RT @organichemusic: All together, this strongly suggests impaired calcium mobilization in ME/CFS--and perhaps also in Long Covid, consideri…
Novel identification and characterisation of Transient receptor potential melastatin 3 ion channels on Natural Killer cells and B lymphocytes: effects on cell signalling in Chronic fatigue syndrome/Myalgic encephalomyelitis patients https://t.co/1bB42TZl34
RT @organichemusic: All together, this strongly suggests impaired calcium mobilization in ME/CFS--and perhaps also in Long Covid, consideri…
RT @organichemusic: All together, this strongly suggests impaired calcium mobilization in ME/CFS--and perhaps also in Long Covid, consideri…
All together, this strongly suggests impaired calcium mobilization in ME/CFS--and perhaps also in Long Covid, considering undeniable similarities and recent reports. https://t.co/nZqBMZZODW
@CovidSolidarit1 https://t.co/7BnIEzOkG6 mecfs and swollen lymph nodes is a common thing, esp after any activity... how is it for you with your #LC?
RT @Katiissick: Novel id & characterisation of TRPM3 ion channels on NK cells & B lymph: effects on cell signalling in #mecfs https://t.co…
RT @AsssemBiomedics: Novel identification and characterisation of Transient receptor potential melastatin 3 ion channels on Natural... http…
Novel identification and characterisation of Transient receptor potential melastatin 3 ion channels on Natural... https://t.co/k1Onccfm5Y
Novel identification and characterisation of Transient receptor potential melastatin 3 ion channels on Natural... https://t.co/SJOcdf47M0
@Derya_ @nyulangone V interesting in context of abnormal TRPM3 receptors & impaired calcium signalling in #mecfs patients' B & T cells https://t.co/z5TxmKxeR2
Novel identification and characterisation of TRPM3 ion channels on NK cells and B lymphocytes: https://t.co/XtszRQGwh4
Novel identification and characterisation of Transient receptor potential melastatin 3 ion channels... ( SFC/EM ) https://t.co/BX0FjguCdm
RT @ASSSEM_org: Novel identification and characterisation of Transient receptor potential melastatin 3 ion channels on Natural... https://t…
For those who want actual information (rather than sensationalised nothings, thank you, @ScienceAlert): https://t.co/1beikHCoAd
RT @AmmesAdmin: Impaired calcium ion metabolism implicated as a novel pathway for pathogenesis of #MECFS. https://t.co/3l1yDRElhZ
RT @AmmesAdmin: Impaired calcium ion metabolism implicated as a novel pathway for pathogenesis of #MECFS. https://t.co/3l1yDRElhZ
RT @AmmesAdmin: Impaired calcium ion metabolism implicated as a novel pathway for pathogenesis of #MECFS. https://t.co/3l1yDRElhZ
Impaired calcium ion metabolism implicated as a novel pathway for pathogenesis of #MECFS. https://t.co/3l1yDRElhZ
@TweetTipsforME Correct, but it's an important piece in the 3D puzzle that #ME/Cfs is 👉🏼 https://t.co/hU4y391HAc
RT @ASSSEM_org: Novel identification and characterisation of Transient receptor potential melastatin 3 ion channels on Natural... https://t…
RT @ASSSEM_org: Novel identification and characterisation of Transient receptor potential melastatin 3 ion channels on Natural... https://t…
Novel identification and characterisation of Transient receptor potential melastatin 3 ion channels on Natural... https://t.co/vRkXJ7UhNy
Novel identification and characterisation of Transient receptor potential melastatin 3 ion channels on Natural... https://t.co/mxdxMxiwXt
ME/CSF news from Australia: https://t.co/vMjmeWg0T2
RT @Bio_Research: Novel identification and characterisation of TRPM3 channels: effects on cell signalling in Chronic fatigue syndrome https…
Novel identification and characterisation of TRPM3 channels: effects on cell signalling in Chronic fatigue syndrome https://t.co/OUMJAfFEKR
RT @TweetTipsforME: * see https://t.co/h6BZ3ZvWPZ for research paper #MEcfs #pwme https://t.co/xIrCsDqXT5
"... significant reduction in TRPM3 cell surface expression in NK and B lymphocytes, as well as decreased... https://t.co/rx9l06TXwI
* see https://t.co/h6BZ3ZvWPZ for research paper #MEcfs #pwme https://t.co/xIrCsDqXT5
ESTO MERECE UN EXAMEN MÁS DETENIDO DE ESTAS VÍAS PARA DILUCIDAR...#INVESTIGACIÓN2016 https://t.co/EIm2GquVo0
Novel identification and characterisation of Transient receptor potential melastatin 3 ion… https://t.co/jvjXzLgo1I https://t.co/qCMCipjTst
Novel identification and characterisation of Transient receptor potential melastatin 3 ion channels on Natural Kil… https://t.co/ner18Uf7Ga
Los resultados de esta investigación preliminar identificar, por primera vez, la expresión de superficie TRPM3 en... https://t.co/rQbRDsjvOh
RT @Katiissick: Novel id & characterisation of TRPM3 ion channels on NK cells & B lymph: effects on cell signalling in #mecfs https://t.co…
RT @Katiissick: Novel id & characterisation of TRPM3 ion channels on NK cells & B lymph: effects on cell signalling in #mecfs https://t.co…
Novel identification and characterisation of Transient receptor potential melastatin 3 ion channels on Natural... https://t.co/u44wvap7eI
RT @Katiissick: Novel id & characterisation of TRPM3 ion channels on NK cells & B lymph: effects on cell signalling in #mecfs https://t.co…
RT @TomKindlon: Free full text: Latest paper from NCNED team in Australia https://t.co/uhAbfh9XGQ #MEcfs #CFS #MyalgicE #PwME ---.. https:/…
RT @TomKindlon: Free full text: Latest paper from NCNED team in Australia https://t.co/uhAbfh9XGQ #MEcfs #CFS #MyalgicE #PwME ---.. https:/…
RT @BlueCoffeeMug: Novel ... of Transient receptor ... ion channels on NK cells & B lymphocytes: effects on ... #MEcfs #NCNED https://t.co…
RT @Vansteenwinckel: NCNED: Role for reduced #TRPM3 surface expression on NK & B cells & impaired Ca mobilisation in CFS/ME? https://t.co/…
NCNED: Role for reduced #TRPM3 surface expression on NK & B cells & impaired Ca mobilisation in CFS/ME? https://t.co/kxVJ3HUUwj #mecfs
ME/CFS-Evolving Science https://t.co/omPcgpa0C0
Novel id & characterisation of TRPM3 ion channels on NK cells & B lymph: effects on cell signalling in #mecfs https://t.co/KQl92DjaEA
Novel ... of Transient receptor ... ion channels on NK cells & B lymphocytes: effects on ... #MEcfs #NCNED https://t.co/4bU14FW5dP
Free full text: Latest paper from NCNED team in Australia https://t.co/uhAbfh9XGQ #MEcfs #CFS #MyalgicE #PwME ---.. https://t.co/eLzDkuNpw0