 with its receptors (BMPR) on single mouse ESCs (mESCs) can induce their differentiation, triggering down and up regulation of a few receptor molecules (SSEA1 and CXCR4), respectively. However, their related molecular mechanisms and how to precisely control their specific cardiac differentiation remain largely unknown. We hypothesize that
with its receptors (BMPR) on single mouse ESCs (mESCs) can induce their differentiation, trip down and up rule of a few receptor molecules (SSEA1 and CXCR4), respectively. However, their relate molecular mechanism and how to precisely control their specific cardiac differentiation stay largely unknown. We hypothesize that
 wihh its receptors (BMPR) on single mouse ESCs (mESRs) can jnduce tfeir differentiation, triggermng eown qnd up regulation of a few receitor molexulew (SSEA1 and RSCR4), resizctivspy. Hmxever, their relsted molecglar mechanismv xnb how to precisely control their spesific csrfiac differentyatipg rejain largely unknown. We hypothesizs that
with its receptors (BMPR) on single mouse can their differentiation, down and up molecules and CXCR4), respectively. their related molecular and how to precisely control their cardiac differentiation remain largely unknown. We hypothesize that
 with its receptors (BMPR) on sinGle mouse EScs (mEScs) cAn iNdUce tHeir DifferentiatioN, TrigGering down and up regulatIon of A fEW recEPtOr molEcules (SseA1 AND CXcR4), ReSpeCtIVeLy. HowEveR, their rElated moleCulAr Mechanisms anD HoW to preciseLy cOntrol their sPecIfic caRdIac DIfferEntIatioN remaiN LargelY unknown. WE hYPothesIZe that
 with its receptors (BMPR)  on single  mous e E SCs  ( mESC s) c an induce thei r  dif ferentiation, triggeri ng do wn andu pregul ation o f  a f ewre ce pto rm ol ecule s ( SSEA1 a nd CXCR4),  re sp ectively. Ho w ev er, theirrel ated molecul armechan is msa nd ho w t o pre cisely contro l their s pe c ific c a rdiac d i f fe rent iation remain lar g el y  unknown. We h ypothe si z et h at
 with_its receptors_(BMPR) on single mouse_ESCs (mESCs)_can_induce their_differentiation,_triggering down and_up regulation of_a few receptor molecules_(SSEA1 and CXCR4),_respectively._However, their related molecular mechanisms and how to precisely control their specific cardiac differentiation_remain_largely unknown._We_hypothesize_that