SNOT-22 is presented.

Participants were required to complete SNOT-22 assessment as a part of the CD interview. The SNOT-22 contains 22 nose, sinus, and general HRQoL items and is used to measure health-related quality of life associated with rhinosinusitis with or without nasal polyps. Within the SNOT-22, participants were required to indicate the level to which each listed nasal, sinus or HRQoL experience has been affected on a 6-point scale ranging from 0 (No problem) to 5 (Problem as bad as it can be). Number of participants who reported the symptoms assessed by SNOT-22 to be relevant to their condition are presented.

The SNOT-22 contains 22 nose, sinus, and general HRQoL items and is used to measure health-related quality of life associated with rhinosinusitis with or without nasal polyps. Within the SNOT-22, participants were required to indicate the level to which each listed nasal, sinus or HRQoL experience has been affected on a 6-point scale ranging from 0 (No problem) to 5 (Problem as bad as it can be). Participants provided a general feedback on completing the SNOT-22 which included relevance of symptoms to their condition, ease of completion and interpretation of the scale. Number of participants who liked or disliked the SNOT-22 is presented.

Participants provided a general feedback on completing the SNOT-22 during the CD interview. The SNOT-22 contains 22 nose, sinus, and general HRQoL items and is used to measure health-related quality of life associated with rhinosinusitis with or without nasal polyps. Within the SNOT-22, participants were required to indicate the level to which each listed nasal, sinus or HRQoL experience has been affected on a 6-point scale ranging from 0 (No problem) to 5 (Problem as bad as it can be). Number of participants with difficulties completing SNOT-22 assessment is presented.

Participants completed SNOT-22 as a part of the CD interview. The SNOT-22 contains 22 nose, sinus, and general HRQoL items and is used to measure health-related quality of life associated with rhinosinusitis with or without nasal polyps. Within the SNOT-22, participants were required to indicate the level to which each listed nasal, sinus or HRQoL experience has been affected on a 6-point scale ranging from 0 (No problem) to 5 (Problem as bad as it can be). Participants were asked about their understanding of each of the six options (no problem, mild or slight problem, very mild problem, moderate problem, severe problem, as bad as it can be) included in SNOT-22. Number of participants who understood each of the six SNOT-22 response options is presented.

Participants completed SNOT-22 as a part of the CD interview. The SNOT-22 contains 22 nose, sinus, and general HRQoL items and is used to measure health-related quality of life associated with rhinosinusitis with or without nasal polyps. Within the SNOT-22, participants were required to indicate the level to which each listed nasal, sinus or HRQoL experience has been affected on a 6-point scale ranging from 0 (No problem) to 5 (Problem as bad as it can be). Participants were asked if they felt any items were missing from SNOT-22. Number of participants who reported missing items in SNOT-22 is presented.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Number of participants reporting primary symptoms as identified during app task is reported.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Number of participants reporting secondary symptoms as identified during app task is reported.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Number of participants with physical impacts as identified during app task is reported.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Number of participants reporting sleep impacts as identified during app task is reported.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Number of participants reporting ADL impacts as identified during app task is reported.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Number of participants reporting emotional impacts as identified during app task is reported.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Number of participants reporting social functioning impacts as identified during app task is reported.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Number of participants reporting work impacts as identified during app task is reported.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Number of participants reporting treatment impacts as identified during app task is reported.

During the CE section of the interview, participants were asked a series of broad open-ended questions designed to encourage them to talk openly and as spontaneously as possible about their experience of having nasal polyps. In addition, participants were asked more focused questions designed to probe on issues that they may not have mentioned during the course of the interview spontaneously or concepts/statements that required additional clarification. The interviews were transcribed/translated verbatim and qualitative analysis was conducted using Atlas Ti. The symptoms that were reported by fewer participants and less frequently mentioned spontaneously by participants during the interviews were classified as secondary symptoms. Number of participants who reported each of the secondary symptoms is reported.

