MoG+ -Mouse Genome database with high added value-

Target CDS Information

Gene Symbol (Gene ID)

Col9a1 (ENSMUSG00000026147)

Cross Reference

CCDS	CCDS35527.1
EMBL	AC129325, AC153653, CH466536
GO	GO:0001894, GO:0003417, GO:0005594, ...show all
goslim_goa	GO:0005575, GO:0008150, GO:0040007, ...show all
MGI_trans_name	Col9a1-001
OTTP	OTTMUSP00000026168
OTTT	OTTMUST00000054775
protein_id	EDL14410.1
Reactome	R-MMU-1266738, R-MMU-1442490, R-MMU-1474228, ...show all
RefSeq_mRNA	NM_007740.3

RefSeq_peptide	NP_031766
UCSC	uc007amo.2
UniParc	UPI000154944D
Uniprot/SPTREMBL	G3X995
Vega_transcript	Col9a1-001, OTTMUST00000054775
Vega_translation	178849, OTTMUSP00000026168

Definition

protein_id:ENSMUSP00000051579
translation:

MKNFWKISVFFCVCSCLGPWVSATLKRRARFPANSISNGGSELCPKIRIGQDDLPGFDLI
SQFQIEKAASRRTIQRVVGSTALQVAYKLGSNVDFRIPTRHLYPSGLPEEYSFLTTFRMT
GSTLEKHWNIWQIQDSAGREQVGVKINGQTKSVAFSYKGLDGSLQTAAFLNLPSLFDSRW
HKLMIGVERTSATLFIDCIRIESLPIKPRGQIDADGFAVLGKLVDNPQVSVPFELQWMLI
HCDPLRPRRETCHELPIRITTSQTTDERGPPGEQGPPGPPGPPGVPGIDGIDGDRGPKGP
PGPPGPPGDPGKPGAPGKPGTPGADGLTGPDGSPGSVGPRGQKGEPGVPGSRGFPGRGIP
GPPGPPGTTGLPGELGRVGPIGDPGKRGPPGPPGPPGPSGTIGFHDGDPLCPNSCPPGRS
GYPGLPGMRGHKGAKGEIGEPGRQGHKGEEGDQGELGEVGDQGPPGPQGLRGITGIVGDK
GEKGARGFDGEPGPQGIPGAAGDQGQRGPPGETGPEGDRGIQGSRGIPGSPGPKGDTGLP
GVDGRDGIPGMPGTKGEAGKPGPPGDVGLQGLPGVPGIPGAKGVAGEKGNTGAPGKPGQL
GSSGKPGQQGPPGEVGPRGPRGLPGSRGPVGPEGSPGIPGKLGSVGSPGLPGLPGPPGLP
GMKGDRGVFGEPGPKGEQGASGEEGEAGARGDLGDMGQPGPKGSVGNPGEPGLRGPEGIR
GLPGVEGPRGPPGPRGMQGDQGATGLPGIQGPPGRAPTDQHIKQVCMRVVQEHFAEMAAS
LKRPDTGASGLPGRPGPPGPPGPPGENGFPGQMGIRGLPGIKGPPGALGLRGPKGDLGEK
GERGPPGRGPKGLPGAIGLPGDPGPASYGKNGRDGEQGPPGVAGIPGVPGPPGPPGPPGF
CEPASCTLQSGQRAFSKGPDK

Chromosome

Length
Position(start - end)

74,005
24,177,855 - 24,251,861

Orient to Chromosome

plus

Link

Location : (1:24177855-24251861)
/

Detail Map

name	Col9a1 (ENSMUSG00000026147)
type	gene
link	VEGA Ensembl MGI
xref
definition	locus_tag : Col9a1 note : collagen, type IX, alpha 1 [Source:MGI Symbol;Acc:MGI:88465]

name	Col9a1 (ENSMUSG00000026147)
type	mRNA
link	VEGA Ensembl MGI
xref
definition	note : transcript_id=ENSMUST00000054588

name	Col9a1 (ENSMUSG00000026147)
type	mRNA
link	VEGA Ensembl MGI
xref
definition	note : transcript_id=ENSMUST00000088349

