The Effect of Live and Non-Living Parrot Therapy on Pain During Venous Blood Collection in Individuals With Chronic Diseases: A Double-Blind Randomized Controlled Study
The Effect of Live and Non-Living Parrot Therapy on Pain During Venous Blood Collection in Individuals With Chronic Diseases: A Double-Blind Randomized Controlled Study
This double-blind randomized controlled trial was conducted to comparatively evaluate the effectiveness of live parrot, robotic parrot, and parrot picture therapies on pain during venipuncture in adults with chronic illness.
Although venipuncture is a routine part of diagnostic and treatment processes, it is an invasive procedure that causes significant pain, anxiety, and physiological stress responses in individuals. This negative experience becomes a health problem, reduces treatment compliance, and can negatively affect quality of life, especially in individuals with chronic diseases such as diabetes and chronic kidney failure, who require regular follow-up and treatment. The systemic side effects and practical limitations of pharmacological pain control methods increase the need for safe, effective, and easy-to-apply non-pharmacological methods every day. In this context, distraction stands out as one of the most widely accepted mechanisms for modulating pain.
In the literature, the effect of non-pharmacological treatment methods reported to reduce pain and suffering is mostly explained by the gate control theory. According to the Gate Control Theory, the activity of thin and thick fibers located in the dorsal horn of the spinal cord acts as a gate that controls the sensation of pain. The activity of thin fibers opens this gate, while the activity of thick fibers closes it. When the gate is open, the pain signal reaches the conscious level, while when it is closed, the signal is prevented from reaching the conscious level. Therefore, by ensuring that patients receive intense stimulation through distraction methods such as pet therapy, the passage of pain signals to the brain stem is inhibited, and the patient's perception of pain is prevented.
In the pediatric population, parent-involved distraction and blowing a pinwheel, light-up toys, kaleidoscopes, blowing balloons, play dough, and watching cartoonshave been shown to significantly reduce pain. In adults, the Valsalva maneuver, the cough trick, music therapy, acupressure, and virtual reality have been reported to yield similarly positive results.
Animal-assisted therapies are gaining attention as a powerful non-pharmacological option in emotional and attentional contexts. In one study in children with type 1 diabetes found that interaction with a live animal was effective in reducing the pain of insulin injections. However, the use of live animals has significant limitations, such as infection control, allergy risk, animal welfare, the need for trained personnel, and cost. These limitations necessitate the exploration of alternative and more practical models. While robotic animals have the potential to overcome some of these challenges by offering realistic appearance and interaction, simple images can be considered a cost-free and universally applicable option. Parrots, in particular, are an attractive therapeutic tool in both live and robotic forms due to their colorful feathers, social nature, and mimicry skills. Indeed, the literature shows that even the use of animal-themed tubes or images can reduce pain and fear in children. However, no double-blind randomized controlled study has been found that directly compares the relative effectiveness of a live parrot, an advanced interactive robotic parrot, and a static parrot image in managing venipuncture pain in adults with chronic illness. This study was conducted to evaluate the effect of pet therapy (live parrot, robotic parrot, parrot image) applied using the three different attention-distraction methods mentioned above on venipuncture pain in individuals with chronic illnesses.
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