Top Tweets for #Hypothalamic
#Hypothalamic #obesity: from basic mechanisms to clinical perspectives https://t.co/3Be0ZzCY6R
#hyperphagia
#ENDO2026

In addition to being a challenging medical condition, dissection of the basis of #hypothalamic #obesity could help to further elucidate the physiological basis of #bodyweight homoeostasis and energy balance https://t.co/3Be0ZzCY6R
#hyperphagia

Although very infrequent, cases of #hypothalamic #obesity are a challenging, often intractable medical condition, that can also help to elucidate mechanisms of obesity and eventually identify therapeutic targets https://t.co/3Be0ZzCY6R
#hyperphagia

Although very infrequent, cases of #hypothalamic #obesity are a challenging, often intractable medical condition, that can also help to elucidate mechanisms of obesity and eventually identify therapeutic targets https://t.co/3Be0ZzDvWp
#hyperphagia

Despite the diverse nature of #obesity, there is compelling genetic, clinical, and experimental evidence that endorses the important contribution of #brain circuits to this condition https://t.co/3Be0ZzDvWp
#hypothalamic #obesity #hyperphagia

Although very infrequent, cases of #hypothalamic #obesity are a challenging, often intractable medical condition, that can also help to elucidate mechanisms of obesity and eventually identify therapeutic targets https://t.co/3Be0ZzDvWp
#hyperphagia

Delighted to share our latest publication in @Nature_NPJ Biofilms and Microbiomes https://t.co/w00axHD1Au. Congratulations to @Cristinacuestam and co-authors, using in silico, metabolomic & cellular assays, bacterial metabolites modulate #hypothalamic genes tied to #appetite.

Despite the diverse nature of #obesity, there is compelling genetic, clinical, and experimental evidence that endorses the important contribution of #brain circuits to this condition https://t.co/3Be0ZzCY6R
#hypothalamic #obesity

Although very infrequent, cases of #hypothalamic #obesity are a challenging, often intractable medical condition, that can also help to elucidate mechanisms of obesity and eventually identify therapeutic targets https://t.co/3Be0ZzDvWp
#hyperphagia

Hypothalamic obesity: from basic mechanisms to clinical perspectives https://t.co/3Be0ZzDvWp
#hypothalamic #obesity

In addition to being a challenging medical condition, dissection of the basis of #hypothalamic #obesity could help to further elucidate the physiological basis of bodyweight homoeostasis and energy balance https://t.co/3Be0ZzCY6R
#hyperphagia

#Hypothalamic #obesity: from basic mechanisms to clinical perspectives https://t.co/3Be0ZzCY6R
#hyperphagia

📣@landmark_IMR latest #review: 🌟The Role of (Nuclear) Lipid Droplets in the Pathogenesis of Metabolic Syndrome
🚀funded by Russian Science Foundation https://t.co/zFwDZBizSN
#metabolicsyndrome #MetS #obesity #liver #NAFLD #hypothalamic #inflammation #lipid #metabolism

Alexander Wilson-Slomkowski joined the @NTUMetRes at #SHIMR_NTU as a #PhD student in Oct 2024. At #STAR2025 #conference, he presented his research, which utilises a pre-clinical model of divergent #metabolic rate to uncover #hypothalamic targets for #MetabolicHealth
#NTUMetabolic

Despite the diverse nature of #obesity, there is compelling genetic, clinical, and experimental evidence that endorses the important contribution of #brain circuits to this condition https://t.co/3Be0ZzDvWp
#hypothalamic #obesity #hyperphagia

#Hypothalamic #obesity: from basic mechanisms to clinical perspectives https://t.co/3Be0ZzCY6R
#hyperphagia
#WorldObesityDay

#Hypothalamic #obesity: from basic mechanisms to clinical perspectives https://t.co/3Be0ZzCY6R
#hyperphagia

#Hypothalamic #obesity: from basic mechanisms to clinical perspectives https://t.co/3Be0ZzCY6R
#hyperphagia

In addition to being a challenging medical condition, dissection of the basis of #hypothalamic #obesity could help to further elucidate the physiological basis of bodyweight homoeostasis and energy balance https://t.co/3Be0ZzDvWp
#hyperphagia

Ingrid Camila Possa-Paranhos (@MCB_Illinois) et al. observed that medial #hypothalamic MC3R signalling regulates energy #rheostasis in adult mice ⚖️ 🔍
📜 Read the #Research here: https://t.co/O2EmPASlbH

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