Mentions
Extended reach
Total likes
Video views
AI synopsis
Many discussions highlight the multifaceted roles of orexin, such as its connection to feeding, sleep, and reward, with some references to clinical conditions like narcolepsy, reflecting curiosity and recognition of research significance. The tone varies from informative to speculative, demonstrating curiosity-driven engagement and acknowledgment of the potential implications for neuroendocrine health and treatment.
Most discussions acknowledge the significance of orexin in sleep regulation and related functions, especially in relation to narcolepsy.
Posts reveal high curiosity about orexin's multiple roles, including feeding, sleep, and reward processing, indicating strong engagement with the topic.
Participants reference specific mechanisms and potential implications, such as drug resistance in narcolepsy, showing moderate but thoughtful involvement.
The discussions underline the importance of orexin research in understanding sleep disorders and neuroendocrine functions, suggesting a meaningful scientific impact.
@e_mc2_naruko @TakeshiSakurai There are some hint's (not proof-but tantalising hints) that narcoleptics seem resistant to drug addiction/stimulant seeking behavior: See: Inutsuka&Yamanaka, they report (1/3): https://t.co/RrnDNj18cu
Narcolepsy with cataplexy (type 1) has been linked to low levels of the brain chemical hypocretin (AKA orexin). It is a neurotransmitter & plays a role in control of sleep-wake. Most hypocretin secreting cells are in the hypothalamus https://t.co/CdzWOfGZpl 5/n #RespEd #sleep https://t.co/waD2pLWk2W
Frontiers | The physiological role of orexin/hypocretin neurons in the regulation of sleep/wakefulness and neuroendocrine functions | Endocrinology https://t.co/VueILzGZm8
https://t.co/wVQLaXp3eL The various physiological roles for #orexin - feeding, maintenance of #sleep, autonomous regulation, and reward processing. https://t.co/OZUBzEvWTD
Orexins, also known as hypocretins, are hormones in the hypothalamus that regulate sleep and wakefulness. They also influence feeding, emotion, and energy balance by responding to metabolic signals and connecting with…
Neurotransmitter receptors play a key role in signal transmission in the brain, yet their organization and impact on brain function remain poorly understood. This video explores the structure and function of GABA…
https://t.co/wVQLaXp3eL The various physiological roles for #orexin - feeding, maintenance of #sleep, autonomous regulation, and reward processing. https://t.co/OZUBzEvWTD
Narcolepsy with cataplexy (type 1) has been linked to low levels of the brain chemical hypocretin (AKA orexin). It is a neurotransmitter & plays a role in control of sleep-wake. Most hypocretin secreting cells are in the hypothalamus https://t.co/CdzWOfGZpl 5/n #RespEd #sleep https://t.co/waD2pLWk2W
Frontiers | The physiological role of orexin/hypocretin neurons in the regulation of sleep/wakefulness and neuroendocrine functions | Endocrinology https://t.co/VueILzGZm8
@e_mc2_naruko @TakeshiSakurai There are some hint's (not proof-but tantalising hints) that narcoleptics seem resistant to drug addiction/stimulant seeking behavior: See: Inutsuka&Yamanaka, they report (1/3): https://t.co/RrnDNj18cu
SL
LL
AN
PS