name	Col9a1 (ENSMUSG00000026147) (Detail)
type	CDS
link	VEGA Ensembl MGI
xref	CCDS:CCDS35527.1 RefSeq_peptide:NP_031766 RefSeq_mRNA:NM_007740.3 Vega_transcript:Col9a1-001 Vega_transcript:OTTMUST00000054775 Uniprot/SPTREMBL:G3X995 UCSC:uc007amo.2 EMBL:AC129325 EMBL:AC153653 EMBL:CH466536 GO:GO:0001894 GO:GO:0003417 GO:GO:0005594 GO:GO:0005594 GO:GO:0051216 MGI_trans_name:Col9a1-001 Vega_translation:178849 Vega_translation:OTTMUSP00000026168 goslim_goa:GO:0005575 goslim_goa:GO:0008150 goslim_goa:GO:0040007 goslim_goa:GO:0042592 goslim_goa:GO:0043234 goslim_goa:GO:0048856 protein_id:EDL14410.1 OTTP:OTTMUSP00000026168 OTTT:OTTMUST00000054775 Reactome:R-MMU-1266738 Reactome:R-MMU-1442490 Reactome:R-MMU-1474228 Reactome:R-MMU-1474244 Reactome:R-MMU-1474290 Reactome:R-MMU-162582 Reactome:R-MMU-1650814 Reactome:R-MMU-186797 Reactome:R-MMU-216083 Reactome:R-MMU-375165 Reactome:R-MMU-419037 Reactome:R-MMU-422475 UniParc:UPI000154944D
definition	note : transcript_id=ENSMUST00000054588 protein_id : ENSMUSP00000051579 translation : MKNFWKISVFFCVCSCLGPWVSATLKRRARFPANSISNGGSELCPKIRIGQDDLPGFDLISQFQIEKAASRRTIQRVVGSTALQVAYKLGSNVDFRIPTRHLYPSGLPEEYSFLTTFRMTGSTLEKHWNIWQIQDSAGREQVGVKINGQTKSVAFSYKGLDGSLQTAAFLNLPSLFDSRWHKLMIGVERTSATLFIDCIRIESLPIKPRGQIDADGFAVLGKLVDNPQVSVPFELQWMLIHCDPLRPRRETCHELPIRITTSQTTDERGPPGEQGPPGPPGPPGVPGIDGIDGDRGPKGPPGPPGPPGDPGKPGAPGKPGTPGADGLTGPDGSPGSVGPRGQKGEPGVPGSRGFPGRGIPGPPGPPGTTGLPGELGRVGPIGDPGKRGPPGPPGPPGPSGTIGFHDGDPLCPNSCPPGRSGYPGLPGMRGHKGAKGEIGEPGRQGHKGEEGDQGELGEVGDQGPPGPQGLRGITGIVGDKGEKGARGFDGEPGPQGIPGAAGDQGQRGPPGETGPEGDRGIQGSRGIPGSPGPKGDTGLPGVDGRDGIPGMPGTKGEAGKPGPPGDVGLQGLPGVPGIPGAKGVAGEKGNTGAPGKPGQLGSSGKPGQQGPPGEVGPRGPRGLPGSRGPVGPEGSPGIPGKLGSVGSPGLPGLPGPPGLPGMKGDRGVFGEPGPKGEQGASGEEGEAGARGDLGDMGQPGPKGSVGNPGEPGLRGPEGIRGLPGVEGPRGPPGPRGMQGDQGATGLPGIQGPPGRAPTDQHIKQVCMRVVQEHFAEMAASLKRPDTGASGLPGRPGPPGPPGPPGENGFPGQMGIRGLPGIKGPPGALGLRGPKGDLGEKGERGPPGRGPKGLPGAIGLPGDPGPASYGKNGRDGEQGPPGVAGIPGVPGPPGPPGPPGFCEPASCTLQSGQRAFSKGPDK

