MoG+ -Mouse Genome database with high added value-

Target CDS Information

Gene Symbol (Gene ID)

Ankrd35 (ENSMUSG00000038354)

Cross Reference

EMBL	AC112261
GO	GO:0003674, GO:0005575, GO:0008150
goslim_goa	GO:0003674, GO:0005575, GO:0008150
MGI_trans_name	Ankrd35-004
OTTP	OTTMUSP00000070762
OTTT	OTTMUST00000132849
RefSeq_mRNA_predicted	XM_006501255.1
RefSeq_peptide_predicted	XP_006501318.1
UCSC	uc012cua.1
UniParc	UPI000164C480

Uniprot/SPTREMBL	D6RGN5
Vega_transcript	Ankrd35-004, OTTMUST00000132849
Vega_translation	188204, OTTMUSP00000070762

Definition

protein_id:ENSMUSP00000115316
translation:

MKRIFSCSSSQVAVEKWNRRDQKLLEAVQRGDVGRVAALASRKSARPTKLDSNGQSP

Chromosome

Length
Position(start - end)

7,855
96,670,411 - 96,678,267

Orient to Chromosome

plus

Link

Location : (3:96670411-96678267)
/

Detail Map

name	Ankrd35 (ENSMUSG00000038354)
type	gene
link	VEGA Ensembl MGI
xref
definition	locus_tag : Ankrd35 note : ankyrin repeat domain 35 [Source:MGI Symbol;Acc:MGI:2442590]

name	Ankrd35 (ENSMUSG00000038354)
type	mRNA
link	VEGA Ensembl MGI
xref
definition	note : transcript_id=ENSMUST00000048427

name	Ankrd35 (ENSMUSG00000038354)
type	mRNA
link	VEGA Ensembl MGI
xref
definition	note : transcript_id=ENSMUST00000122960

name	Ankrd35 (ENSMUSG00000038354) (Detail)
type	CDS
link	VEGA Ensembl MGI
xref	CCDS:CCDS38558.1 RefSeq_peptide:NP_001074608 RefSeq_mRNA:NM_001081139.1 RefSeq_mRNA_predicted:XM_006501254 RefSeq_mRNA_predicted:XM_006501256.2 RefSeq_mRNA_predicted:XM_011240062.1 RefSeq_peptide_predicted:XP_006501317.1 RefSeq_peptide_predicted:XP_006501319.1 RefSeq_peptide_predicted:XP_011238364.1 Vega_transcript:Ankrd35-001 Vega_transcript:OTTMUST00000074953 Uniprot/SPTREMBL:E9Q9D8 UCSC:uc008qns.1 EMBL:AC112261 GO:GO:0003674 GO:GO:0005575 GO:GO:0008150 MGI_trans_name:Ankrd35-001 Vega_translation:188203 Vega_translation:OTTMUSP00000039205 goslim_goa:GO:0003674 goslim_goa:GO:0005575 goslim_goa:GO:0008150 OTTP:OTTMUSP00000039205 OTTT:OTTMUST00000074953 UniParc:UPI00001C2CD4
definition	note : transcript_id=ENSMUST00000048427 protein_id : ENSMUSP00000047244 translation : MKRIFSCSSSQVAVEKWNRRDQKLLEAVQRGDVGRVAALASRKSARPTKLDSNGQSPFHLAASKGLTECLTILLANGADINSKNEDGSTALHLATISCQPQCVKVLLQHGANEDAVDAENRSPLHWAASSGCASSVLLLCDHEAFLDVLDNDGRTPLMIASLGGHAAICSQLLQRGARVNVTDKDDKSALILACEKGSAEVAELLLSHGADAGAVDSLGHNALHYALRTQDKELWRLLQQALNRRRRGGHGLVQHPDHPSQASSCEPRVGSPPKNSRKVEPEEEQEEEGEERCSEEWRWKFEEEQRKVHQLEQELVRKTDECKAHAAAFSSLEEQIREQAQELGHLLVQEPGAPGNQGPGLRPEGDGMEEGCPLNLLAERIQELKKQQKALATINPTLVPKRAEELAPAEIHHEVHRKSQPEQGLPQGPSSETTGKATGQQPNTNGGQNLGLQNTEQVCAGQKERTPAPGTETAGTVGEPVGIAMNQLLLQLREELAAVWREKDAARGALSRPVLEGALGTPRAEAAAAAWEKMEARLERVLVRLDGAKMGLHVKPEVPVQGSRDGAPKAVPGCSKEQEEKKALGTRGEPLGAPGKEQALGGGLAKGQLEKEVSALRLSNSNLLEELGELGRERQRLQGELQSLTQRLHREFVPKPEAQVQLQQLRRSVGMLTEELAMEKEATDKLRRLLASQTSGLQGLWKCLPPDLVGKGNTQSTAAEPLEELQACISTLVDRHLEAQRVLARLEEENQQLRGSLAPCGEPEASLKVTASPQVAALEEDLGMLEEELRAVQATMSGKSQEICKLKQLLYQATEEVAELRAREAASLRQHEKTRGSLVAQAQAWGQELKVVLEKYNTACREMTRLRDTVAEERRRSEDLAARAAEQERQAGEMRGRSEQFEKTAELLKEKTNHLIGACRDKEAKIKELLKKLEQLSEEVLEVRGENAHLALQLQDSQKNHEEIISTYRSHLLNAARGYMEQDVYNILLRILSMQE

name
type	misc_feature
link
xref
definition	note : contig AC112261.4 1..130489(-1)

name	Ankrd35 (ENSMUSG00000038354)
type	misc_RNA
link	VEGA Ensembl MGI
xref	Vega_transcript:OTTMUST00000074955 Vega_transcript:OTTMUST00000074955 MGI_trans_name:Ankrd35-003 OTTT:OTTMUST00000074955
definition	note : processed_transcript note : transcript_id=ENSMUST00000130429

