Construct: ORF TRCN0000492110

Construct Description:

Construct Type:
ORF
Other Identifiers:
ORF012515.2_s317c1
Derived from:
ccsbBroadEn_03008
DNA Barcode:
TTAATCGAGTGAAGGAAGAGGATT
Epitope Tag:
V5
Notes:
No stop codon in insert

Originally Annotated References:

Gene:
GNMT (27232)

Vector Information:

Vector Backbone:
pLX_317
Pol II Cassette 1:
SV40-PuroR
Pol II Cassette 2:
EF1a-TRCN0000492110
Selection Marker:
PuroR
Visible Reporter:
n/a
Epitope Tag:
V5

Current transcripts matched by this ORF:

Taxon Gene Symbol Description Transcript Nuc. Match %[?] Prot. Match %[?] Match Diffs[?]
1 human 27232 GNMT glycine N-methyltransferase NM_018960.6 100% 100%
2 human 27232 GNMT glycine N-methyltransferase NM_001318865.2 93.5% 93.5% 449_450ins57
3 human 107080644 CNPY3-GNMT CNPY3-GNMT readthrough NM_001318856.2 76.7% 76.6% 1_1delAins203;4_7delCGAA
4 human 107080644 CNPY3-GNMT CNPY3-GNMT readthrough NM_001318857.2 71.8% 61% (many diffs)
5 human 27232 GNMT glycine N-methyltransferase NR_134899.2 68.9% 1_14del;462_463ins143;757_933del
6 human 107080644 CNPY3-GNMT CNPY3-GNMT readthrough NM_001318858.2 59.9% 49.6% (many diffs)
7 human 107080644 CNPY3-GNMT CNPY3-GNMT readthrough NR_134892.2 57.8% (many diffs)
8 human 107080644 CNPY3-GNMT CNPY3-GNMT readthrough NR_134890.2 52.9% (many diffs)
9 human 107080644 CNPY3-GNMT CNPY3-GNMT readthrough NR_134891.2 51.4% (many diffs)
10 mouse 14711 Gnmt glycine N-methyltransferase NM_010321.1 88.1% 91.5% (many diffs)
11 mouse 14711 Gnmt glycine N-methyltransferase XR_001782039.1 61.7% (many diffs)
Download CSV

Sequence Information

Note: uppercase bases indicate empirically verified sequence.

ORF start:
66
ORF end:
951
ORF length:
885
Sequence:
1tcttccattt caggtgtcgt gaggctagca tcgattgatc aacaagtttg tacaaaaaag
61ttggcatggt ggacagcgtg taccggaccc gctccctggg ggtggcggcc gaagggctcc
121cggaccagta cgcggacggg gaggcggcgc gcgtgtggca gctgtatatc ggagacaccc
181gcagccgcac cgccgagtac aaggcatggc tgcttgggct gctgcgccag cacggctgcc
241agcgggtgct cgacgtagcc tgtggcactg gggtggactc cattatgctg gtggaagagg
301gcttcagtgt gacgagtgtg gatgccagtg acaagatgct gaagtatgca cttaaggagc
361gctggaaccg gcggcacgag cccgccttcg acaagtgggt catcgaagaa gccaactgga
421tgactctgga caaagatgtg ccccagtcag cagagggtgg ctttgatgct gtcatctgcc
481ttggaaacag tttcgctcac ttgcCAGACT GCAAAGGGGA CCAGAGTGAG CACCGGCTGG
541CGCTGAAAAA CATTGCGAGC ATGGTGCGGG CAGGGGGCCT ACTGGTCATT GATCATCGCA
601ACTACGACCA CATCCTCAGT ACAGGCTGTG CACCCCCAGG GAAGAACATC TACTATAAGA
661GTGACTTGAC CAAGGACGTC ACAACATCAG TGCTGATAGT GAACAACAAG GCCCACATGG
721TGACCCTGGA CTATACGGTG CAGGTGCCGG GGGCTGGCCA GGATGGCTCT CCTGGCTTGA
781GTAAGTTCCG GCTCTCCTAC TACCCACACT GTCTGGCATC CTTCACGGAG CTGCTCCAAG
841CAGCCTTCGG AGGTAAGTGC CAGCACAGCG TCCTGGGCGA CTTCAAGCCT TACAAGCCAG
901GCCAAACCTA CATTCCCTGC TACTTCATCC ACGTGCTCAA GAGGACAGAC TGCCCAACTT
961TCTTGTACAA AGTGGTTGAT ATCGGTAAGC CTATCCCTAA CCCTCTCCTC GGTCTCGATT
1021CTACGTAGTA ATGAACTAGT CCGTAACTTG AAAGTATTTC GATTTCTTGG CTTTATATAT
1081CTTGTGGAAA GGACGATTAA TCGAGTGAAG GAAGAGGATT ACGCGTTAAG TCgacaatca
1141acctctggat tacaaaattt gtgaaagatt

Download FASTA (ORF) (Full)