name	Col9a1 (ENSMUSG00000026147) (Detail)
type	CDS
link	VEGA Ensembl MGI
xref	CCDS:CCDS69871.1 RefSeq_peptide:NP_001277620 RefSeq_mRNA:NM_001290691.1 RefSeq_mRNA_predicted:XM_006495648 Vega_transcript:Col9a1-002 Vega_transcript:OTTMUST00000054776 Uniprot/SPTREMBL:Q9D0D2 UCSC:uc007amp.3 Fantom:2610025B03 Fantom:3732413P08 EMBL:AC129325 EMBL:AC153653 EMBL:AK011547 EMBL:AK028339 EMBL:BC038017 GO:GO:0001894 GO:GO:0003417 GO:GO:0005594 GO:GO:0051216 MGI_trans_name:Col9a1-002 Vega_translation:178850 Vega_translation:OTTMUSP00000026169 goslim_goa:GO:0005575 goslim_goa:GO:0008150 goslim_goa:GO:0040007 goslim_goa:GO:0042592 goslim_goa:GO:0043234 goslim_goa:GO:0048856 protein_id:AAH38017.1 protein_id:BAB27690.1 protein_id:BAC25891.1 OTTP:OTTMUSP00000026169 OTTT:OTTMUST00000054776 Reactome:R-MMU-1266738 Reactome:R-MMU-1442490 Reactome:R-MMU-1474228 Reactome:R-MMU-1474244 Reactome:R-MMU-1474290 Reactome:R-MMU-162582 Reactome:R-MMU-1650814 Reactome:R-MMU-186797 Reactome:R-MMU-216083 Reactome:R-MMU-375165 Reactome:R-MMU-419037 Reactome:R-MMU-422475 UniParc:UPI00000E8872
definition	note : transcript_id=ENSMUST00000088349 protein_id : ENSMUSP00000085687 translation : MAWAAWGRGVLGLSLMLSGLRLCAAQRGPPGEQGPPGPPGPPGVPGIDGIDGDRGPKGPPGPPGPPGDPGKPGAPGKPGTPGADGLTGPDGSPGSVGPRGQKGEPGVPGSRGFPGRGIPGPPGPPGTTGLPGELGRVGPIGDPGKRGPPGPPGPPGPSGTIGFHDGDPLCPNSCPPGRSGYPGLPGMRGHKGAKGEIGEPGRQGHKGEEGDQGELGEVGDQGPPGPQGLRGITGIVGDKGEKGARGFDGEPGPQGIPGAAGDQGQRGPPGETGPEGDRGIQGSRGIPGSPGPKGDTGLPGVDGRDGIPGMPGTKGEAGKPGPPGDVGLQGLPGVPGIPGAKGVAGEKGNTGAPGKPGQLGSSGKPGQQGPPGEVGPRGPRGLPGSRGPVGPEGSPGIPGKLGSVGSPGLPGLPGPPGLPGMKGDRGVFGEPGPKGEQGASGEEGEAGARGDLGDMGQPGPKGSVGNPGEPGLRGPEGIRGLPGVEGPRGPPGPRGMQGDQGATGLPGIQGPPGRAPTDQHIKQVCMRVVQEHFAEMAASLKRPDTGASGLPGRPGPPGPPGPPGENGFPGQMGIRGLPGIKGPPGALGLRGPKGDLGEKGERGPPGRGPKGLPGAIGLPGDPGPASYGKNGRDGEQGPPGVAGIPGVPGPPGPPGPPGFCEPASCTLQSGQRAFSKGPDK

name
type	STS
link
xref	UniSTS_NUM:123334 UniSTS:17.MMHAP18FRF8.seq
definition	note : map_weight=1 standard_name : 17.MMHAP18FRF8.seq

name
type	STS
link
xref	UniSTS_NUM:158781 UniSTS:D17511 WI_MRC-RH:2688
definition	note : map_weight=1 standard_name : D17511

name
type	misc_feature
link
xref
definition	note : contig AC129325.4 32310..194106(1)

name
type	misc_feature
link
xref
definition	note : contig AC153653.4 1..23933(-1)

name	Col9a1 (ENSMUSG00000026147)
type	misc_RNA
link	VEGA Ensembl MGI
xref	Vega_transcript:OTTMUST00000054778 Vega_transcript:OTTMUST00000054778 MGI_trans_name:Col9a1-004 OTTT:OTTMUST00000054778
definition	note : processed_transcript note : transcript_id=ENSMUST00000124600

name	Col9a1 (ENSMUSG00000026147)
type	misc_RNA
link	VEGA Ensembl MGI
xref	Vega_transcript:OTTMUST00000054777 Vega_transcript:OTTMUST00000054777 MGI_trans_name:Col9a1-003 OTTT:OTTMUST00000054777
definition	note : processed_transcript note : transcript_id=ENSMUST00000147902

Polymorphisms Report

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

Gene Symbol (Gene ID)	Col9a1 (ENSMUSG00000026147)
Transcript ID	ENSMUST00000054588