Polymorphisms Report

Target Strain	MSMv4 JF1v3 KJRv1 SWNv1 CHDv1 NJLv1 BLG2v1 HMIv1 BFMv1 PGN2v1

Gene Symbol (Gene ID)	Ankrd35 (ENSMUSG00000038354)
Transcript ID	ENSMUST00000122960

Reports
substitution
cSNPs	0
Insertion	13
Deletion	21
SNPs	-1kb 96665442(c.-4969G>A), 96666698(c.-3713A>G), 96666757(c.-3654A>C), 96667108(c.-3303T>C), 96667167(c.-3244C>T), 96667316(c.-3095A>C), 96667772(c.-2639G>A), 96667831(c.-2580G>A), 96667902(c.-2509A>G), 96668001(c.-2410T>C), 96668229(c.-2182C>T), 96668342(c.-2069C>T), 96669433(c.-978G>A), 96669484(c.-927T>C), 96669864(c.-547T>C), 96669876(c.-535A>T), 96670030(c.-381A>C), 96670066(c.-345T>C), 96670245(c.-166T>G), 96670256(c.-155C>G), 5'UTR 96670336(c.-75G>A), CDS 3'UTR 96683022(c.604C>T), 96683302(c.733C>T), 96683626(c.1057T>A), 96683653(c.1084G>C), 96683723(c.1154C>T), 96683851(c.1282C>G), 96684101(c.1532C>T), 96684150(c.1581T>C), 96684367(c.1798C>T), 96684465(c.1896T>G), 96684748(c.2179A>G), 96684788(c.2219A>G), 96684823(c.2254A>G), 96684925(c.2356A>C), 96684937(c.2368C>A), 96684952(c.2383C>T), 96685102(c.2533C>T), 96689169(c.2629C>A), 96689181(c.2641G>T), 96690981(c.3009A>T), 96691005(c.3033C>T), INTRON 96670480(c.39+31T>G), 96670744(c.39+295A>G), 96670769(c.39+320C>T), 96670806(c.39+357G>A), 96670879(c.39+430T>G), 96671217(c.39+768A>G), 96671245(c.39+796T>C), 96671542(c.39+1093T>C), 96671573(c.39+1124G>A), 96672212(c.39+1763T>G), 96672315(c.39+1866A>G), 96672439(c.39+1990C>G), 96672719(c.39+2270A>T), 96672844(c.39+2395C>T), 96673028(c.39+2579G>C), 96673066(c.39+2617A>G), 96673149(c.39+2700A>G), 96673319(c.39+2870T>C), 96673320(c.39+2871A>G), 96673323(c.39+2874A>G), 96673326(c.39+2877A>G), 96673329(c.39+2880A>G), 96673367(c.39+2918T>C), 96673767(c.39+3318T>C), 96673867(c.39+3418T>C), 96673971(c.39+3522C>T), 96674086(c.39+3637A>C), 96674087(c.39+3638A>C), 96674140(c.39+3691C>G), 96674152(c.39+3703G>A), 96674161(c.39+3712C>G), 96674231(c.39+3782T>C), 96674338(c.40-3795A>G), 96674412(c.40-3721C>T), 96674725(c.40-3408G>A), 96674730(c.40-3403A>T), 96675008(c.40-3125A>C), 96675053(c.40-3080T>C), 96675091(c.40-3042A>G), 96675738(c.40-2395T>C), 96675834(c.40-2299A>G), 96676443(c.40-1690T>C), 96676712(c.40-1421T>A), 96677011(c.40-1122G>A), 96677200(c.40-933T>G), 96677353(c.40-780G>A), 96677663(c.40-470T>C), 96677809(c.40-324A>G), 96678335(c.174+68T>G), 96678892(c.1-288C>A), 96680003(c.154+309G>C), 96680106(c.155-365A>G), 96680370(c.155-101C>T), 96680828(c.283+131A>C), 96681242(c.390+174T>C), 96681258(c.390+190A>T), 96681266(c.390+198C>T), 96681275(c.390+207A>G), 96681499(c.390+431T>C), 96681678(c.391-349A>G), 96681956(c.391-71A>G), 96681962(c.391-65T>G), 96683045(c.613+14G>A), 96683074(c.613+43A>T), 96685316(c.2605+142A>G), 96685328(c.2605+154A>T), 96685332(c.2605+158A>G), 96685401(c.2605+227C>A), 96685408(c.2605+234A>G), 96685474(c.2605+300T>G), 96685531(c.2605+357G>T), 96687229(c.2606-1917T>C), 96687744(c.2606-1402A>G), 