ThegoalsofourR24projectincludeproducingnewrevertibleallelestoidentifygenes capableofpromotinghumanhealthandgeneratingnewmethodologiesforsite-directedsomatic mutagenesis,enhancinghomologousrecombinationandsingle-strandannealingmediated integrationofDNA.Itisanticipatedthatthesetechnologieswillgreatlyalleviatethenumberof animalsrequiredforgeneticstudiesinzebrafishandcanbeextendedtootheranimalspecies. Thesuccessofthistechnologydevelopmenthingesontheabilitytoscreenembryosandlarvae forfluorescentreportsofgeneexpressionandtransgenesis.InthisR24revision,weare proposingtoincreaseouropticalsectioningabilitiesandupdateexistingfluorescence microscopestomeettheincreaseddemandsonourimagingequipmentthatisacriticalpartof ourexperimentalstrategiesandthoseofothergroupsatIowaStateUniversity(ISU).These goalswillbeaccomplishedinthefollowingaims:
Aim1. Improveopticalsectioningcapabilities oflivingzebrafishembryosatIowaState.WeareproposingtopurchaseaZeissAxioImagerZ2 equippedwithanApotome2tomeettheincreasedopticalsectioningdemandsatISU.
Aim2. UpdateexistingmicroscopesusedinassociationwithourzebrafishfacilitieswithLEDlight sources.Together,theupdatesproposedabovewouldgreatlyincreaseourfluorescence screeningandimagingneedsofourcurrentlyfundedR24project,ourcolleaguesatISU,and futureinitiatives.
ThegoalsofourR24projectaretotestnewrevertibleallelestoidentifygenescapableof promotinghumanhealth,todevelopnewmethodologiesforsite-directedsomaticmutagenesis, andtoenhancehomologousrecombinationandsingle-strandannealingmediatedintegrationof DNAinzebrafish.Usingfluorescencetoidentifyfounderswillgreatlyreducethenumberof zebrafishneededtoconductgenetargetingexperiments.Inthisrevision,werequestfundingfor state-of-theartmicroscopeequipmenttoenhanceourfluorescencescreeningandimaging capabilitiesandsuccessfullyachievethegoalsofourproject.
Schultz, Laura E; Haltom, Jeffrey A; Almeida, Maira P et al. (2018) Epigenetic regulators Rbbp4 and Hdac1 are overexpressed in a zebrafish model of RB1 embryonal brain tumor, and are required for neural progenitor survival and proliferation. Dis Model Mech 11: |