Physiological Genomics (@physiologicalg) 's Twitter Profile
Physiological Genomics

@physiologicalg

Physiological Genomics publishes research that uncovers the links b/t genes and physiology at all levels of biological organization. An @APSPhysiology journal.

ID: 1009899448636530688

linkhttps://www.physiology.org/journal/physiolgenomics calendar_today21-06-2018 20:42:46

882 Tweet

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1,1K Following

Physiological Genomics (@physiologicalg) 's Twitter Profile Photo

👉Knocking out 6 Hsp70 genes in Drosophila melanogaster led to slower climbing speed & disrupted gene response to exercise. Fascinating study by Pavel A. Makhnovskii et al. on muscle adaptation! ow.ly/Onjg50T2kJk #HeatShockProteins #SkeletalMuscle #transcriptome

👉Knocking out 6 Hsp70 genes in Drosophila melanogaster led to slower climbing speed & disrupted gene response to exercise. Fascinating study by Pavel A. Makhnovskii et al. on muscle adaptation!

ow.ly/Onjg50T2kJk

#HeatShockProteins #SkeletalMuscle #transcriptome
Physiological Genomics (@physiologicalg) 's Twitter Profile Photo

🔓Happy Friday! For your weekend reading- #BRCA1-specific machine learning model predicts #VariantPathogenicity with high accuracy (Mohannad Khandakji et al.) 👉ow.ly/O4J050SKpbF #BRCA2 #BreastCancer #VariantPrioritization #SuggestedRead

🔓Happy Friday! For your weekend reading- #BRCA1-specific machine learning model predicts #VariantPathogenicity with high accuracy (Mohannad Khandakji et al.)

👉ow.ly/O4J050SKpbF

#BRCA2 #BreastCancer #VariantPrioritization #SuggestedRead
Physiological Genomics (@physiologicalg) 's Twitter Profile Photo

Are you a researcher investigating the impact of diets/nutrients and genetic variants on phenotypic outcomes? Submit your work to #PhysiologicalG's open #CallForPapers on #Nutrigenomics. 🖱️ow.ly/34iE50T3eIU

Are you a researcher investigating the impact of diets/nutrients and genetic variants on phenotypic outcomes? 

Submit your work to #PhysiologicalG's open #CallForPapers on #Nutrigenomics. 

🖱️ow.ly/34iE50T3eIU
Physiological Genomics (@physiologicalg) 's Twitter Profile Photo

🔓Available to read! "Genome-wide association study of exercise-induced #SkeletalMuscleHypertrophy and the construction of #PredictiveModel" by Xiaolin Yang et al. 🔗ow.ly/17JE50T2kSG #GenomeWideAssociation #ResponsetoExerciseTraining

🔓Available to read! "Genome-wide association study of exercise-induced #SkeletalMuscleHypertrophy and the construction of #PredictiveModel" by Xiaolin Yang et al.

🔗ow.ly/17JE50T2kSG

#GenomeWideAssociation #ResponsetoExerciseTraining
Physiological Genomics (@physiologicalg) 's Twitter Profile Photo

📢 #CallForPapers Closing this Weekend! Integrative Physiology and Translational Omics of Exercise and Physical Activity ow.ly/9EU650T3eRQ ✔️Submit your paper today! ow.ly/u0tj50T3eRR

📢 #CallForPapers Closing this Weekend! 

Integrative Physiology and Translational Omics of Exercise and Physical Activity

ow.ly/9EU650T3eRQ

✔️Submit your paper today! ow.ly/u0tj50T3eRR
Physiological Genomics (@physiologicalg) 's Twitter Profile Photo

#OpenAccess "Hypothalamic transcriptome response to simulated diel earthen pond hypoxia cycles in channel catfish (Ictalurus punctatus)" by Brian D. Ott et al. 📃ow.ly/Fn8c50T2xzv 🎧ow.ly/gToP50T2xzu #neuropeptide #aquaculture #anorectic #orexigenic

#OpenAccess "Hypothalamic transcriptome response to simulated diel earthen pond hypoxia cycles in channel catfish (Ictalurus punctatus)" by Brian D. Ott et al.