Reports
substitution
cSNPs	14
Insertion	51
Deletion	58
SNPs	-1kb 24172685(c.-5170G>C), 24172696(c.-5159A>C), 24172733(c.-5122A>G), 24172953(c.-4902A>G), 24172982(c.-4873C>T), 24172993(c.-4862G>T), 24172999(c.-4856C>T), 24173097(c.-4758T>C), 24173103(c.-4752A>G), 24173247(c.-4608A>G), 24173417(c.-4438G>A), 24173486(c.-4369C>T), 24173696(c.-4159G>A), 24173760(c.-4095T>C), 24173955(c.-3900A>G), 24173972(c.-3883T>C), 24173984(c.-3871C>T), 24174039(c.-3816C>T), 24174124(c.-3731G>T), 24174141(c.-3714T>C), 24174192(c.-3663C>T), 24174199(c.-3656C>T), 24174361(c.-3494A>G), 24174398(c.-3457A>C), 24174458(c.-3397A>G), 24174480(c.-3375C>T), 24174494(c.-3361G>C), 24174835(c.-3020G>A), 24174938(c.-2917C>A), 24174967(c.-2888C>T), 24175005(c.-2850C>A), 24175030(c.-2825G>A), 24175192(c.-2663G>A), 24175288(c.-2567T>C), 24175300(c.-2555T>C), 24175460(c.-2395T>C), 24175952(c.-1903A>G), 24176093(c.-1762C>T), 24176095(c.-1760T>C), 24176289(c.-1566C>T), 24176405(c.-1450T>C), 24176422(c.-1433G>A), 24176443(c.-1412T>A), 24176871(c.-984T>A), 24177098(c.-757G>A), 24177099(c.-756T>C), 24177100(c.-755G>A), 24177157(c.-698C>T), 24177189(c.-666C>T), 24177252(c.-603G>A), 24177312(c.-543G>A), 24177324(c.-531A>G), 24177349(c.-506C>T), 24177350(c.-505C>T), 24177387(c.-468A>G), 24177421(c.-434A>G), 24177482(c.-373T>C), 5'UTR 24177707(c.-148C>T), 24177813(c.-42T>C), 24177816(c.-39A>C), CDS 24178328(c.84T>C), 24195531(c.795T>C), 24197458(c.927C>T), 24214579(c.1382A>C), 24220752(c.1458G>A), 24221621(c.1546G>A), 24224511(c.1772C>T), 24224551(c.1812G>A), 24231459(c.2007T>C), 24237221(c.2209A>G), 24237232(c.2220T>A), 24239280(c.2388C>T), 24251734(c.2639C>T), 24251858(c.2763G>A), 3'UTR 24251886(c.25G>A), 24251934(c.73A>C), 24251978(c.117T>C), 24252066(c.205A>T), 24252077(c.216T>A), 24252109(c.248T>A), 24252127(c.266T>C), 24252547(c.686G>A), 24252553(c.692C>T), 24252680(c.819A>T), INTRON 24178068(c.15-191T>G), 24178083(c.15-176C>G), 24178468(c.88+136C>T), 24178512(c.88+180G>A), 24178627(c.88+295G>C), 24178802(c.88+470T>A), 24178894(c.89-390A>T), 24179237(c.89-47G>A), 24179375(c.166+14C>T), 24179681(c.299+74G>A), 24179808(c.299+201A>C), 24180103(c.299+496G>A), 24180350(c.299+743C>T), 24180354(c.299+747C>T), 24180380(c.299+773C>T), 24180384(c.299+777T>G), 24180397(c.299+790A>T), 24180451(c.299+844C>T), 24181028(c.299+1421C>G), 24181039(c.299+1432T>C), 24181643(c.299+2036C>T), 24181644(c.299+2037A>G), 24181649(c.299+2042A>C), 24181651(c.299+2044T>G), 24182080(c.299+2473A>C), 24182088(c.299+2481T>C), 24182157(c.299+2550A>C), 24182164(c.299+2557C>T), 24182231(c.299+2624C>T), 24182284(c.299+2677G>A), 24182344(c.300-2694C>T), 24182377(c.300-2661C>T), 24182413(c.300-2625C>T), 24182459(c.300-2579C>T), 24182785(c.300-2253G>A), 24182995(c.300-2043C>A), 24182996(c.300-2042G>A), 24183045(c.300-1993T>C), 24183046(c.300-1992G>A), 24183050(c.300-1988A>G), 24183052(c.300-1986T>C), 24183132(c.300-1906C>A), 24183569(c.300-1469C>A), 24183687(c.300-1351A>T), 24183763(c.300-1275G>A), 24183972(c.300-1066G>A), 