Construct: ORF ccsbBroadEn_12042

Construct Description:

Construct Type:
ORF
Other Identifiers:
ORF013899.1_s300c1, BRDN0000386535
DNA Barcode:
None
Epitope Tag:
None
Notes:
No stop codon in insert

Originally Annotated References:

Gene:
CCSER2 (54462)

Vector Information:

Vector Backbone:
pDONR223
Pol II Cassette 1:
n/a
Pol II Cassette 2:
n/a
Selection Marker:
n/a
Visible Reporter:
n/a
Epitope Tag:
n/a

Current transcripts matched by this ORF:

Taxon Gene Symbol Description Transcript Nuc. Match %[?] Prot. Match %[?] Match Diffs[?]
1 human 54462 CCSER2 coiled-coil serine rich pro... NM_001284241.2 94.8% 94.8% 1_87del
2 human 54462 CCSER2 coiled-coil serine rich pro... XM_011539872.2 83.5% 80.9% (many diffs)
3 human 54462 CCSER2 coiled-coil serine rich pro... XM_017016341.1 81% 78.5% (many diffs)
4 human 54462 CCSER2 coiled-coil serine rich pro... XM_011539871.3 69.5% 67.4% (many diffs)
5 human 54462 CCSER2 coiled-coil serine rich pro... XR_945776.3 65.1% (many diffs)
6 human 54462 CCSER2 coiled-coil serine rich pro... NM_018999.4 62.6% 60.8% (many diffs)
7 human 54462 CCSER2 coiled-coil serine rich pro... NM_001351292.2 62.4% 60.6% (many diffs)
8 human 54462 CCSER2 coiled-coil serine rich pro... XM_005269905.4 61.4% 59.6% (many diffs)
9 human 54462 CCSER2 coiled-coil serine rich pro... NM_001351290.2 61.2% 59.4% (many diffs)
10 human 54462 CCSER2 coiled-coil serine rich pro... NM_001284240.2 49.9% 48.5% (many diffs)
11 human 54462 CCSER2 coiled-coil serine rich pro... XM_017016340.2 49.9% 48.5% (many diffs)
12 human 54462 CCSER2 coiled-coil serine rich pro... XR_001747112.1 49.4% (many diffs)
13 human 54462 CCSER2 coiled-coil serine rich pro... XR_002956983.1 41.7% (many diffs)
14 human 54462 CCSER2 coiled-coil serine rich pro... XR_001747113.1 20.7% (many diffs)
Download CSV

Sequence Information

Note: uppercase bases indicate empirically verified sequence.

ORF start:
66
ORF end:
1680
ORF length:
1614
Sequence:
1gttcgttgca acaaattgat gagcaatgct tttttataat gccaaCTTTG TACAAAAAAG
61TTGGCATGCC AAATGGGACA CCTGTTAATT TATTAGGAAC TTCCAAGAAT AGTAATGTCA
121AAAGTTACAT CAAAAATAAT GGCTCTGATT GTCCATCATC TCATTCATTT AATTGGAGGA
181AAGCAAATAA ATATCAGCTT TGTGCACAAG GTGTCGAAGA GCCTAACAAT ACTCAAAATT
241CACATGATAA AATAATTGAT CCTGAAAAAC GTGTTCCTAC TCAAGGAATG TTTGATAAAA
301ATGGGATAAA GGGAGGTTTG AAAAGTGTTT CTTTATTCAC ATCAAAGTTA GCAAAGCCAT
361CCACTATGTT TGTGTCATCT ACAGAGGAGT TAAACCAAAA GTCTTTTTCT GGACCATCTA
421ATTTGGGTAA ATTCACCAAA GGCACATTAT TAGGAAGGAC TTCATATTCT TCGATCAATA
481CTCCAAAATC ACAGTTGAAT GGATTTTATG GAAACCGATC AGCTGGTAGC ATGCAAAGGC
541CTAGAGCGAA CTCCTGTGCC ACCAGAAGCA GTTCTGGAGA AAGCTTAGCT CAATCCCCAG
601ACAGTAGTAA ATCTATTAAT TGTGAAAAAA TGGTAAGGTC ACAAAGTTTT TCACATTCCA
661TTCAGAATTC ATTCCTTCCA CCTTCATCTA TAACCAGATC ACATTCCTTT AATAGAGCTG
721TGGATCTTAC AAAGCCTTAT CAGAACCAAC AGCTATCCAT TAGAGTGCCT CTACGGTCAA
781GTATGCTAAC AAGAAATTCC CGGCAGCCAG AAGTACTCAA TGGGAATGAA CATTTGGGGT
841ATGGATTTAA TAGGCCTTAT GCTGCTGGTG GAAAGAAGTT GGCTTTACCA AATGGCCCAG
901GTGTAACTTC TACTTTAGGT TATAGAATGG TTCATCCCTC TCTACTGAAA TCTAGCCGAT
961CTCCATTTTC TGGGACTATG ACAGTTGATG GAAATAAAAA TTCACCTGCT GACACATGTG
1021TAGAGGAAGA TGCTACAGTT TTGGCTAAGG ACAGAGCTGC TAATAAGGAC CAAGAACTGA
1081TTGAAAATGA AAGTTATAGA ACAAAAAACA ACCAGACCAT GAAACATGAT GCTAAAATGA
1141GATACCTGAG TGATGATGTG GATGACATTT CCTTGTCGTC TTTGTCATCT TCTGATAAGA
1201ATGATTTAAG TGAAGACTTT AGTGATGATT TTATAGATAT AGAAGACTCC AACAGAACTA
1261GAATAACTCC AGAGGAAATG TCTCTCAAAG AAGAGAAACA TGAAAATGGG CCACCACAGG
1321ATATGTTTGA TTCCCCCAAG GAAAATGAAA AAGCCTTCAG TAAAACTGAT GAATGGATAG
1381ATATAAGTGT CTCTGACAGG AGTGAATGTA CAAAACATAC TTCTGGGAAT AATTTGGTTT
1441CACCAGATAC AGACTACAGA GCTGGTTCTT CGTTTGAACT CTCTCCATCT GATAGCTCTG
1501ATGGAACATA CATGTGGGAT GAAGAAGGCT TGGAACCCAT TGGAAATGTC CATCCAGTTG
1561GGAGCTATGA GTCCTCTGAA ATGAACAGCA TAGTATGTAT GGATTTATAT ACTCTTGGAA
1621TATTTTGTTT ACCCTACTAT AGAGAGACTT GTGATATGAT TGATTTTGTA AAAAATTTAT
1681GCCCAACTTT CTTGTACAAA GTtggcatta taagaaagca ttgcttatca atttgttgca
1741acgaac

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