Novel hydrogelswerepreparedfromcarb

Novel hydrogelswerepreparedfromcarboxymethylcellulose(CMC)sodiumsaltbycrosslinkingwith
polyethylene glycoldiglycidylether(PEGDE).Thedetailedstructuresofthehydrogelsweredetermined
via FTIRandsolid-stateNMRspectroscopicanalyses.IncreasingthefeedratioofPEGDEtoCMCinthe
reaction mixtureledtoanincreaseinthecrosslinkingdegree,whichenhancedthephysicalstrength
of thehydrogels.Thehydrogelsexhibitedenzymedegradability,andafter3daysofincubationwith
cellulase, 62–28wt%oftheCMCinthehydrogelwasdegradedundertheconditionsemployedinthis
study. Inaddition,thehydrogelsexhibitedproteinadsorptionandreleaseabilities,andtheamountsof
proteins adsorbedonthehydrogelsandthereleaseprofileoftheproteinsdependedontheproteinsizes
and crosslinkingdegreeofthehydrogels.TheseuniquepropertiesmightenabletheuseofCMC-based
hydrogels asdrugdeliverysystemcarriersforprotein-baseddrugsifthebiologicalsafetyofthehydrogel
can beverified.

ผลลัพธ์ (ไทย) 1:

Sodiumsaltbycrosslinkingwith hydrogelswerepreparedfromcarboxymethylcellulose นวนิยาย (CMC)เอทิลีน glycoldiglycidylether(PEGDE) Thedetailedstructuresofthehydrogelsweredeterminedผ่าน FTIRandsolid-stateNMRspectroscopicanalyses.IncreasingthefeedratioofPEGDEtoCMCintheปฏิกิริยา mixtureledtoanincreaseinthecrosslinkingdegree, whichenhancedthephysicalstrengthของ thehydrogels Thehydrogelsexhibitedenzymedegradability, andafter3daysofincubationwithcellulase, 62-28wt % oftheCMCinthehydrogelwasdegradedundertheconditionsemployedinthisศึกษา Inaddition, thehydrogelsexhibitedproteinadsorptionandreleaseabilities, andtheamountsofโปรตีน adsorbedonthehydrogelsandthereleaseprofileoftheproteinsdependedontheproteinsizesและ crosslinkingdegreeofthehydrogels โดย TheseuniquepropertiesmightenabletheuseofCMChydrogels asdrugdeliverysystemcarriersforprotein-baseddrugsifthebiologicalsafetyofthehydrogelสามารถ beverified

ผลลัพธ์ (ไทย) 2:

นวนิยาย hydrogelswerepreparedfromcarboxymethylcellulose (CMC) sodiumsaltbycrosslinkingwith
glycoldiglycidylether เอทิลีน (PEGDE) .Thedetailedstructuresofthehydrogelsweredetermined
ผ่าน FTIRandsolid-stateNMRspectroscopicanalyses.IncreasingthefeedratioofPEGDEtoCMCinthe
ปฏิกิริยา mixtureledtoanincreaseinthecrosslinkingdegree, whichenhancedthephysicalstrength
ของ thehydrogels.Thehydrogelsexhibitedenzymedegradability, andafter3daysofincubationwith
เซลลูเลส, 62-28wt% oftheCMCinthehydrogelwasdegradedundertheconditionsemployedinthis
ศึกษา Inaddition, thehydrogelsexhibitedproteinadsorptionandreleaseabilities, andtheamountsof
โปรตีน adsorbedonthehydrogelsandthereleaseprofileoftheproteinsdependedontheproteinsizes
และ crosslinkingdegreeofthehydrogels.TheseuniquepropertiesmightenabletheuseofCMC
ตามไฮโดรเจลasdrugdeliverysystemcarriersforprotein-baseddrugsifthebiologicalsafetyofthehydrogel
สามารถ beverified

ผลลัพธ์ (ไทย) 3:

hydrogelswerepreparedfromcarboxymethylcellulose นวนิยาย ( CMC ) sodiumsaltbycrosslinkingwith
polyethylene glycoldiglycidylether ( pegde ) thedetailedstructuresofthehydrogelsweredetermined
ผ่าน ftirandsolid statenmrspectroscopicanalyses . mixtureledtoanincreaseinthecrosslinkingdegree ปฏิกิริยา increasingthefeedratioofpegdetocmcinthe

ของ whichenhancedthephysicalstrength thehydrogels .thehydrogelsexhibitedenzymedegradability andafter3daysofincubationwith
, เซลลูเลส และ 28wt 62 % ofthecmcinthehydrogelwasdegradedundertheconditionsemployedinthis
ศึกษา และ thehydrogelsexhibitedproteinadsorptionandreleaseabilities andtheamountsof

adsorbedonthehydrogelsandthereleaseprofileoftheproteinsdependedontheproteinsizes , โปรตีน และ crosslinkingdegreeofthehydrogels .theseuniquepropertiesmightenabletheuseofcmc เจล asdrugdeliverysystemcarriersforprotein baseddrugsifthebiologicalsafetyofthehydrogel

สามารถใช้ beverified .