24183993(c.300-1045C>T), 24183994(c.300-1044C>T), 24184032(c.300-1006C>T), 24184034(c.300-1004C>T), 24184237(c.300-801A>G), 24184357(c.300-681G>A), 24184457(c.300-581T>C), 24184484(c.300-554A>G), 24184668(c.300-370C>T), 24185474(c.696+40G>A), 24185503(c.696+69G>A), 24185544(c.696+110A>G), 24185663(c.696+229T>A), 24185761(c.696+327G>A), 24185793(c.696+359T>C), 24185805(c.696+371C>A), 24185865(c.696+431A>C), 24185963(c.696+529G>A), 24186010(c.696+576C>A), 24186216(c.696+782G>A), 24186510(c.696+1076G>A), 24186525(c.696+1091C>A), 24186537(c.696+1103G>C), 24186544(c.696+1110A>G), 24186557(c.696+1123A>C), 24186770(c.696+1336G>A), 24186899(c.696+1465T>G), 24186910(c.696+1476T>G), 24187217(c.696+1783A>G), 24187369(c.696+1935C>T), 24187725(c.696+2291C>T), 24187732(c.696+2298G>A), 24187822(c.696+2388G>C), 24188396(c.696+2962A>T), 24188397(c.696+2963A>T), 24188398(c.696+2964A>T), 24188480(c.696+3046G>A), 24188526(c.696+3092G>A), 24188554(c.696+3120A>C), 24188769(c.696+3335T>C), 24188827(c.696+3393C>A), 24188947(c.696+3513T>C), 24189086(c.696+3652A>T), 24189088(c.696+3654T>C), 24189225(c.696+3791T>C), 24189284(c.696+3850T>C), 24189388(c.696+3954A>G), 24189514(c.696+4080A>T), 24189577(c.696+4143A>C), 24189579(c.696+4145A>G), 24189710(c.696+4276A>G), 24189714(c.696+4280G>C), 24189746(c.696+4312C>A), 24189839(c.696+4405C>T), 24189912(c.696+4478G>C), 24189933(c.696+4499A>G), 24189993(c.696+4559T>C), 24190034(c.696+4600T>G), 24190142(c.697-4541A>C), 24190281(c.697-4402C>T), 24190462(c.697-4221T>C), 24190569(c.697-4114G>T), 24190718(c.697-3965T>C), 24190726(c.697-3957G>T), 24190796(c.697-3887G>A), 24190823(c.697-3860C>T), 24190829(c.697-3854C>T), 24190840(c.697-3843T>C), 24190864(c.697-3819C>T), 24190868(c.697-3815T>G), 24190871(c.697-3812C>T), 24190876(c.697-3807C>T), 24190979(c.697-3704G>T), 24191584(c.697-3099G>A), 24191638(c.697-3045C>T), 24191661(c.697-3022T>C), 24191700(c.697-2983A>G), 24191948(c.697-2735T>C), 24192013(c.697-2670A>G), 24192167(c.697-2516T>C), 24192203(c.697-2480C>T), 24192237(c.697-2446T>A), 24193015(c.697-1668G>T), 24193039(c.697-1644T>A), 24193041(c.697-1642T>A), 24193059(c.697-1624G>A), 24193061(c.697-1622A>G), 24193120(c.697-1563G>A), 24193143(c.697-1540C>T), 24193190(c.697-1493G>C), 24193315(c.697-1368G>C), 24193317(c.697-1366G>C), 24193469(c.697-1214G>A), 24193534(c.697-1149G>T), 24193778(c.697-905T>C), 24193791(c.697-892C>T), 24193816(c.697-867T>A), 24193865(c.697-818A>C), 24193915(c.697-768A>G), 24193925(c.697-758T>G), 24193939(c.697-744T>A), 24193957(c.697-726C>T), 24194083(c.697-600C>T), 24194106(c.697-577C>T), 24194147(c.697-536T>C), 24194152(c.697-531C>T), 24194224(c.697-459A>G), 24194269(c.697-414C>T), 24194423(c.697-260C>T), 24194782(c.780+16A>G), 24194873(c.780+107C>G), 24194878(c.780+112T>G), 24194956(c.780+190A>G), 24194977(c.780+211A>G), 24195027(c.780+261C>T), 24195075(c.780+309A>G), 24195076(c.780+310T>A), 24195153(c.781-364T>C), 24195410(c.781-107C>T), 24195627(c.801+90G>A), 24195711(c.801+174G>T), 24195825(c.801+288C>G), 