All Enrolled Population

Following spontaneous and probed discussions regarding symptoms during CE interviews, participants were asked to comment on what they each considered to be their 'worst' symptom, their 'most frequent' symptom and their 'most bothersome' symptom. The interviews were transcribed/translated verbatim and qualitative analysis was conducted using Atlas Ti. The number of participants with worst, most-frequent and most-bothersome symptoms are presented.

All Enrolled Population. Only those participants with data available at specified time points were analyzed (represented by n=X in category titles).

The impacts as reported by participants during CE interviews were categorized as proximal impacts and distal impacts. Proximal impacts were defined as those reported to be the direct impact of the symptoms of nasal polyps and included; physical impacts, sleep impacts and impacts on activities of daily living (ADL). The number of participants with physical impacts are reported.

All Enrolled Population

The impacts as reported by participants during CE interviews were categorized as proximal impacts and distal impacts. Proximal impacts were defined as those reported to be the direct impact of the symptoms of nasal polyps and included; physical impacts, sleep impacts and impacts on ADL. The number of participants with sleep impacts are reported.

All Enrolled Population

The impacts as reported by participants during CE interviews were categorized as proximal impacts and distal impacts. Proximal impacts were defined as those reported to be the direct impact of the symptoms of nasal polyps and included; physical impacts, sleep impacts and impacts on ADL. The number of participants with ADL impacts are reported.

All Enrolled Population

The impacts as reported by participants during CE interviews were categorized as proximal impacts and distal impacts. Distal impacts were those reported to be impacts of the condition as a whole and included; emotional, social, work/school and treatment impacts. The number of participants with emotional impacts are reported.

All Enrolled Population

The impacts as reported by participants during CE interviews were categorized as proximal impacts and distal impacts. Distal impacts were those reported to be impacts of the condition as a whole and included; emotional, social, work/school and treatment impacts. The number of participants with social impacts are reported.

All Enrolled Population

The impacts as reported by participants during CE interviews were categorized as proximal impacts and distal impacts. Distal impacts were those reported to be impacts of the condition as a whole and included; emotional, social, work/school and treatment impacts. The number of participants with work/school impacts are reported.

All Enrolled Population

The impacts as reported by participants during CE interviews were categorized as proximal impacts and distal impacts. Distal impacts were those reported to be impacts of the condition as a whole and included; emotional, social, work/school and treatment impacts. The number of participants with treatment impacts are reported.

All Enrolled Population

During CE interviews, participants were asked about the changes they would like to see from a new treatment for nasal polyps and which symptoms would be most meaningful for the treatment to target. The number of participants with their reported symptoms to be targeted by new treatment is presented.

All Enrolled Population. Only those participants who were asked about treatment preferences were included.

During CE interviews, participants were asked about the changes they would like to see from a new treatment for nasal polyps and which impacts would be most meaningful for the treatment to target. The number of participants with corresponding impacts to be targeted by new treatment is presented.

All Enrolled Population. Only those participants who were asked about treatment preferences were included.

During CE interviews, participants were asked about experiences of their surgery in past. The number of participants with the corresponding factors to be considered for surgery is presented.

All Enrolled Population. Only those participants who discussed the factors were included in the analysis.

During CE interviews, participants were asked about experiences of their surgery in past. The number of participants with ease of decision to have surgery is presented.

All Enrolled Population

During CE interviews, participants were asked about experiences of their surgery in past. The number of participants who reported on the positive or negative impacts of surgery is presented.

All Enrolled Population

Participants were required to complete six VAS assessments (overall symptom VAS and single item VAS) as a part of the CD interview. The participants evaluated their overall symptom severity, or the severity of individual symptoms of nasal polyps along a continuum, typically of 10 centimeter (cm) or 100 millimeter (mm) whereby 0 represents 'no symptom' and 10 or 100 represents 'as bad as you can imagine' respectively. Participants were asked to speak aloud their thoughts as they read the instructions and completed the questions. After completion of each think-aloud exercise, participants were also probed upon their understanding of the instrument items. Number of participants who did not understand the VAS assessments is reported.