96687926(c.2606-1220T>G), 96687929(c.2606-1217G>A), 96688047(c.2606-1099C>T), 96688071(c.2606-1075A>G), 96688776(c.2606-370A>G), 96688790(c.2606-356A>G), 96688858(c.2606-288A>G), 96688911(c.2606-235C>A), 96688912(c.2606-234T>G), 96689014(c.2606-132G>A), 96689116(c.2606-30A>T), 96689306(c.2695+71G>A), 96689421(c.2696-24T>C), 96689428(c.2696-17T>A), 96689613(c.2761+103C>T), 96689702(c.2761+192G>A), 96689962(c.2762-230A>C), 96690031(c.2762-161C>T), 96690106(c.2762-86T>C), 96690146(c.2762-46T>C), 96690382(c.2866+86C>T), 96690567(c.2866+271A>G), 96690656(c.2867-183A>G), +1kb 96691690(c.13423A>T), 96691987(c.13720T>C), 96692443(c.14176A>G), 96692446(c.14179C>A), 96692606(c.14339C>T), 96692745(c.14478A>G), 96692946(c.14679A>G), 96693133(c.14866A>C), 96693154(c.14887C>T), 96693320(c.15053T>C), 96693340(c.15073A>G), 96693463(c.15196C>T), 96693469(c.15202T>C), 96693744(c.15477T>C), 96693867(c.15600A>G), 96693874(c.15607A>T), 96693887(c.15620C>T), 96693923(c.15656T>C), 96694007(c.15740G>T), 96694055(c.15788G>A), 96694361(c.16094C>T), 96694567(c.16300G>T), 96694880(c.16613G>A), 96694892(c.16625T>C), 96694928(c.16661C>T), 96694940(c.16673T>A), 96695041(c.16774A>G), 96695175(c.16908G>A), 96695578(c.17311A>T), 96695644(c.17377T>A), 96695729(c.17462T>A), 96695901(c.17634G>T), 96695942(c.*17675G>T),
Insertions	-1kb 96667698 (c.-2713_-2712insTT), 96668433 (c.-1978_-1977insT), 96668661 (c.-1750_-1749insAG), 5'UTR CDS 3'UTR 96683851 (c.1282_1283insGCA), INTRON 96672042 (c.39+1612_39+1616dupGTTTT), 96672603 (c.39+2155_39+2156insAAGT), 96675835 (c.40-2298_40-2297insGAAT), 96681748 (c.391-278_391-276dupGTG), 96682690 (c.576-304_576-303insTGC), 96688992 (c.2606-153_2606-151dupGAA), +1kb 96691424 (c.13157_13158insA), 96691587 (c.13320_13321insAAAC), 96695039 (c.16772_16773insG),
Deletions	-1kb 5'UTR CDS 3'UTR INTRON 96672567 (c.39+2128_39+2129delTT), 96672576 (c.39+2128_39+2129delTT), 96674468 (c.40-3655_40-3654delCC), 96675028 (c.40-3092_40-3087delTTTTTT), 96676139 (c.40-1985_40-1975delGGGGGGGTTGG), 96679608 (c.90-21delT), 96681137 (c.390+77_390+78delAC), 96681312 (c.390+245_390+247delCTT), 96682439 (c.575+230_575+234delATCTT), 96682759 (c.576-234_576-233delCT), 96683038 (c.613+8_613+11delCCCT), 96683149 (c.614-33_614-30delACAG), 96687290 (c.2606-1854_2606-1848delTGAATGA), 96689633 (c.2761+124delC), 96690054 (c.2762-137delA), +1kb 96691084 (c.12818delC), 96693667 (c.15401_15402delTT), 96693770 (c.15504delC), 96694451 (c.16185delA), 96695089 (c.16823_16830delGCTGGCTG), 96695874 (c.17608_17611delAAAG),
coding sequence substitutions
premature termination by the nucleotide substitution	0
synonymous num	0
non-synonymous num	0
synonymous substitutions
non-synonymous substitutions
B6 transcript (ENSMUST00000122960)	MKRIFSCSSSQVAVEKWNRRDQKLLEAVQRGDVGRVAALASRKSARPTKLDSNGQSP*
MSMv4 transcript	MKRIFSCSSSQVAVEKWNRRDQKLLEAVQRGDVGRVAALASRKSARPTKLDSNGQSP*
homology	100.00 (58 / 58)