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24241311(c.2503+1916T>C), 24241359(c.2503+1964C>T), 24241404(c.2503+2009C>G), 24241592(c.2503+2197C>A), 24241662(c.2503+2267T>C), 24241664(c.2503+2269G>C), 24241681(c.2503+2286T>C), 24241686(c.2503+2291T>C), 24241701(c.2503+2306C>G), 24241994(c.2504-2364G>A), 24242529(c.2504-1829T>C), 24242581(c.2504-1777G>A), 24242646(c.2504-1712G>A), 24242706(c.2504-1652C>T), 24242934(c.2504-1424C>A), 24243156(c.2504-1202G>A), 24243280(c.2504-1078T>C), 24243845(c.2504-513A>G), 24244032(c.2504-326C>A), 24244043(c.2504-315A>T), 24244299(c.2504-59A>G), 24244303(c.2504-55G>A), 24244304(c.2504-54T>C), 24244533(c.2581+98G>T), 24244980(c.2581+545A>G), 24245089(c.2581+654A>G), 24245133(c.2581+698G>A), 24245240(c.2581+805T>G), 24245527(c.2581+1092G>A), 24245915(c.2581+1480A>G), 24245950(c.2581+1515C>T), 24245952(c.2581+1517C>G), 24246020(c.2581+1585G>A), 24246170(c.2581+1735G>C), 24246310(c.2581+1875G>T), 24246423(c.2581+1988C>G), 24246497(c.2581+2062G>A), 24246768(c.2581+2333C>T), 24246794(c.2581+2359A>G), 24246838(c.2581+2403A>T), 24247939(c.2581+3504A>G), 24247955(c.2581+3520G>A), 24248040(c.2581+3605T>C), 24248053(c.2581+3618A>G), 24248099(c.2582-3578T>C), 24248107(c.2582-3570T>C), 24248128(c.2582-3549G>C), 24248256(c.2582-3421C>T), 24248496(c.2582-3181T>G), 24248602(c.2582-3075T>C), 24248651(c.2582-3026T>C), 24248702(c.2582-2975T>C), 24248716(c.2582-2961A>G), 24248788(c.2582-2889A>G), 24248886(c.2582-2791G>A), 24248944(c.2582-2733T>G), 24249501(c.2582-2176T>C), 24249595(c.2582-2082G>A), 24249738(c.2582-1939A>G), 24250083(c.2582-1594A>G), 24250103(c.2582-1574C>T), 24250109(c.2582-1568T>G), 24250123(c.2582-1554T>C), 24250142(c.2582-1535T>C), 24250258(c.2582-1419A>C), 24250289(c.2582-1388G>A), 24250292(c.2582-1385A>T), 24250420(c.2582-1257A>G), 24250441(c.2582-1236C>T), 24250469(c.2582-1208A>G), 24250549(c.2582-1128A>C), 24250576(c.2582-1101A>G), 24250632(c.2582-1045C>T), 24250644(c.2582-1033A>T), 24250660(c.2582-1017G>A), 24250696(c.2582-981C>T), 24250850(c.2582-827C>A), 24251081(c.2582-596G>A), 24251120(c.2582-557G>A), 24251154(c.2582-523A>G), 24251212(c.2582-465G>T), 24251255(c.2582-422A>G), 24251357(c.2582-320T>C), 24251529(c.2582-148T>C), 24251530(c.2582-147T>C), +1kb 24252744(c.883C>T), 24252745(c.884A>G), 24252814(c.953G>T), 24252843(c.982A>G), 24252872(c.1011A>G), 24253005(c.1144A>G), 24253280(c.1419T>A), 24253487(c.1626T>A), 24253653(c.1792C>A), 24253739(c.1878A>T), 24254523(c.2662A>T), 24254537(c.2676A>G), 24255034(c.3173A>C), 24255052(c.3191C>T), 24255130(c.3269A>G), 24255493(c.3632A>G), 24256093(c.4232T>C), 24256113(c.4252C>T), 24256117(c.4256G>T), 24257339(c.5478T>C), 24257359(c.5498G>T), 24257363(c.5502A>T),
