Thebroad,longtermobjectiveandspecificaimsofthefasttrackSBIRresearcharetocreatea reagent,RecombiRED,foruseinmicroinjectionofembryosforidentifyingasubsetofembryos asrecombinationcompetentinjections.Theabilitytoquicklyidentifygenomeeditingeventsin anembryoallowsresearchertoquicklymakeprecisionanimalmodelsofhumandiseasestates. Preciseanimalmodelsallowforgreaterscientificunderstandingofahumandiseaseand providesarobustplatformfordrugdiscoveryscreening.TheRecombiREDreagentrelieson inducedfluorescenceinresponsetoactivationofhomologousrecombinationrepairwithinthe embryo.DetectionofhomologousrecombinationrepairininjectedembryoswithRecombiRED allowsanimalhusbandryandfurtherscreeningeffortstoberestrictedtoasubsetofembryosby upto100xforhavingadesiredpreciseknockinofnewgeneticmaterialataspecificgenetic locus.ThephaseIresearchadaptsatheRecombiREDreagentdevelopedinC .elegansmodel organismtohavetheappropriateexpressioncontrolelementsenablingsufficientactivityin zebrafishembryo.InPhaseII,theadditionalresearchfurtheroptimizesparametersofthe RecombiREDreagenttominimizefalsepositiveandfalsenegativereadouts,whichthenallows maximalforecastingoftargetedgenomeeditevents.Finally,asetof15realworldtransgenesis projectsareusedaspremarketbetatesttodemonstratetheubiquityandrobustnessofthe RecombiREDforsimplifyingdiscoveryofgenomeeditinginthecreationofanimalsmodelsfor useindrugdiscovery.
ofthisresearchtopublichealthisthecreationofanexperimentaltoolfor simplifyingthediscoveryofgeneticallyalteredmodelorganisms.Thetoolallowsfastercreation ofanimalmodelsforuseinbetterscientificdiscoveryandfasterdrugdevelopment.