📃ow.ly/Fn8c50T2xzv
🎧ow.ly/gToP50T2xzu

#neuropeptide #aquaculture #anorectic #orexigenic
Physiological Genomics (@physiologicalg) 's Twitter Profile Photo

🔓#SuggestedRead Nethika Ariyasinghe et al. has developed methods to differentiate induced pluripotent stem cells into pan vascular ECs, opening new possibilities for regenerative medicine. ow.ly/TKTP50SKppg #VascularEndothelialCells #proteomics #VascularTissueRegeneration

🔓#SuggestedRead Nethika Ariyasinghe et al. has developed methods to differentiate induced pluripotent stem cells into pan vascular ECs, opening new possibilities for regenerative medicine.

ow.ly/TKTP50SKppg
#VascularEndothelialCells #proteomics #VascularTissueRegeneration
Physiological Genomics (@physiologicalg) 's Twitter Profile Photo

#CallForPapers: The Microbiome in Health and Disease Physiological Genomics seeks manuscripts in the field of #MicrobiomeResearch that elucidate the alterations in microbial communities associated with external signals, age, sex, injury, and disease states. ➡️ow.ly/V68550T3f0Y

#CallForPapers: The Microbiome in Health and Disease

<a href="/PhysiologicalG/">Physiological Genomics</a> seeks manuscripts in the field of #MicrobiomeResearch that elucidate the alterations in microbial communities associated with external signals, age, sex, injury, and disease states.

➡️ow.ly/V68550T3f0Y
Physiological Genomics (@physiologicalg) 's Twitter Profile Photo

➡️New study by Yannuo Li et al. uncovers groundbreaking insights on the interaction between stress response and circadian rhythm regulation. Potential for therapeutic interventions! ow.ly/EmwP50T2xNk Tracy Anthony #CircadianRhythms #chronobiology #HPA #GCN2

➡️New study by Yannuo Li et al. uncovers groundbreaking insights on the interaction between stress response and circadian rhythm regulation. Potential for therapeutic interventions!

ow.ly/EmwP50T2xNk

<a href="/Tracy_G_Anthony/">Tracy Anthony</a> #CircadianRhythms #chronobiology #HPA #GCN2
American Physiological Society (@apsphysiology) 's Twitter Profile Photo

As a dedicated reader of #TPhysMag, your feedback is crucial in helping us deliver content that resonates with you. Share your thoughts on what you love, what you’d like to see more of and how we can improve in our reader survey: ow.ly/5UCK50T3WZA. Survey closes 10/31.

As a dedicated reader of #TPhysMag, your feedback is crucial in helping us deliver content that resonates with you. Share your thoughts on what you love, what you’d like to see more of and how we can improve in our reader survey: ow.ly/5UCK50T3WZA. Survey closes 10/31.
Physiological Genomics (@physiologicalg) 's Twitter Profile Photo

📃Microbiota-induced inflammatory responses in bladder tumors promote epithelial-mesenchymal transition and enhanced immune infiltration (Qiang Li et al.) ow.ly/k6f450T2xT1 #UrothelialCarcinomaofBladder #IntratumoralMicrobiota #inflammation #TumorImmuneMicroenvironment

📃Microbiota-induced inflammatory responses in bladder tumors promote epithelial-mesenchymal transition and enhanced immune infiltration (Qiang Li et al.)

ow.ly/k6f450T2xT1

#UrothelialCarcinomaofBladder #IntratumoralMicrobiota #inflammation #TumorImmuneMicroenvironment
American Physiological Society (@apsphysiology) 's Twitter Profile Photo

#APSselect mouse study from Physiological Genomics finds decreased expression of cholesterol-making genes as an early signal of protein misfolding in the beta cells, which is characteristic of Type 2 #diabetes: ow.ly/wpPF50TaTTJ CC: Hilary Coller

#APSselect mouse study from <a href="/PhysiologicalG/">Physiological Genomics</a> finds decreased expression of cholesterol-making genes as an early signal of protein misfolding in the beta cells, which is characteristic of Type 2 #diabetes: ow.ly/wpPF50TaTTJ CC: <a href="/CollerHilary/">Hilary Coller</a>
Physiological Genomics (@physiologicalg) 's Twitter Profile Photo

🐿️🎙️Happy Friday! Join Karyn Robichaud & Brynne Duffy on the APS Publications Podcast as they uncover the metabolic secrets of hibernating ground squirrels through altered mitochondrial microRNA profiles. 🎧ow.ly/RQ5t50ThK5q Paul Craig #ElectronTransportChain #Hypometabolism

