Top Tweets for #pdk4

over 1 year ago

✅Could the local application of #rHDL and #PDK4 to #wounds be a #biological #agent in the future to accelerate healing and displace currently used topical creams and solutions? ✅Would the local application of rHDL/PDK4 have a resolving effect on #avascular #bone #necrosis? Would #Raynaud's #disease benefit from this, by #increasing #perfusion or stimulating #collateral #vessels? ✅If PDK4 signaling is deregulated in #diabetes, affecting the #angiogenic #response, could stimulating its #overexpression at wound sites be a #Precision #treatment in the future? @EndocrinMetab @Ahmed43101178 @rust_ruslan @sciqst @drshafikuchay @WinderFerda @Minglee88374154 @AlisaAn46097029 @isth @FacMedicinaUC @LuisSobrevia2 @CMPLPUCCHILE @physoc @SocFisiolChile @ALACFdifusion @TheIUPS @DengyueEcho @HaoYin20 @Hiraselab_KU @WashUDeptMed @WashUCardiology @IEEEembs @heartforallez @ATHjournal @CircRes @CircAHA @endothelialnews @NatRevCardiol @kuma_ttrl1001 @CNIC_CARDIO @JCVPOnline @FEDE_Diabetes @endocDiabNutric @DiabetesMadrid 👇🧵👇🧵🧵

ATVB: An AHA Journal @atvbahajournals

over 1 year ago

A new regulatory metabolic pathway for the pro-angiogenic and wound healing benefits of reconstituted HDL in diabetes @ChrisBursil @Khal1a @jotan80 @emma_solly @VictoriaNankiv https://t.co/7x9nuE7EUg

atvbahajournals's tweet photo. A new regulatory metabolic pathway for the pro-angiogenic and wound healing benefits of reconstituted HDL in diabetes @ChrisBursil @Khal1a @jotan80 @emma_solly @VictoriaNankiv
https://t.co/7x9nuE7EUg https://t.co/nD7yQsSpY6

Prof.Thomas Pulinilkunnil @tpulinil

almost 7 years ago

Enhancing #cardiac #glycolysis causes an increase in #PDK4 content in response to short term #high #fat #diet @jbiolchem

Journal of Biological Chemistry @jbiolchem

almost 7 years ago

Enhancing cardiac glycolysis causes an increase in PDK4 content in response to short-term high-fat diet https://t.co/lv5lpZBZqD

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