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experimental data
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principal analysis
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Homo sapiens
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samples.@id
/in-vitro-systems/IGVFSM3005IBKC/
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Functional Assay Mechanisms
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Taxa
UUID
/measurement-sets/IGVFDS6464FKSV/
IGVFDS6464FKSV
jesse-engreitz:220829_8merInsertion-Jurkat_Stimulation-Amp_PPIF_promoter-BioRep1-FFrep1-BinD_AmpliconSequencing
PPIF
/assay-terms/OBI_0003661/
/awards/HG011972/
/human-donors/IGVFDO1080XFGV/
experimental data
/labs/jesse-engreitz/
Variant FlowFISH
https://www.protocols.io/view/flowfish-with-primeflow-36wgq3q4olk5/v1
/in-vitro-systems/IGVFSM3005IBKC/
released
prime editing Variant FlowFISH integrating a guide (sgRNA) library targeting sequence variants in a genomic locus
Homo sapiens
cf27489d-35e4-4623-b244-154494996039
/analysis-sets/IGVFDS1863TJOE/
IGVFDS1863TJOE
jesse-engreitz:PPIF_promoter_8mer_insertion_Jurkat-Stimulation_Variant-FlowFISH_analysis
/awards/HG011972/
/human-donors/IGVFDO1080XFGV/
principal analysis
/measurement-sets/IGVFDS2562AMOI/
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/measurement-sets/IGVFDS4306VGPH/
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/measurement-sets/IGVFDS1428WSZE/
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/measurement-sets/IGVFDS3789TNPM/
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/measurement-sets/IGVFDS6464FKSV/
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/measurement-sets/IGVFDS3316IDPS/
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/measurement-sets/IGVFDS2784BXPD/
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/measurement-sets/IGVFDS3474RCFG/
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/measurement-sets/IGVFDS6085VVNC/
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/measurement-sets/IGVFDS1370QEJF/
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/measurement-sets/IGVFDS0892KCXO/
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/measurement-sets/IGVFDS1611RXSM/
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/measurement-sets/IGVFDS8222WPQR/
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/measurement-sets/IGVFDS3533ZJCT/
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/measurement-sets/IGVFDS3004BQJG/
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/measurement-sets/IGVFDS7908WVWQ/
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/measurement-sets/IGVFDS2928NFHD/
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/measurement-sets/IGVFDS9843YAKL/
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/measurement-sets/IGVFDS7074EFTA/
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/measurement-sets/IGVFDS2192NCTH/
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/measurement-sets/IGVFDS7239RLJY/
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/measurement-sets/IGVFDS7378VQMR/
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/measurement-sets/IGVFDS5758OSKA/
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/measurement-sets/IGVFDS8168NPPI/
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/measurement-sets/IGVFDS6332JYBE/
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/measurement-sets/IGVFDS1872APYF/
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/measurement-sets/IGVFDS8568QABB/
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/measurement-sets/IGVFDS5918RSZR/
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/measurement-sets/IGVFDS1097QQST/
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/measurement-sets/IGVFDS4005DIAJ/
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/measurement-sets/IGVFDS4898EFFL/
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/measurement-sets/IGVFDS9207WJXA/
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/measurement-sets/IGVFDS6884MESW/
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/measurement-sets/IGVFDS2950WXZR/
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/measurement-sets/IGVFDS8831UMQG/
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/measurement-sets/IGVFDS1971XUME/
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/measurement-sets/IGVFDS2425RTOU/
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/measurement-sets/IGVFDS9063BNOD/
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/measurement-sets/IGVFDS1892NDDQ/
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/measurement-sets/IGVFDS1069GOGI/
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/measurement-sets/IGVFDS3030YDAT/
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/measurement-sets/IGVFDS3553DWNL/
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/measurement-sets/IGVFDS9738RCWL/
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/measurement-sets/IGVFDS1466VGTF/
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/measurement-sets/IGVFDS0997EDUX/
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/measurement-sets/IGVFDS6022UUBF/
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/measurement-sets/IGVFDS1861LEUZ/
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/measurement-sets/IGVFDS0506RSOE/