🐿️🎙️Happy Friday!
Join Karyn Robichaud &amp; Brynne Duffy on the APS Publications Podcast as they uncover the metabolic secrets of hibernating ground squirrels through altered mitochondrial microRNA profiles.
🎧ow.ly/RQ5t50ThK5q
<a href="/pcraig77/">Paul Craig</a> #ElectronTransportChain #Hypometabolism
Physiological Genomics (@physiologicalg) 's Twitter Profile Photo

🔓#SuggestedRead "Novel whole blood transcriptome signatures of changes in maximal aerobic capacity in response to endurance #ExerciseTraining in healthy women" by Thomas J. LaRocca et al. ow.ly/tNUl50SKpB7 Daniel Craighead Meg Smith Kaitlin Freeberg #transcriptomics

🔓#SuggestedRead "Novel whole blood transcriptome signatures of changes in maximal aerobic capacity in response to endurance #ExerciseTraining in healthy women" by Thomas J. LaRocca et al.

ow.ly/tNUl50SKpB7

<a href="/DanCraigheadPhD/">Daniel Craighead</a> <a href="/Smith_Meghan_E/">Meg Smith</a> <a href="/kaiti_freeberg/">Kaitlin Freeberg</a> #transcriptomics
Physiological Genomics (@physiologicalg) 's Twitter Profile Photo

📢#PhysiologicalG is looking for your papers on #Nutrigenomics! Find out more about this call ➡️ow.ly/QpUu50T3fEe ✔️Submit your paper today! ow.ly/pxw050T3fEf

📢#PhysiologicalG is looking for your papers on #Nutrigenomics! 

Find out more about this call ➡️ow.ly/QpUu50T3fEe

✔️Submit your paper today! ow.ly/pxw050T3fEf
Physiological Genomics (@physiologicalg) 's Twitter Profile Photo

👉New research in Physiological Genomics "Mitochondrial microRNA profiles are altered in thirteen-lined ground 🐿️(Ictidomys tridecemlineatus) during hibernation" by Karyn Robichaud et al. 🔗ow.ly/thEZ50T2xZ3 #ElectronTransferSystem #hypometabolism #mitomiR #SmallRNASequencing

👉New research in <a href="/PhysiologicalG/">Physiological Genomics</a> "Mitochondrial microRNA profiles are altered in thirteen-lined ground 🐿️(Ictidomys tridecemlineatus) during hibernation" by Karyn Robichaud et al.

🔗ow.ly/thEZ50T2xZ3

#ElectronTransferSystem #hypometabolism #mitomiR #SmallRNASequencing
Physiological Genomics (@physiologicalg) 's Twitter Profile Photo

🌊🐠Breaking new ground in #SeahorseResearch! This study dives deep into the skin and gut #microbiome of the tiger tail seahorse, offering fresh insights into potential solutions for bacterial infections in aquaculture. ow.ly/2Plg50T2VaF Jose Luis Balcazar #FunctionalMetabolism

🌊🐠Breaking new ground in #SeahorseResearch! This study dives deep into the skin and gut #microbiome of the tiger tail seahorse, offering fresh insights into potential solutions for bacterial infections in aquaculture.
ow.ly/2Plg50T2VaF
<a href="/balcjos/">Jose Luis Balcazar</a> #FunctionalMetabolism
Physiological Genomics (@physiologicalg) 's Twitter Profile Photo

🔓This #ShortReport by Abiud Cantu et al. reveals the impact of #neonatal #hyperoxia on lung endothelial cells and the surprising sex-specific differences in EndoMT markers. ow.ly/2XYJ50SKpRN Kdocneo #BronchopulmonaryDysplasia #SexSpecific #Pulmonary #SuggestedRead

🔓This #ShortReport by Abiud Cantu et al. reveals the impact of #neonatal #hyperoxia on lung endothelial cells and the surprising sex-specific differences in EndoMT markers.

 ow.ly/2XYJ50SKpRN

<a href="/kdocneo/">Kdocneo</a> #BronchopulmonaryDysplasia #SexSpecific #Pulmonary #SuggestedRead
Physiological Genomics (@physiologicalg) 's Twitter Profile Photo

📢Open for Submissions! #CallForPapers: The #Microbiome in Health and Disease Learn more here: ow.ly/VP7w50T3fIh #MicrobialCommunities #Microbes

📢Open for Submissions! 

#CallForPapers: The #Microbiome in Health and Disease

Learn more here: ow.ly/VP7w50T3fIh

#MicrobialCommunities #Microbes