Exon Detail Report

Target Strain	MSMv4 JF1v3 KJRv1 SWNv1 CHDv1 NJLv1 BLG2v1 HMIv1 BFMv1 PGN2v1

Gene Symbol (Gene ID)	Ankrd35 (ENSMUSG00000038354)
Transcript ID	ENSMUST00000122960


..........GGGCCTATAGCATCTTGGGGGGGCGGGGGTGGGGGTGGGGTCTGCTGCTA
AGCCTCACTACTTTAGTTCAAGCACCGGATTCACAAGGTGAATGGAGAAAGCCAACACCG
GTTGTCTTCTGACCTCCACAAGGGTGCCCACCCTTAGCGCATACTCACGCCTCAGTAAAT
GAATTAATGTAAAACACTTCTAAAAAGAATTTTGGGCTTTATTCCATAGGGTTCCATGAG
TATTTGGGTGGGCTTGCTTGGTTTACAGGGAGGAGAAAGGAGAGATGGGAAGGCCAGACC
AGTTGGCTGCAACTAATACTTGTCAAACAAGAATTACTAAGAAGTGAGTCTAAAGGATAA
GGAAGGTCGGACTTTTTGTTTGTTTGTTTGTTTCTTGGAGTGGGGAAGCAGACAGTAAAA
ACTCTCCCCTTGCTGCTTTCTAAGATCTGCGTTAGTGATCGGCTTGATCCTTTGAGTTTT
GTCCAACCTCTGGTTGCAGTGGGTCACAAATCACCCATTGGTGATCAAGTCTGCTTAGTG
CATCACGCTTCCAAACTCTTTAGAAGATCTTGGGGCGTTGGGAGGGAGGGGATGAAGCAC
ACACAGGTCATGGCTATGACTAAGAGTCATTAACTGGTAAAAGAGGTTGGTGACATCGAA
GCTTGTGGAGGTCCTTGAGAGGGGGCGGGGGCGGAACTGGGGGTGGAGCTCCACGCAGAA
AGACGGGGGACTTAGGGCCTGGAAGTCGCCGGTGCGGAGGCTGCGAGCATCCCTCTTGGA
TTCGGTAGGTAACTACAGGGGGCGGGCTTCGGCTGAAGGGCGGAACTTGAGAGCCAGCCA
GGGTGGCCGCAAAAGACTGCGGGCTTTTTGCCTCTGCAGGGACGGGGTTAGGCAGGGCCA
GAGGCGGGGTTTTAAGCCCAGCCTTCAGGTGAACGTCTAGGATTGAGCGGGGTGGGATCT
GGGGCGGGGCTTGGGGCGGGACCCAGTCTGCTTTTTGACAGCTGTCTTTC
GGCACAGCCATAGCCGAGTTGGGTTAGGAACTTGTGGCCCGGCTCTCTGCGCGTCCCCGTCCCCCCGTGGCCCTAGCCCCGGCCATGAAGCGCATCTTCTCCTGCTCCAGTTCACAAGTGGCG
GTAGGTGCCAAATGTGTGGGAGAAG..........CACATAATCTGTAACTCCCGACTAG
GTGGAGAAATGGAACCGACGTGATCAGAAGCTGCTGGAGGCGGTGCAGCGGGGGGACGTGGGACGCGTGGCTGCCTTGGCCTCTAGGAAGTCAGCCCGACCCACCAAACTAGACTCAAATGGCCAGTCCCCGTAA
GTAAGTCTTTTTGACCCCACCCTGG..........TGTCTCTTGGCTTTGACCCTGGCAG
GTTCCATCTGGCAGCCTCCAAAGGCCTGACAGAGTGTCTGACAATACTGCTTGCAAATGGGGCTGATATCAACAGCAAGAACGAGGACG
GTGAGTCAGCCAACCCTGTGCACGC..........CCCCTCTCTCCTTTTCTCTTTCCAG
GAAGCACTGCCCTTCATTTGGCCACCATCTCCTGTCAGCCACAGTGTGTGAAGGTCTTGCTTCAG
GTAAAGGCAGTCCGTTGGTGCTCCT..........TGCTTCTCTTTGTGGCTATTTACAG
CACGGTGCTAATGAAGATGCTGTGGATGCAGAAAATCGCAGTCCATTACACTGGGCAG
GTGTGTGCCTGGGGAGCAGGATGGG..........TCCAAATGTCTTTCAATTCTTCCAG
CCTCCTCTGGCTGCGCCTCAAGTGTCCTCCTGCTGTGTGACCACGAAGCCTTCCTGGACGTGCTGGATAAT
GTGAGTATCAGATGGGCCAATGGGT..........CCACACCTTCCCTCAACCTCTGCAG
GATGGACGCACACCCCTGATGATTGCATCGCTGGGTGGTCATGCAGCTATCTGCTCACAGCTGTTGCAGAGAGGTGCCCGAGTTAATGTCACAGACAAGGATGACAA
GTGAGCCATCTCTATGTCCTCTCCC..........GCTCCAGGTTTGTCTCCACCCTCAG
ATCAGCTTTGATCCTGGCCTGTGAGAAAGGCAGCGCTGAGGTGGCCGAGCTGCTCCTGAGCCATGGAGCGGACGCTGGAGCGGTGGACAGTTTGGGACACAACGCTCTTCATTATGCTTTGCGTACACAAGACAAGGAGCTGTGGAGGCTGTTACAGCAGGCCCTGAACCGGCGGCGGAGAGGCG
GTAAAAGTCTTTCTGTGCTCTCAAG..........CTTTGCCCCATGTCTTTTCTTATAG
GTCATGGACTGGTTCAACACCCAGATCATCCATCTCAG
GTATGACCCCTAAGAGTCTCCCCCT..........ACATCACTGCTCTTTTTTAACATAG
GCCTCTTCATGTGAGCCTCGGGTGGGATCTCCTCCTAAGAACTCACGGAAAGTGGAGCCTGAGGAAGAGCAGGAGGAGGAGGGGGAGGAGCGGTGCTCAGAAGAGTGGAGGTGGAAGTTTGAGGAGGAGCAGAGGAAAGTTCATCAGCTGGAGCAGGAGCTCGTGCGAAAGACAGATGAGTGCAAGGCTCACGCTGCAGCCTTCTCAAGCCTAGAGGAGCAGATTCGAGAGCAAGCGCAAGAACTAGGCCATCTCCTAGTGCAAGAACCGGGAGCTCCAGGAAATCAAGGCCCTGGTCTCCGGCCTGAGGGAGATGGTATGGAGGAGGGTTGTCCCCTGAACCTGCTGGCTGAGCGGATCCAAGAGCTGAAGAAGCAGCAGAAGGCACTGGCTACAATAAACCCAACATTAGTTCCCAAGAGAGCTGAAGAATTAGCCCCGGCAGAGATCCATCATGAAGTACACAGAAACTCCCAACCAGAGCAGGGGCTGCCCCAGGGCCCAAGTTCAGAAACCACCGGGAAAGCCACAGGACAGCAATCAAACACCAATGGGGGGCAGAACCTTGGCCTCCAGAACACTGAGCAGGTGTGTGCTGGCCAGAAGGAGAGGACCCCAGCTCCAGGGACTGAAACAGCAGGCACAGTGGGAGAACCAGTGGGCATAGCCATGAATCAGCTCCTCCTACAGCTAAGGGAAGAGCTGGCTGCAGTGTGGCGAGAAAAGGATGCTGCCAGAGGGGCTTTGTCAAGACCAGTTCTGGAGGGAGCCCTGGGGACTCCCAGAGCTGAGGCTGCAGCAGCTGCCTGGGAAAAGATGGAAGCCAGGCTTGAGAGGGTGCTGGTAAGGTTAGATGGAGCAAAGATGGGACTGCATGTGAAACCTGAGGTCCCTGTCCAGGGGTCCAGAGACGGAGCCTCGAAGGCAGTCCCGGGATGCTCTAAAGAGCAGGAAGAAAAGAAGGCTCCTGGAACCAGAGGAGAGCCCTTAGGGGCCCCTGGAAAAGAACAGGCCTTAGGAGGAGGCCTGGCAAAGGGACAGCTGGAGAAAGAGGTGTCAGCTTTGAGACTGAGCAATAGCAACTTGCTGGAGGAATTGGGAGAGTTGGGGCGCGAGAGACAACGCTTGCAGGGAGAGCTGCAGTCCTTGACCCAGAGGCTACACCGGGAGTTTGTGCCCAAGCCTGAGGCACAGGTCCAGCTACAGCAGTTGCGGAGGAGCGTGGGGATGTTGACAGAGGAACTGGCCATGGAGAAGGAGGCCACAGATAAGCTGCGCAGGCGACTGGCCTCCCAGACTAGCGGCCTCCAAGGACTGTGGAAATGCCTACCCCCAGACCTCGTGGGCAAGGGGAATACACAGAGTACAGCTGCAGAACCCCTGGAGGAGCTGCAGGCCTGCATCAGCACCCTGGTGGATAGGCACCTTGAGGCTCAACGGGTGCTGGCTCGGTTGGAAGAGGAAAACCAGCAGCTGAGGGGATCCTTGGCTCCCTGTGGGGAACCAGAGGCCTCCCTCAAGGTTACAGCATCCCCGCAAGTGGCCGCCCTGGAGGAAGATCTGGGGATGCTAGAGGAAGAGCTACGGGCCGTGCAGGCCACGATGGGTGGGAAGAGCCAGGAGATTTGCAAGCTGAAACAGCTGCTCTACCAAGCCACGGAAGAAGTGGCCGAGCTGAGAGCTCGGGAAGCAGCCAGCCTGCGCCAGCACGAGAAGACGCGAGGCTCGCTGGTGGCCCAGGCCCAGGCTTGGGGACAGGAGCTCAAAGTTGTGCTGGAGAAGTACAACACAGCCTGTCGGGAAATGACTCGATTGCGGGACACTGTGGCGGAGGAACGTCGCCGCAGCGAGGACCTGGCGGCTAGGGCGGCGGAGCAGGAGCGCCAGGCTGGCGAGATGCGCGGGCGCTCGGAGCAGTTTGAGAAAACTGCTGAGCTCCTGAAAGAGAAGACAAACCACCTCATCGGGGCTTGCCGGGACAAGGAAGCCAAG
GTGAGCACCGAGGTATCCTTGAGAG..........TCCCTTTTTTTCCGTTTGGCCTTAG
ATCAAGGAGTTGCTGAAGAAGCTAGAGCAGCTTTCTGAAGAAGTTCTAGAAGTCCGGGGCGAGAATGCCCACCTCGCCCTACAGCTGCAG
GTATATTTTGGCCTGCAGGATGAAT..........ACTTCCAAAGGGCGTTCCCTTCCAG
GACTCCCAGAAGAACCACGAAGAGATCATCTCCACATACAGGAGTCATCTACTGAATGCTGCTCGG
GTGAGCTTGCTGGAGTCTGGGAGGC..........TTTATATCCTTCCTGCTACCCCCAG
GGCTACATGGAACAAGACGTCTACAACATCCTACTTCGAATCCTCAGCATGCAGGAGTGAGGCAGGCTCACTGTGTGCCCTCAGGGATAAAGGCATTTCTCTTTT
GTGAGTTGTGGGTGGAGGCTAAAGA..........TTCATCTTTGAATTTCTTCTTTTAG
GGAATAATGAGGCTCGATCAAGCTGTGGTGGGCAGGTGGGTGGACGGTGATTACCCACTAGTGGTGCTGTGGGTGGGGCTTCACAGGACACACGAACTCCAGACCTGAAAACCTGGACCCTGGAATCAGCACAGATGAGACCTGAATTGTGGATGTAAATTAGCTCTGTGG
AAAATAAAGCAGAAAACAGATGGTCCTATTGTTGTGGTTTTTGTCAAAAAGGGTGGAATG
GGGGAATTTTTTTTTCTTCCCGAAACAGGGTTTCTCTGTGTAGCTCTGGCTGTCCTGGAA
CTCACTCTGTAGACCAGGATGGTCTCGAGCTCAGAAATCCGTCTGCCTCTGCCTCCCAAG
TGCTGGGATTAAAGGCATGCGCCACCACTGCCTGGCAAGAATTTTTTAAAAAGAATTATT
TATTTATTTTATGTATATGAGTACACTGTAGCTGTCTTCACACACACCAGAAGAGGGCAT
CGGATCCTATTATAGATAGTTGTGAGCCACCATGTGGTTGCTGGGAATTGAACACAGGAC
CTCTGGAAGAGCCGCCAATGCTCTTAACCACTGAGCCATCTCTCCAGCCCAGGGGAAAAA
AAAGAATCTTGATCAAACAATTTAAAAAATAAGCTGGGTGTGGTATAGACCTTAATCTCA
GTGCTTGGGAGGTGGGGGCAGGGAGAGCAAATTTCAGGACCAGCCTTTGCTACATAGTGA
GGCCAATCAGCCTGGGCTACAATTGCCACTCTGTCTAAAAACAAACAAACAAACAAACAA
ACAAACAAACAAGCAAACTACATCCTTTCTCTTCCCCTGTTAGCAAAGTTCCTCACTAGA
GTGATACATTTGTAACTGTGTCAGTACACACTGCACAGGCTTTCATAGACCATAGCAGCA
GCTACTCATTAGACAGGTTTGCAATGATAGTGCTCACACAGTAATCACAGGAGTTACAGT
CATAGGGATTGTTTATGCTCTGCTCTGCCTGTTGCTTCCTTCCCTCTCCTAGCTTCTGGC
CTTTTACATTTTTATTTATTTATTTTTGAGACAGGGTTTCTCTGTGTGGTCCTGGCTGTC
CTGGAGCTCACTATGTAGATCAGGCTGGCCTCGAACTCACAGATTCCAACTGTGATTCCA
ACGTCAAGGGAATTGGACACCTCTGACCTCAGAGGGTACT..........