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/measurement-sets/IGVFDS6279CHIX/
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/measurement-sets/IGVFDS4240XVMR/
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/measurement-sets/IGVFDS1892KLOO/
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/measurement-sets/IGVFDS3735FYOA/
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/measurement-sets/IGVFDS9657JQCE/
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/measurement-sets/IGVFDS7638KDSZ/
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/measurement-sets/IGVFDS0376NQYW/
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/measurement-sets/IGVFDS4515XTAP/
,
/measurement-sets/IGVFDS5918LGHY/
/labs/jesse-engreitz/
https://www.protocols.io/view/flowfish-with-primeflow-36wgq3q4olk5/v1
Jurkat cell line, stimulated with treatment(s), modified with CRISPR modifications, transfected with a guide library, sorted on expression of PPIF
/in-vitro-systems/IGVFSM1668WFEU/
,
/in-vitro-systems/IGVFSM2342HMUU/
,
/in-vitro-systems/IGVFSM9615VPZF/
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/in-vitro-systems/IGVFSM2030BXGE/
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/in-vitro-systems/IGVFSM0193KFOU/
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/in-vitro-systems/IGVFSM1022AFZT/
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/in-vitro-systems/IGVFSM6063ZQHX/
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/in-vitro-systems/IGVFSM2054NOCA/
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/in-vitro-systems/IGVFSM7955HHRE/
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/in-vitro-systems/IGVFSM0417QXDJ/
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/in-vitro-systems/IGVFSM4221WRQS/
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/in-vitro-systems/IGVFSM6662LPXP/
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/in-vitro-systems/IGVFSM1974SMNN/
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/in-vitro-systems/IGVFSM6920JBXJ/
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/in-vitro-systems/IGVFSM1944NSGS/
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/in-vitro-systems/IGVFSM7055YGLH/
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/in-vitro-systems/IGVFSM6807ZRBS/
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/in-vitro-systems/IGVFSM7796ITHX/
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/in-vitro-systems/IGVFSM1865XXUT/
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/in-vitro-systems/IGVFSM7762ZCFL/
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/in-vitro-systems/IGVFSM9986DXPM/
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/in-vitro-systems/IGVFSM9089XQVC/
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/in-vitro-systems/IGVFSM9197ZOVQ/
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/in-vitro-systems/IGVFSM6938ZJAF/
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/in-vitro-systems/IGVFSM7763LCFC/
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/in-vitro-systems/IGVFSM1972TKGI/
,
/in-vitro-systems/IGVFSM2681JPHQ/
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/in-vitro-systems/IGVFSM6792CERQ/
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/in-vitro-systems/IGVFSM8232SHRI/
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/in-vitro-systems/IGVFSM8422VLKL/
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/in-vitro-systems/IGVFSM2875EBLI/
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/in-vitro-systems/IGVFSM0082DAAR/
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/in-vitro-systems/IGVFSM8638GWPD/
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/in-vitro-systems/IGVFSM3748XVTQ/
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/in-vitro-systems/IGVFSM0453ERNS/
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/in-vitro-systems/IGVFSM7782WCLX/
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/in-vitro-systems/IGVFSM5988GKVB/
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/in-vitro-systems/IGVFSM9186ZLKC/
,
/in-vitro-systems/IGVFSM9972NTOV/
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/in-vitro-systems/IGVFSM3005IBKC/
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/in-vitro-systems/IGVFSM9814YUSQ/
,
/in-vitro-systems/IGVFSM4844JJJX/
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/in-vitro-systems/IGVFSM9490SYQE/
,
/in-vitro-systems/IGVFSM5829EVGX/
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/in-vitro-systems/IGVFSM3105OTRY/
,
/in-vitro-systems/IGVFSM5179ONAU/
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/in-vitro-systems/IGVFSM1235CMDZ/
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/in-vitro-systems/IGVFSM3571ZCFS/
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/in-vitro-systems/IGVFSM8328COCO/
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/in-vitro-systems/IGVFSM6931NDQU/
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/in-vitro-systems/IGVFSM7199PIWN/
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/in-vitro-systems/IGVFSM7050AWXV/
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/in-vitro-systems/IGVFSM7935BTPN/
,
/in-vitro-systems/IGVFSM2376QXPC/
,
/in-vitro-systems/IGVFSM5748NPYI/
,
/in-vitro-systems/IGVFSM1037DJMF/
,
/in-vitro-systems/IGVFSM3390LNPT/
released
prime editing Variant FlowFISH targeting PPIF: variant effects
Homo sapiens
4a5cef56-2a0f-441f-abde-7e9c2b8981df