All Enrolled Population

Participants were required to complete six VAS assessments (overall symptom VAS and single item VAS) as a part of the CD interview. The participants evaluated their overall symptom severity, or the severity of individual symptoms of nasal polyps along a continuum, typically of 10 cm or 100 mm whereby 0 represents 'no symptom' and 10 or 100 represents 'as bad as you can imagine' respectively. Participants were asked to speak aloud their thoughts as they read the instructions and completed the questions. After completion of each think-aloud exercise, participants were also probed about the relevance of VAS items. Relevance was determined based on participants personal descriptions and related discussion of their experience of each symptom or impact during CD interview. It was also determined via the rating of a given symptom/impact on each measure as greater than a score of zero. Number of participants who reported the symptoms assessed by VAS to be relevant are presented.

All Enrolled Population

Participants were required to complete six VAS assessments (overall symptom VAS and single item VAS) as a part of the CD interview. The participants evaluated their overall symptom severity, or the severity of individual symptoms of nasal polyps along a continuum, typically of 10 cm or 100 mm whereby 0 represents 'no symptom' and 10 or 100 represents 'as bad as you can imagine' respectively. Participants provided a general feedback on completing the six VAS assessments which included relevance of symptoms to their condition, ease of completion and interpretation of the scale. The number of participants who provided general feedback for VAS assessments in terms of likes or dislikes for VAS assessment is presented.

All Enrolled Population. Only those participants who provided general feedback were included in the analysis.

Participants were required to complete six VAS assessments (overall symptom VAS and single item VAS) as a part of the CD interview. The participants evaluated their overall symptom severity, or the severity of individual symptoms of nasal polyps along a continuum, typically of 10 cm or 100 mm whereby 0 represents 'no symptom' and 10 or 100 represents 'as bad as you can imagine' respectively. Participants provided a general feedback on completing the six VAS assessments which included relevance of symptoms to their condition, ease of completion and interpretation of the scale. The number of participants with difficulties completing VAS assessment is presented.

All Enrolled Population. Only those participants who provided general feedback were included in the analysis.

Participants completed the VAS assessment as a part of the CD interview. Participants evaluated their overall symptom severity, or the severity of individual symptoms of nasal polyps along a continuum, typically of 10 cm or 100 mm whereby 0 represents 'no symptom' and 10 or 100 represents 'as bad as you can imagine' respectively. Participants were asked about their understanding of the response continuum for VAS assessment. Number of participants who understood the VAS anchors (100 as bad as you can imagine and 0 none) is presented.

All Enrolled Population. Only those participants with data available at the specified time points were included in the analysis (indicated by n=X in category titles)

Participants completed SNOT-22 assessment as a part of the CD interview. The SNOT-22 contains 22 nose, sinus, and general health-related quality of life (HRQoL) items and is used to measure HRQoL associated with rhinosinusitis with or without nasal polyps. Within the SNOT-22, participants were required to indicate the level to which each listed nasal, sinus or HRQoL experience has been affected on a 6-point scale ranging from 0 (No problem) to 5 (Problem as bad as it can be). Number of participants who did not understand the items of SNOT-22 is presented.

All Enrolled Population. Only those participants who were asked about each item was analyzed (represented by n=X in category titles)

Participants were required to complete SNOT-22 assessment as a part of the CD interview. The SNOT-22 contains 22 nose, sinus, and general HRQoL items and is used to measure health-related quality of life associated with rhinosinusitis with or without nasal polyps. Within the SNOT-22, participants were required to indicate the level to which each listed nasal, sinus or HRQoL experience has been affected on a 6-point scale ranging from 0 (No problem) to 5 (Problem as bad as it can be). Number of participants who reported the symptoms assessed by SNOT-22 to be relevant to their condition are presented.

All Enrolled Population. Only those participants who were asked about each item was analyzed (represented by n=X in category titles)

The SNOT-22 contains 22 nose, sinus, and general HRQoL items and is used to measure health-related quality of life associated with rhinosinusitis with or without nasal polyps. Within the SNOT-22, participants were required to indicate the level to which each listed nasal, sinus or HRQoL experience has been affected on a 6-point scale ranging from 0 (No problem) to 5 (Problem as bad as it can be). Participants provided a general feedback on completing the SNOT-22 which included relevance of symptoms to their condition, ease of completion and interpretation of the scale. Number of participants who liked or disliked the SNOT-22 is presented.