No.	Exon / Intron	Start	End	Start Phase	End Phase	Length	Sequence
	5' upstream sequence						..........GGGCCTATAGCATCTTGGGGGGGCGGGGGTGGGGGTGGGGTCTGCTGCTA AGCCTCACTACTTTAGTTCAAGCACCGGATTCACAAGGTGAATGGAGAAAGCCAACACCG GTTGTCTTCTGACCTCCACAAGGGTGCCCACCCTTAGCGCATACTCACGCCTCAGTAAAT GAATTAATGTAAAACACTTCTAAAAAGAATTTTGGGCTTTATTCCATAGGGTTCCATGAG TATTTGGGTGGGCTTGCTTGGTTTACAGGGAGGAGAAAGGAGAGATGGGAAGGCCAGACC AGTTGGCTGCAACTAATACTTGTCAAACAAGAATTACTAAGAAGTGAGTCTAAAGGATAA GGAAGGTCGGACTTTTTGTTTGTTTGTTTGTTTCTTGGAGTGGGGAAGCAGACAGTAAAA ACTCTCCCCTTGCTGCTTTCTAAGATCTGCGTTAGTGATCGGCTTGATCCTTTGAGTTTT GTCCAACCTCTGGTTGCAGTGGGTCACAAATCACCCATTGGTGATCAAGTCTGCTTAGTG CATCACGCTTCCAAACTCTTTAGAAGATCTTGGGGCGTTGGGAGGGAGGGGATGAAGCAC ACACAGGTCATGGCTATGACTAAGAGTCATTAACTGGTAAAAGAGGTTGGTGACATCGAA GCTTGTGGAGGTCCTTGAGAGGGGGCGGGGGCGGAACTGGGGGTGGAGCTCCACGCAGAA AGACGGGGGACTTAGGGCCTGGAAGTCGCCGGTGCGGAGGCTGCGAGCATCCCTCTTGGA TTCGGTAGGTAACTACAGGGGGCGGGCTTCGGCTGAAGGGCGGAACTTGAGAGCCAGCCA GGGTGGCCGCAAAAGACTGCGGGCTTTTTGCCTCTGCAGGGACGGGGTTAGGCAGGGCCA GAGGCGGGGTTTTAAGCCCAGCCTTCAGGTGAACGTCTAGGATTGAGCGGGGTGGGATCT GGGGCGGGGCTTGGGGCGGGACCCAGTCTGCTTTTTGACAGCTGTCTTTC
1	EXON 1	96,670,327	96,670,449	-	0	123	GGCACAGCCATAGCCGAGTTGGGTTAGGAACTTGTGGCCCGGCTCTCTGCGCGTCCCCGT CCCCCCGTGGCCCTAGCCCCGGCCATGAAGCGCATCTTCTCCTGCTCCAGTTCACAAGTG GCG
	INTRON 1 - 2	96,670,450	96,678,132			7,683	GTAGGTGCCAAATGTGTGGGAGAAG..........CACATAATCTGTAACTCCCGACTAG
2	EXON 2	96,678,133	96,678,267	0	-	135	GTGGAGAAATGGAACCGACGTGATCAGAAGCTGCTGGAGGCGGTGCAGCGGGGGGACGTG GGACGCGTGGCTGCCTTGGCCTCTAGGAAGTCAGCCCGACCCACCAAACTAGACTCAAAT GGCCAGTCCCCGTAA
	INTRON 2 - 3	96,678,268	96,679,179			912	GTAAGTCTTTTTGACCCCACCCTGG..........TGTCTCTTGGCTTTGACCCTGGCAG
3	EXON 3	96,679,180	96,679,268	-	-	89	GTTCCATCTGGCAGCCTCCAAAGGCCTGACAGAGTGTCTGACAATACTGCTTGCAAATGG GGCTGATATCAACAGCAAGAACGAGGACG
	INTRON 3 - 4	96,679,269	96,679,629			361	GTGAGTCAGCCAACCCTGTGCACGC..........CCCCTCTCTCCTTTTCTCTTTCCAG
4	EXON 4	96,679,630	96,679,694	-	-	65	GAAGCACTGCCCTTCATTTGGCCACCATCTCCTGTCAGCCACAGTGTGTGAAGGTCTTGC TTCAG
	INTRON 4 - 5	96,679,695	96,680,470			776	GTAAAGGCAGTCCGTTGGTGCTCCT..........TGCTTCTCTTTGTGGCTATTTACAG
5	EXON 5	96,680,471	96,680,528	-	-	58	CACGGTGCTAATGAAGATGCTGTGGATGCAGAAAATCGCAGTCCATTACACTGGGCAG
	INTRON 5 - 6	96,680,529	96,680,626			98	GTGTGTGCCTGGGGAGCAGGATGGG..........TCCAAATGTCTTTCAATTCTTCCAG
6	EXON 6	96,680,627	96,680,697	-	-	71	CCTCCTCTGGCTGCGCCTCAAGTGTCCTCCTGCTGTGTGACCACGAAGCCTTCCTGGACG TGCTGGATAAT
	INTRON 6 - 7	96,680,698	96,680,961			264	GTGAGTATCAGATGGGCCAATGGGT..........CCACACCTTCCCTCAACCTCTGCAG