Insertions	-1kb 24172983 (c.-4872_-4871insTT), 24174302 (c.-3553_-3552insTC), 24174306 (c.-3549_-3548insC), 24176098 (c.-1757_-1756insTA), 24177292 (c.-563_-562insAGA), 24177532 (c.-323_-322insTT), 5'UTR 24177780 (c.-75_-74insGA), CDS 3'UTR 24252179 (c.337_339dupCAA), INTRON 24178740 (c.88+410_88+411insTCTG), 24185474 (c.696+43dupA), 24186910 (c.696+1476_696+1477insAAG), 24188129 (c.696+2695_696+2696insAC), 24188398 (c.696+2964_696+2965insTTT), 24193470 (c.697-1208dupT), 24193890 (c.697-792dupC), 24194621 (c.697-44_697-39dupACAACA), 24196007 (c.801+470_801+471insGCCCC), 24196213 (c.802-674_802-673dupAA), 24197424 (c.913-16dupT), 24198587 (c.975+1081_975+1082insT), 24199237 (c.975+1735dupA), 24199391 (c.975+1884_975+1885dupTT), 24199619 (c.975+2116dupA), 24200015 (c.976-1995dupC), 24203172 (c.1065+845dupA), 24204226 (c.1066-432dupA), 24204243 (c.1066-415_1066-414insTTTA), 24206765 (c.1144-619_1144-618insTGGTG), 24208991 (c.1231-61dupA), 24209478 (c.1287+364_1287+365insCA), 24213410 (c.1342-1124dupA), 24213414 (c.1342-1124dupA), 24214519 (c.1342-11_1342-10dupTT), 24214956 (c.1395+365_1395+366insATCCGA), 24222626 (c.1719+157dupT), 24223918 (c.1764+299_1764+300insC), 24227943 (c.1873-2252_1873-2251insAGAG), 24230307 (c.1926+58_1926+59insG), 24230438 (c.1926+190dupC), 24230612 (c.1927-270dupC), 24231762 (c.2034+276_2034+277insC), 24236697 (c.2113-426_2113-425insCCAC), 24236915 (c.2113-207dupT), 24237673 (c.2314+178_2314+179insCT), 24239433 (c.2503+42_2503+43dupGT), 24243859 (c.2504-499_2504-498insG), 24246898 (c.2581+2463_2581+2464insAA), 24248194 (c.2582-3477dupT), 24249660 (c.2582-2015_2582-2014insATAGATTCT), 24250290 (c.2582-1387_2582-1386insA), +1kb 24255527 (c.3666_3667insA),
Deletions	-1kb 24174325 (c.-3529delA), 24174328 (c.-3526delA), 24176492 (c.-1362delC), 24177017 (c.-837delG), 5'UTR 24177803 (c.-51_-48delTCCA), CDS 3'UTR INTRON 24179690 (c.299+84_299+85delTA), 24180673 (c.299+1073delT), 24181722 (c.299+2123delA), 24187378 (c.696+1950delT), 24188675 (c.696+3243delG), 24191593 (c.697-3089_697-3084delTTTTGG), 24193317 (c.697-1363_697-1360delTTTG), 24195001 (c.780+243delG), 24195987 (c.801+451_801+452delTT), 24196373 (c.802-517delT), 24196456 (c.802-434delC), 24196463 (c.802-427delT), 24198933 (c.975+1428_975+1433delAACATC), 24199188 (c.975+1683_975+1686delGTTT), 24199356 (c.975+1851delT), 24204304 (c.1066-353_1066-352delAC), 24209311 (c.1287+200_1287+203delACTG), 24210693 (c.1341+275delT), 24210913 (c.1341+492_1341+495delAACT), 24211146 (c.1341+721delG), 24213374 (c.1342-1164delA), 24215875 (c.1395+1298delA), 24215889 (c.1395+1301_1395+1302delGA), 24216159 (c.1396-1372_1396-1369delTATA), 24217352 (c.1396-181delT), 24219131 (c.1449+1552_1449+1553delAA), 24219633 (c.1450-1109_1450-1106delTCCG), 24220235 (c.1450-506_1450-500delTAACTTA), 24222109 (c.1665+123_1665+130delTCTCTCTC), 24223325 (c.1720-249delG), 24223661 (c.1764+44delC), 24224216 (c.1765-287delT), 24225573 (c.1872+880delT), 24225772 (c.1872+1073delG), 24225840 (c.1872+1149delT), 24225848 (c.1872+1149delT), 24230014 (c.1873-181_1873-180delAA), 24231187 (c.1998+243delA), 24232902 (c.2080-668delT), 24234371 (c.2112+776_2112+778delCCC), 24234793 (c.2112+1191delG), 24235807 (c.2113-1317_2113-1316delAG), 24236213 (c.2113-902delA), 24240366 (c.2503+972_2503+979delTTTTTTTG), 24241112 (c.2503+1721_2503+1723delCCT), 24242158 (c.2504-2188_2504-2185delATAT), 24244548 (c.2581+114_2581+116delGTT), 24248393 (c.2582-3283_2582-3280delTAGG), 24251097 (c.2582-576_2582-574delATG), +1kb 24253030 (c.1170delA), 24253280 (c.1420_1423delCTGG), 24253508 (c.1648delT), 24255945 (c.4085_4086delAC),
