Rachnaye®(@RachnayeOffice) 's Twitter Profile Photo

हिन्दी में व्यंग बदल रहा है, व्यंग करना, समझना, और लिखना, सब कुछ, काफ़ी बदल रहा है।
अच्छे व्यंग को पढ़िए:
पाँचवा स्तंभ rachnaye.page.link/bT5u

हिन्दी में व्यंग बदल रहा है, व्यंग करना, समझना, और लिखना, सब कुछ, काफ़ी बदल रहा है।
अच्छे व्यंग को पढ़िए:
पाँचवा स्तंभ  rachnaye.page.link/bT5u

#suggestedread #rachnaye #readingcommunity #forbooksandbeyond
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AJP-Gastrointestinal and Liver Physiology(@ajpgi) 's Twitter Profile Photo

📃Diet-induced alters intestinal monocyte-derived and tissue-resident macrophages and increases in female mice independent of tumor necrosis factor (Jessica A. Breznik et al.)

🔓ow.ly/9tHf50R288j

#SuggestedRead 📃Diet-induced #obesity alters intestinal monocyte-derived and tissue-resident macrophages and increases #IntestinalPermeability in female mice independent of tumor necrosis factor (@jabreznik et al.)

🔓ow.ly/9tHf50R288j

#IntestinalMacrophages #TNF
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JNP(@JNeurophysiol) 's Twitter Profile Photo

🔓 Miriam S. Nokia (Miriam Nokia )et al. report for the first time that the rhythms of breathing and the beating of the heart have a phase combination that is indicative of a neural state beneficial for cognition.

Cont reading👉 ow.ly/cpj150NbkAx

🔓#SuggestedRead Miriam S. Nokia (@miriam_nokia )et al. report for the first time that the rhythms of breathing and the beating of the heart have a phase combination that is indicative of a neural state beneficial for cognition. 

Cont reading👉 ow.ly/cpj150NbkAx
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Physiological Genomics(@PhysiologicalG) 's Twitter Profile Photo

🔓🏃‍♀️🏊‍♀️🚵‍♀️ 'Whole blood transcriptome characterization of young female athletes following an : a pilot study' by Attila Bácsi et al.

ow.ly/M3Jt50QhCw7


Fig 3👇

🔓🏃‍♀️🏊‍♀️🚵‍♀️#SuggestedRead 'Whole blood transcriptome characterization of young female #triathlon athletes following an #EnduranceExercise: a pilot study' by Attila Bácsi et al.

ow.ly/M3Jt50QhCw7
#YoungFemaleAthletes #WholeBloodTranscriptome #RNAsequencing

Fig 3👇
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JNP(@JNeurophysiol) 's Twitter Profile Photo

🔓 🔓 This research is the first report on the electrophysiological mechanisms of GNAO1-associated using an animal model since the discovery of this disorder in 2013.

🖱ow.ly/72m250NbjoY

Rick Neubig

🔓 #SuggestedRead 🔓 This research is the first report on the electrophysiological mechanisms of GNAO1-associated #MovementDisorders using an animal model since the discovery of this disorder in 2013.

🖱ow.ly/72m250NbjoY

#GNAO1 #cerebellum #PurkinjeCells @rneubig
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