7	EXON 7	96,680,962	96,681,068	-	-	107	GATGGACGCACACCCCTGATGATTGCATCGCTGGGTGGTCATGCAGCTATCTGCTCACAG CTGTTGCAGAGAGGTGCCCGAGTTAATGTCACAGACAAGGATGACAA
	INTRON 7 - 8	96,681,069	96,682,026			958	GTGAGCCATCTCTATGTCCTCTCCC..........GCTCCAGGTTTGTCTCCACCCTCAG
8	EXON 8	96,682,027	96,682,211	-	-	185	ATCAGCTTTGATCCTGGCCTGTGAGAAAGGCAGCGCTGAGGTGGCCGAGCTGCTCCTGAG CCATGGAGCGGACGCTGGAGCGGTGGACAGTTTGGGACACAACGCTCTTCATTATGCTTT GCGTACACAAGACAAGGAGCTGTGGAGGCTGTTACAGCAGGCCCTGAACCGGCGGCGGAG AGGCG
	INTRON 8 - 9	96,682,212	96,682,993			782	GTAAAAGTCTTTCTGTGCTCTCAAG..........CTTTGCCCCATGTCTTTTCTTATAG
9	EXON 9	96,682,994	96,683,031	-	-	38	GTCATGGACTGGTTCAACACCCAGATCATCCATCTCAG
	INTRON 9 - 10	96,683,032	96,683,182			151	GTATGACCCCTAAGAGTCTCCCCCT..........ACATCACTGCTCTTTTTTAACATAG
10	EXON 10	96,683,183	96,685,174	-	-	1,992	GCCTCTTCATGTGAGCCTCGGGTGGGATCTCCTCCTAAGAACTCACGGAAAGTGGAGCCT GAGGAAGAGCAGGAGGAGGAGGGGGAGGAGCGGTGCTCAGAAGAGTGGAGGTGGAAGTTT GAGGAGGAGCAGAGGAAAGTTCATCAGCTGGAGCAGGAGCTCGTGCGAAAGACAGATGAG TGCAAGGCTCACGCTGCAGCCTTCTCAAGCCTAGAGGAGCAGATTCGAGAGCAAGCGCAA GAACTAGGCCATCTCCTAGTGCAAGAACCGGGAGCTCCAGGAAATCAAGGCCCTGGTCTC CGGCCTGAGGGAGATGGTATGGAGGAGGGTTGTCCCCTGAACCTGCTGGCTGAGCGGATC CAAGAGCTGAAGAAGCAGCAGAAGGCACTGGCTACAATAAACCCAACATTAGTTCCCAAG AGAGCTGAAGAATTAGCCCCGGCAGAGATCCATCATGAAGTACACAGAAACTCCCAACCA GAGCAGGGGCTGCCCCAGGGCCCAAGTTCAGAAACCACCGGGAAAGCCACAGGACAGCAA TCAAACACCAATGGGGGGCAGAACCTTGGCCTCCAGAACACTGAGCAGGTGTGTGCTGGC CAGAAGGAGAGGACCCCAGCTCCAGGGACTGAAACAGCAGGCACAGTGGGAGAACCAGTG GGCATAGCCATGAATCAGCTCCTCCTACAGCTAAGGGAAGAGCTGGCTGCAGTGTGGCGA GAAAAGGATGCTGCCAGAGGGGCTTTGTCAAGACCAGTTCTGGAGGGAGCCCTGGGGACT CCCAGAGCTGAGGCTGCAGCAGCTGCCTGGGAAAAGATGGAAGCCAGGCTTGAGAGGGTG CTGGTAAGGTTAGATGGAGCAAAGATGGGACTGCATGTGAAACCTGAGGTCCCTGTCCAG GGGTCCAGAGACGGAGCCTCGAAGGCAGTCCCGGGATGCTCTAAAGAGCAGGAAGAAAAG AAGGCTCCTGGAACCAGAGGAGAGCCCTTAGGGGCCCCTGGAAAAGAACAGGCCTTAGGA GGAGGCCTGGCAAAGGGACAGCTGGAGAAAGAGGTGTCAGCTTTGAGACTGAGCAATAGC AACTTGCTGGAGGAATTGGGAGAGTTGGGGCGCGAGAGACAACGCTTGCAGGGAGAGCTG CAGTCCTTGACCCAGAGGCTACACCGGGAGTTTGTGCCCAAGCCTGAGGCACAGGTCCAG CTACAGCAGTTGCGGAGGAGCGTGGGGATGTTGACAGAGGAACTGGCCATGGAGAAGGAG GCCACAGATAAGCTGCGCAGGCGACTGGCCTCCCAGACTAGCGGCCTCCAAGGACTGTGG AAATGCCTACCCCCAGACCTCGTGGGCAAGGGGAATACACAGAGTACAGCTGCAGAACCC CTGGAGGAGCTGCAGGCCTGCATCAGCACCCTGGTGGATAGGCACCTTGAGGCTCAACGG GTGCTGGCTCGGTTGGAAGAGGAAAACCAGCAGCTGAGGGGATCCTTGGCTCCCTGTGGG GAACCAGAGGCCTCCCTCAAGGTTACAGCATCCCCGCAAGTGGCCGCCCTGGAGGAAGAT CTGGGGATGCTAGAGGAAGAGCTACGGGCCGTGCAGGCCACGATGGGTGGGAAGAGCCAG GAGATTTGCAAGCTGAAACAGCTGCTCTACCAAGCCACGGAAGAAGTGGCCGAGCTGAGA GCTCGGGAAGCAGCCAGCCTGCGCCAGCACGAGAAGACGCGAGGCTCGCTGGTGGCCCAG GCCCAGGCTTGGGGACAGGAGCTCAAAGTTGTGCTGGAGAAGTACAACACAGCCTGTCGG GAAATGACTCGATTGCGGGACACTGTGGCGGAGGAACGTCGCCGCAGCGAGGACCTGGCG GCTAGGGCGGCGGAGCAGGAGCGCCAGGCTGGCGAGATGCGCGGGCGCTCGGAGCAGTTT GAGAAAACTGCTGAGCTCCTGAAAGAGAAGACAAACCACCTCATCGGGGCTTGCCGGGAC AAGGAAGCCAAG
