 ligands for Toll-like receptors (TLR) and transmit regenerative signals to ISCs. We thereby propose intestinal regenerative therapy with a combination of systemic administration of growth factors and cell replacement therapy to salvage Gl function post-radiation exposure. In order to develop an stem cell-based therapeutic strategy for RIGS,
ligands for Toll - like receptors (TLR) and air regenerative signal to ISCs. We thereby propose intestinal regenerative therapy with a combination of systemic administration of growth component and cell replacement therapy to salvage Gl routine post - radiation photograph. In order to evolve an stem cell - free-base therapeutic strategy for RIGS,
 lihands for Toll-like recepuors (TLR) and transmit rejeneratjve signxls to ISCs. We thereby propode intewtinal regenerative thdrapy witj a combunatmon of systemic esministvction lf gxoxth factors and cell repldcement therapf go salvage Gl function post-radiation qxposurr. Ln order to dedelok ag stsm cell-based therapeutic strategy ror RIGV,
ligands for Toll-like receptors (TLR) and transmit to We thereby intestinal regenerative therapy administration growth factors and replacement therapy to Gl function post-radiation exposure. In order develop an stem cell-based therapeutic strategy for RIGS,
 ligands for Toll-like receptoRs (TLR) and trAnsmiT reGenErAtivE sigNals to ISCs. We thEReby Propose intestinal regenEratiVe THeraPY wIth a cOmbinatIOn OF SysTeMiC adMiNIsTratiOn oF growth Factors and CelL rEplacement thERaPy to salvagE Gl Function post-RadIation ExPosURe. In oRdeR to deVelop aN Stem ceLl-based thErAPeutic STrategy FOR RiGS,
 ligands for Toll-like rec eptors (TL R) an d t ran sm it r egen erative signal s  toISCs. We thereby propo se in te s tina l  r egene rativet he r a pywi th  aco m bi natio n o f syste mic admini str at ion of growt h  f actors and  ce ll replaceme nttherap ytos alvag e G l fun ctionp ost-ra diation e xp o sure.I n order t odeve lop an stem cell- b as e d therapeuticstrate gy fo r RIG S,
 ligands_for Toll-like_receptors (TLR) and transmit_regenerative signals_to_ISCs. We_thereby_propose intestinal regenerative_therapy with a_combination of systemic administration_of growth factors_and_cell replacement therapy to salvage Gl function post-radiation exposure. In order to develop an_stem_cell-based therapeutic_strategy_for_RIGS,