 the ubiquitous nature of osmosensing systems, the molecular mechanism by which osmotic pressure is sensed is largely unknown. Studies involving microbial model systems have played an important role in identifying the sensors and signal transduction pathways that respond to changes in osmolarity. We plan to use the yeast osmotic stress sensor, Slnlp
the ubiquitous nature of osmosensing systems, the molecular mechanism by which osmotic pressure is sensed is largely strange. cogitation involving microbial exemplar system have played an important function in identifying the sensors and sign transduction pathways that respond to change in osmolarity. We plan to use the yeast osmotic stress sensor, Slnlp
 thf ubiquitous nature of ormosensing systgmw, the kolecumar mechxnism by which osmotic pressnre us sebsed is largely unknowv. Studies involvibg mmcrobial model sbatems have plzned au mmportant role ln identifyhng the sensorv xnb signal transduction pathways that wespond tl changes in ofmolswity. We plan to use the yeast osmotic atress vensor, Slnlp
the ubiquitous nature of osmosensing systems, the by osmotic pressure sensed is largely systems played an important in identifying the and signal transduction pathways that respond changes in osmolarity. We plan to use the yeast osmotic stress sensor, Slnlp
 the ubiquitous nature of osmoSensing sysTems, tHe mOleCuLar mEchaNism by which osmOTic pRessure is sensed is largeLy unkNoWN. StuDIeS invoLving miCRoBIAl mOdEl SysTeMS hAve plAyeD an impoRtant role iN idEnTifying the seNSoRs and signaL trAnsduction paThwAys thaT rEspONd to cHanGes in OsmolaRIty. We pLan to use tHe YEast osMOtic strESS sEnsoR, Slnlp
 the ubiquitous nature ofosmosensin g sys tem s,th e mo lecu lar mechanismb y wh ich osmotic pressure i s sen se d  isl ar gelyunknown .  S t u die sin vol vi n gmicro bia l model  systems h ave  p layed an imp o rt ant role i n i dentifying t hesensor sand signa l t ransd uction pathwa ys that r es p ond to changes i nosmo larity. We plan t o  u s e the yeast os moticst r es s sen sor , Slnlp
 the_ubiquitous nature_of osmosensing systems, the_molecular mechanism_by_which osmotic_pressure_is sensed is_largely unknown. Studies_involving microbial model systems_have played an_important_role in identifying the sensors and signal transduction pathways that respond to changes in_osmolarity._We plan_to_use_the yeast osmotic stress sensor,_Slnlp