	INTRON 10 - 11	96,685,175	96,689,145			3,971	GTGAGCACCGAGGTATCCTTGAGAG..........TCCCTTTTTTTCCGTTTGGCCTTAG
11	EXON 11	96,689,146	96,689,235	-	-	90	ATCAAGGAGTTGCTGAAGAAGCTAGAGCAGCTTTCTGAAGAAGTTCTAGAAGTCCGGGGC GAGAATGCCCACCTCGCCCTACAGCTGCAG
	INTRON 11 - 12	96,689,236	96,689,444			209	GTATATTTTGGCCTGCAGGATGAAT..........ACTTCCAAAGGGCGTTCCCTTCCAG
12	EXON 12	96,689,445	96,689,510	-	-	66	GACTCCCAGAAGAACCACGAAGAGATCATCTCCACATACAGGAGTCATCTACTGAATGCT GCTCGG
	INTRON 12 - 13	96,689,511	96,690,191			681	GTGAGCTTGCTGGAGTCTGGGAGGC..........TTTATATCCTTCCTGCTACCCCCAG
13	EXON 13	96,690,192	96,690,296	-	-	105	GGCTACATGGAACAAGACGTCTACAACATCCTACTTCGAATCCTCAGCATGCAGGAGTGA GGCAGGCTCACTGTGTGCCCTCAGGGATAAAGGCATTTCTCTTTT
	INTRON 13 - 14	96,690,297	96,690,838			542	GTGAGTTGTGGGTGGAGGCTAAAGA..........TTCATCTTTGAATTTCTTCTTTTAG
14	EXON 14	96,690,839	96,691,009	-	-	171	GGAATAATGAGGCTCGATCAAGCTGTGGTGGGCAGGTGGGTGGACGGTGATTACCCACTA GTGGTGCTGTGGGTGGGGCTTCACAGGACACACGAACTCCAGACCTGAAAACCTGGACCC TGGAATCAGCACAGATGAGACCTGAATTGTGGATGTAAATTAGCTCTGTGG
	3' upstream sequence						AAAATAAAGCAGAAAACAGATGGTCCTATTGTTGTGGTTTTTGTCAAAAAGGGTGGAATG GGGGAATTTTTTTTTCTTCCCGAAACAGGGTTTCTCTGTGTAGCTCTGGCTGTCCTGGAA CTCACTCTGTAGACCAGGATGGTCTCGAGCTCAGAAATCCGTCTGCCTCTGCCTCCCAAG TGCTGGGATTAAAGGCATGCGCCACCACTGCCTGGCAAGAATTTTTTAAAAAGAATTATT TATTTATTTTATGTATATGAGTACACTGTAGCTGTCTTCACACACACCAGAAGAGGGCAT CGGATCCTATTATAGATAGTTGTGAGCCACCATGTGGTTGCTGGGAATTGAACACAGGAC CTCTGGAAGAGCCGCCAATGCTCTTAACCACTGAGCCATCTCTCCAGCCCAGGGGAAAAA AAAGAATCTTGATCAAACAATTTAAAAAATAAGCTGGGTGTGGTATAGACCTTAATCTCA GTGCTTGGGAGGTGGGGGCAGGGAGAGCAAATTTCAGGACCAGCCTTTGCTACATAGTGA GGCCAATCAGCCTGGGCTACAATTGCCACTCTGTCTAAAAACAAACAAACAAACAAACAA ACAAACAAACAAGCAAACTACATCCTTTCTCTTCCCCTGTTAGCAAAGTTCCTCACTAGA GTGATACATTTGTAACTGTGTCAGTACACACTGCACAGGCTTTCATAGACCATAGCAGCA GCTACTCATTAGACAGGTTTGCAATGATAGTGCTCACACAGTAATCACAGGAGTTACAGT CATAGGGATTGTTTATGCTCTGCTCTGCCTGTTGCTTCCTTCCCTCTCCTAGCTTCTGGC CTTTTACATTTTTATTTATTTATTTTTGAGACAGGGTTTCTCTGTGTGGTCCTGGCTGTC CTGGAGCTCACTATGTAGATCAGGCTGGCCTCGAACTCACAGATTCCAACTGTGATTCCA ACGTCAAGGGAATTGGACACCTCTGACCTCAGAGGGTACT..........

Sequence Detail Report

Gene Symbol (Gene ID)	Ankrd35 (ENSMUSG00000038354)
Transcript ID	ENSMUST00000122960

		SNP Information
Strain :
Sequence Retrieve :
Exon translate : CDS Start ( 1 ) - End ( 58 ) -
Strand :	forward reverse
Show sequence :	nucleotide amino acid
Color information