AdvancedBiomatrixoffersPhotoGel®UVKit,apurifiedmethacrylatedgelatinkitforUV-crosslinkablehydrogels.PhotoGel®provides3Dtunablegelswiththeuniqueattributestobepreparedatvariousconcentrationsandcrosslinkedtoprovidevariousgelstiffness.
ThePhotoGel®kitconsistsofpurifiedmethacrylatedporcinegelatinandaUVPhotoinitiator(365nm).ThegelatinistypeA300bloom.
Item | CatalogNumber | PackageSize | StorageTemperature |
MethacrylatedGelatin | #5208 | 1gram(2x500mg) | -20°C |
IrgacurePhotoinitiator | #5200 | 100mg | 2-10°C |
PhotoGel®isproducedfrommethacrylatedgelatinwherethegelatinhasbeenmodifiedbyreactingthefreeamines,primarilytheε-aminesgroupsofthelysineresiduesaswellasthea-aminesgroupsontheN-termini.>75%ofthetotallysineresiduesofthegelatinmoleculehavebeenmethacrylated.ThephotoinitiatorconsistsofIrgacure2959tobeformulatedinmethanol(methanolnotincluded)whichallowsUVcrosslinkingofthecollagenat365nm.
Parameter,Testing,andMethod | MethacrylatedGelatin#5208 |
SterilizationMethod | Filtration |
Sterility-USPmodified | Nogrowth |
Form | LyophilizedPowder |
PackageSize | 1gram(2x500mg) |
StorageTemperature | -20°C |
ShelfLife | Minimumof6monthsfromdateofreceipt |
DegreeofMethacrylation | >75% |
Source | TypeA,300Bloom,PorcineGelatin |
HydrogelYoung"sModulusE(Pa) | Characteristic |
DownloadthefullDirectionsforUsePDF
PhotoGel®Gelatinmethacrylatecanbeusedtoformcross-linkedhydrogelsfortissueengineering[1]and3Dprinting.Thecommonformsof3DprintingusingLifeink®300includeextrusion[2][3][4],inkjet[5]andphotolithography[6]).
PhotoGel®hasbeenusedforendothelialcellmorphogenesis,[7]cardiomyocytes,[8]epidermaltissue[9],injectabletissueconstructs[10],bonedifferentiation[11],andcartilageregeneration[12].
Gelatinmethacrylatehasbeenexploredindrugdeliveryapplicationsintheformofmicrospheres[13]andhydrogels[14].
References:
ReferencesforPhotoGel®:
Rothrauff,BenjaminB.,etal."EfficacyofThermoresponsive,photocrosslinkablehydrogelsderivedfromdecellularizedtendonandcartilageextracellularmatrixforcartilagetissueengineering."Journaloftissueengineeringandregenerativemedicine12.1(2018):e159-e170.
Rothrauff,BenjaminB.,etal."Anatomicalregion-dependentenhancementof3-dimensionalchondrogenicdifferentiationofhumanmesenchymalstemcellsbysolublemeniscusextracellularmatrix."Actabiomaterialia49(2017):140-151.
Rothrauff,BenjaminB.,GuangYang,andRockyS.Tuan."Tissue-specificbioactivityofsolubletendon-derivedandcartilage-derivedextracellularmatricesonadultmesenchymalstemcells."Stemcellresearch&therapy8.1(2017):133.
Bridge,JackChristopher,etal."Electrospungelatin-basedscaffoldsasanovel3Dplatformtostudythefunctionofcontractilesmoothmusclecellsinvitro."BiomedicalPhysics&EngineeringExpress4.4(2018):045039.
Capella-Monsonís,Héctor,etal."Scaffoldsfortendontissueengineering."HandbookofTissueEngineeringScaffolds:VolumeOne.WoodheadPublishing,2019.259-298.
SafetyDataSheet
CertificateofOrigin
ThisproductisforR&Duseonlyandisnotintendedforhumanorotheruses.PleaseconsulttheMaterialSafetyDataSheetforinformationregardinghazardsandsafehandlingpractices.
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