ENCGM859FPR

Summary

Status
released
Type
insertion
Introduced sequence
GCTGGAGAGCAAATGACCCTCACTCATCCTGGGTCACCTTGGGAGTTGGGGGGGGGGGGGAGCGCTTGAGTCTTGCCAAATCAACTCTTTTCCTAATGTCTCCTGACAAAGGCATCCAGACTCTTGGTCCCAAAACAAATCAACAACAAAAAGTAAAGTCTCCCTACCCCAGAACCAAGACTAAAGCACTTAAAAATAAACAACAAGAAAATAAGCAAAACAACTACTGCTTAGTTACCTCTGGGCTCAGCACTCAGCTCGGACCATGACCCCGGGACAGGAAACATAGCATGCAAACAGCCCAGCTCAGTGGTCCACCCGTGCTGTGCTCGCTCCTTCCCAACCCAGACCACTTCCCTTCCTGGGTGCCCACTCACTCAGCCATCAACTGTGGACAGGGACTGGACTTCTGGCTTGGTGAAGCCATGAAGACATCCTCTGTGGCTAGGGAGCTCGCCACAGGCTATTGATGCTCTCTGTGCAGGCCTAGCCAGATGCCAGGGACAGAGGCTGCAAAATGGCTGGCTGTCTGTCTGTCCACCTCCTGCAGGCAGGTGGAAGCCACCTGAGGACAGAGGCTGGGTCTGAGCCCTTTGGTGTGTTCCCAGGGGCCTAGCCGGCTGCAGGCATTCACTTAAAACCTGGGAGCGGACTGTTTACCTAACACCTCCCTTCCTCTGCAGGAAGTCGCTCCCAGAGCATGGGTTTTTAGTTTTTAATTTTTTTCCCCAACTCTTTCTGGGCTCCCGGGGTTTGGAAATCTCAAAGGAGTTGAGAATTATGGGATCTGGGTCCTCTCCTCCACTGCTTCCGGGAGAAAAAGGCGGATCTGGATCTGGCCTTTCCAGGGGGGCACTTTGACCTTACATGGAACGGCCTCTGACGGAGCAATCCATTTCTAGGAATTTATCCTAAGGAAATTGCCAGTGGTTTGGATTTAAGTGCAAGTATGCTGTGTTCATGACTGGGGGTAAAATGGGGGAAAAAGAGGTAAAAAGAAAGGAAAGGAAAGTCTCTCCTAGCATGTAAAGGCCCAGGGCTTGGAGGATTCCCTGGGTAAGCATGCTGGGTCCAGAAGAAAGAGTACCAAGAGGCAGTGAAGGTCACAGGGAGTACGTGTTAAATTAAGGAAATGTCCTCAATGTGGCTGAAAGGCGCCCCAACTGTTACAACATACAGAAAATAACATACCGCCCCATCTCGTGTCTTAACGTCCCTTTTTAACTCCTTGATTCACTGAGAAACAAGTTGACAAGAAAAAAATATTCCAAATGATTCTAACAACAGGACTACTTGCTCTCAGGGAACAAGAGCTGAGGGTGGGTGGGTTCCCCCGGGTGAGTGGGTTCCCCCTAGGCTTTTCTTACTTTCTAAATGGTCCACGTTAGTCAGGAACTACAAGAAAAGAAAGAAGATGGGGTGGGGGAGGACCAAGGAATGGAGCATTGCTAACATGCAAGGATAACTCCAGCACTTAGGAGGTCGGCCACGGGAACAAAGTTCAAGGTCATATCCAGCTACATAGTAAATCTAAGGTCAGTCTGAGCTACAAGTGACCTTGATTTAATATACATATATACATACATATGTACATATATACATATATTCATAAAGGTTAGGGAGGAAAGAGATGGCTTAGCTGTTAAAAGCTCTTCTGGCCCAGACAGGGAACTAAGGTCGGATACCCAGCACCCACCTGGGGGTACATGCCACATCTGTAAATCCAGTTCTGGGGGATCAGATGCCCTCTTCTGACTGCCTGGGGTCATTGTGTGCTCACCGTACACACACGTACCCTGGGACTCACGTACCTACTCATAAAAATAAACAGGGCTAGGGTGACAGTTCAGTGGTCAAAAACACTTTGCTAGCCAGACCCTGGTGGCGCACGCCTTTTATCCCAGCACTTGGGAGGCAGAGGCAGACAGATTTTTTGTGAGTTTGACGGCAGCCTGGTCTACAGTTCCAGGACAGCCAGGGCTACACAAAGAAACCCTGTCTATTATAAGGACCAGAGTTCAGAGCCCCAGGAGCAACAGAAAAAAAAATCCAAAGCAGAGTGGGTATGGCAACTCACCTATAAAGCTGGGACTCAGAAGACAGAGACAGGAGACCCCTGGAGACTAACCATATCACAAGCTCATGGTTCAATAGAGACCCTGCCTCCATAAATAGTGTAGAGATCAACTGAGGAAGACCTCTGATATAAGCTCCAGACTTCCACACACAAGTAACTCTATCTGCATATGTGCACATGCACATGTGCGCGCACACACATATATATATACACTCACATGCACCCACATGTGAATATACATGCACACACATACAGTAAGGGAAATCTATAGGTTCGTTTGCTAACTGAACATATAACAAGGGCTTCAGGGACAATGACAGACAATTCTTATAACACAAGGTTTGTCCTATGTCATTACGTTTTATACTCACAAAGCCTCTCCCAGTACACACCCATATAAGAGATGCAAAATCGGACTTGGTGCTACTAGCCCAGAGGCCCCTGTTCATCACCTGAGCCATGACACCTACCGGTCCAAGAAGACACAGCACAACAGACCTGTGTGTTGGGGGAAGGGGAACTACTAATTCTAGGAAGAAAAGTGCCCACAGTCATTCTCCCCACTGAAGGCCAAGGGGACTCTCAGAACTCTGGGGGATCCTTCTGGCTAGAGCAGCTGTCCCTCCCTCCGTCTCCCCTGGGCAACATCTACCCCACAGGCATCAGTGACTCCCAGAAGGACTGGGAGAAAGAAAGGACTGTTATTGTGCAGATGTGGCAGCTGATACCCCAGGAGGAAAAGGTCACACAGTCAGGGGTGAGCCTGTACCAAGGCTGAGGTCAGAAGTAAAGGGAAAGCTGGGGGCCTGGCAGAGAACCCTAAAACACAGCAGATAGGAGAGCCATGTCAGGAGGACCCCAGAGCTGCAAGGACAGGCCAACCCTCCAGCCCCTCATAGGGACAGGGTCTGCTGATGTGCACGGAAGGCCAGGTCCCACTCTGGGAGCTGCCACTCACTATAGAGGGGACCAGAGCACTACTAGGGCTGCCTTATGTGGAGGTCACTGCTCAGAAGACCAAGGACACCTGAGAGGGACTGTCTTGGTCAAGAGCACTGTATATCCTAGGACAGGACACATGATTCCATTGTGCGCTGCATGCTAAGGGTGCATGAGGTAAGACCTTTTCCTTTTCACTGACAAGCTGGGAGCTAGTGACTTGTCTCACTTGGTGGTGGCTTTCACCTTTAATCCAACACTCGGGAGGCAGAGGCGGGAAAATCTGAGTTCGAGGCCAGCCCGGTGGTCTAGAGTGAGTTCTAGGGCAGCCAGGGCTACACAGAGAAACCCTGTCTCGAAAAATAAAAAATACAAGTAACCTGTCTCTGCACGTCAAGATTCTGTGGCCCTCACGGAGTCCCCGCCTGCTAGGAGCAAAGTTTCTAGCCATGCAGGCTATGCTGTTCCAAGGGGCATTTTAAAGATGTGATAAGGTGGGATTATGAAGTCTAGGCTCTTGTCTCTTGTGCCTTTTCATGGAATATACATATACGTGCTTTGTGTATATGTATGTATGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTATGGGGGGGGGGGTTCAAGATAGGGTTTTTCTGTGTAGCCCTGGCTGTCCTGGACTCACTCTGTAGACCACACTGGCCTTGAACTCACAGAGATCTGTCTGCCTCTGCCTCTGCCTCCTGAGGATGGGATTAGAGGTGTGGATCATCATACCTGGAGACAAAGCCTTATTTTAAAGCCAGAATTATGCAAAAGAGAAAGGGGAAGAGAAAGAGAGCCCAGTGCCTAGCAGGCTACTCCACCATTCCAGCGAGATGCACCGAGGTTCTGACATTCCCTCCTGGGGGCTCAGAAAGGAGGCTAAACCCCCACTATGTATCCCAGTTAGAGTTATCTTCCTGGAAGGGCCACAGTTCAGGACTGGGGCTGCAGAGGCTCAAAGAATGGGCTGCCTGGTTAGATGCCTTGTTCTGATAACCAGGCCCGAGCAGGGTAGGGCTCAGCTGAAAAACAGATTTTGGCCAGGGCAAGAGCCTCATCACATGCCATGTATAGAGGTCCCACCCAGCCAGGGCTCCTCTGTCCGCCTGGAAGCTGGGGTGAGTCTCAGGCTAAGCCTCTCTCTCTCTCTCTCCCTCTCTCTCTCTCTCTCTCTCTGTGTGTGTGTGTGTGTGTGTGTGTACATGTCCATATGTGTCCAAGTGTATGAGTGTATATGTCCATATGTGTCCAAGTGTGTGTGTGCATGCATGCGTGTGTGCATGTGTGTGTGTGTATACACGTGACCTATTCAGGCTAAGCCTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGAACATGTCCATATGTGTCCAAGTGTATGAGTGTACACGCGTGCAAGTGTGTGAGTGTATGTGTCCATATGTGTCCAAGTTTGTGTGCGTGTGCGTGTGTGTGTTTTGTGGGGTGTTTAGAACTTTCATTTTGTTTGGGGCTAATGATCAAACCGAGGGCCTCCTGCATTCCAGGCCTGTACCTCTGAGCTACACCCCTAGCACCAAAACTCTGTTTTTTAAAAAACAGGGGCAAAGTTAAGCAGATTAAGTCAAAATACCCCAAGAACAATGATGCTATTTCCAGAGTCAGATTCTGGGAGCTCCCAACATCTTCCTGC
Purpose
in vivo enhancer characterization

Modification site

Gene
H11

Modification method

Nucleic acid delivery method
mouse pronuclear microinjection