All Enrolled Population. Only those participants who provided general feedback were included in the analysis.

Participants provided a general feedback on completing the SNOT-22 during the CD interview. The SNOT-22 contains 22 nose, sinus, and general HRQoL items and is used to measure health-related quality of life associated with rhinosinusitis with or without nasal polyps. Within the SNOT-22, participants were required to indicate the level to which each listed nasal, sinus or HRQoL experience has been affected on a 6-point scale ranging from 0 (No problem) to 5 (Problem as bad as it can be). Number of participants with difficulties completing SNOT-22 assessment is presented.

All Enrolled Population. Only those participants who were interviewed for ease of completion were included in the analysis.

Participants completed SNOT-22 as a part of the CD interview. The SNOT-22 contains 22 nose, sinus, and general HRQoL items and is used to measure health-related quality of life associated with rhinosinusitis with or without nasal polyps. Within the SNOT-22, participants were required to indicate the level to which each listed nasal, sinus or HRQoL experience has been affected on a 6-point scale ranging from 0 (No problem) to 5 (Problem as bad as it can be). Participants were asked about their understanding of each of the six options (no problem, mild or slight problem, very mild problem, moderate problem, severe problem, as bad as it can be) included in SNOT-22. Number of participants who understood each of the six SNOT-22 response options is presented.

All Enrolled Population

Participants completed SNOT-22 as a part of the CD interview. The SNOT-22 contains 22 nose, sinus, and general HRQoL items and is used to measure health-related quality of life associated with rhinosinusitis with or without nasal polyps. Within the SNOT-22, participants were required to indicate the level to which each listed nasal, sinus or HRQoL experience has been affected on a 6-point scale ranging from 0 (No problem) to 5 (Problem as bad as it can be). Participants were asked if they felt any items were missing from SNOT-22. Number of participants who reported missing items in SNOT-22 is presented.

All Enrolled Population. Only those participants who were asked about missing items were included in the analysis.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Participants completed a number of tasks across 10 days, which explored how nasal polyp symptoms and impacts varied across a full day (within day variability) or assess the day to day variability (between day variability). Number of participants reporting within day and between-day symptom variability is reported.

All Enrolled Population. Only those participants who took part in the real-world data capture activity were included in the analysis.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Number of participants reporting primary symptoms as identified during app task is reported.

All Enrolled Population. Only those participants who took part in the real-world data capture activity were included in the analysis.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Number of participants reporting secondary symptoms as identified during app task is reported.

All Enrolled Population. Only those participants who took part in the real-world data capture activity were included in the analysis.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Number of participants with physical impacts as identified during app task is reported.

All Enrolled Population. Only those participants who took part in the real-world data capture activity were included in the analysis.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Number of participants reporting sleep impacts as identified during app task is reported.

All Enrolled Population. Only those participants who took part in the real-world data capture activity were included in the analysis.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Number of participants reporting ADL impacts as identified during app task is reported.

All Enrolled Population. Only those participants who took part in the real-world data capture activity were included in the analysis.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Number of participants reporting emotional impacts as identified during app task is reported.

All Enrolled Population. Only those participants who took part in the real-world data capture activity were included in the analysis.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Number of participants reporting social functioning impacts as identified during app task is reported.

All Enrolled Population. Only those participants who took part in the real-world data capture activity were included in the analysis.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Number of participants reporting work impacts as identified during app task is reported.

All Enrolled Population. Only those participants who took part in the real-world data capture activity were included in the analysis.

Participants took part in an app-based real-world data capture activity. The participants were required to download an app to their smart phone or tablet. Data capture was conducted over a 10-day period during which participants were required to complete a series of questions/tasks via the smartphone/tablet application in real-time. The questions/tasks were designed to explore the experience of nasal polyps. Participants provided responses to the questions using a variety of methodologies including video, audio, text and photographic responses with captions. Number of participants reporting treatment impacts as identified during app task is reported.

All Enrolled Population. Only those participants who took part in the real-world data capture activity were included in the analysis.