coding sequence substitutions
premature termination by the nucleotide substitution	0
synonymous num	8
non-synonymous num	6
synonymous substitutions	24178328 (p.Arg28Arg), 24195531 (p.Thr265Thr), 24197458 (p.Asp309Asp), 24220752 (p.Arg486Arg), 24224551 (p.Gly604Gly), 24231459 (p.Phe669Phe), 24239280 (p.Gly796Gly), 24251858 (p.Lys921Lys),
non-synonymous substitutions	24214579 (p.Asp461Ala), 24221621 (p.Glu516Lys), 24224511 (p.Thr591Met), 24237221 (p.Met737Val), 24237232 (p.Asp740Glu), 24251734 (p.Pro880Leu),
B6 transcript (ENSMUST00000054588)	MKNFWKISVFFCVCSCLGPWVSATLKRRARFPANSISNGGSELCPKIRIGQDDLPGFDLI SQFQIEKAASRRTIQRVVGSTALQVAYKLGSNVDFRIPTRHLYPSGLPEEYSFLTTFRMT GSTLEKHWNIWQIQDSAGREQVGVKINGQTKSVAFSYKGLDGSLQTAAFLNLPSLFDSRW HKLMIGVERTSATLFIDCIRIESLPIKPRGQIDADGFAVLGKLVDNPQVSVPFELQWMLI HCDPLRPRRETCHELPIRITTSQTTDERGPPGEQGPPGPPGPPGVPGIDGIDGDRGPKGP PGPPGPPGDPGKPGAPGKPGTPGADGLTGPDGSPGSVGPRGQKGEPGVPGSRGFPGRGIP GPPGPPGTTGLPGELGRVGPIGDPGKRGPPGPPGPPGPSGTIGFHDGDPLCPNSCPPGRS GYPGLPGMRGHKGAKGEIGEPGRQGHKGEEGDQGELGEVGDQGPPGPQGLRGITGIVGDK GEKGARGFDGEPGPQGIPGAAGDQGQRGPPGETGPEGDRGIQGSRGIPGSPGPKGDTGLP GVDGRDGIPGMPGTKGEAGKPGPPGDVGLQGLPGVPGIPGAKGVAGEKGNTGAPGKPGQL GSSGKPGQQGPPGEVGPRGPRGLPGSRGPVGPEGSPGIPGKLGSVGSPGLPGLPGPPGLP GMKGDRGVFGEPGPKGEQGASGEEGEAGARGDLGDMGQPGPKGSVGNPGEPGLRGPEGIR GLPGVEGPRGPPGPRGMQGDQGATGLPGIQGPPGRAPTDQHIKQVCMRVVQEHFAEMAAS LKRPDTGASGLPGRPGPPGPPGPPGENGFPGQMGIRGLPGIKGPPGALGLRGPKGDLGEK GERGPPGRGPKGLPGAIGLPGDPGPASYGKNGRDGEQGPPGVAGIPGVPGPPGPPGPPGF CEPASCTLQSGQRAFSKGPDK*
MSMv4 transcript	MKNFWKISVFFCVCSCLGPWVSATLKRRARFPANSISNGGSELCPKIRIGQDDLPGFDLI SQFQIEKAASRRTIQRVVGSTALQVAYKLGSNVDFRIPTRHLYPSGLPEEYSFLTTFRMT GSTLEKHWNIWQIQDSAGREQVGVKINGQTKSVAFSYKGLDGSLQTAAFLNLPSLFDSRW HKLMIGVERTSATLFIDCIRIESLPIKPRGQIDADGFAVLGKLVDNPQVSVPFELQWMLI HCDPLRPRRETCHELPIRITTSQTTDERGPPGEQGPPGPPGPPGVPGIDGIDGDRGPKGP PGPPGPPGDPGKPGAPGKPGTPGADGLTGPDGSPGSVGPRGQKGEPGVPGSRGFPGRGIP GPPGPPGTTGLPGELGRVGPIGDPGKRGPPGPPGPPGPSGTIGFHDGDPLCPNSCPPGRS GYPGLPGMRGHKGAKGEIGEPGRQGHKGEEGDQGELGEVGAQGPPGPQGLRGITGIVGDK GEKGARGFDGEPGPQGIPGAAGDQGQRGPPGETGPKGDRGIQGSRGIPGSPGPKGDTGLP GVDGRDGIPGMPGTKGEAGKPGPPGDVGLQGLPGVPGIPGAKGVAGEKGNMGAPGKPGQL GSSGKPGQQGPPGEVGPRGPRGLPGSRGPVGPEGSPGIPGKLGSVGSPGLPGLPGPPGLP GMKGDRGVFGEPGPKGEQGASGEEGEAGARGDLGDMGQPGPKGSVGNPGEPGLRGPEGIR GLPGVEGPRGPPGPRGVQGEQGATGLPGIQGPPGRAPTDQHIKQVCMRVVQEHFAEMAAS LKRPDTGASGLPGRPGPPGPPGPPGENGFPGQMGIRGLPGIKGPPGALGLRGPKGDLGEK GERGPPGRGPKGLPGAIGLPGDPGPASYGKNGRDGEQGPLGVAGIPGVPGPPGPPGPPGF CEPASCTLQSGQRAFSKGPDK*
homology	99.35 (922 / 922)

Exon Detail Report

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

Gene Symbol (Gene ID)	Col9a1 (ENSMUSG00000026147)
Transcript ID	ENSMUST00000054588


..........TACAGAGATGATTGGCCCCCCTGATTCTGCGTTCCTCCGACATTTGTATC
CTCCAAGATGGAACCGGAAGTCAGGCATCCTTTGCTTGCCGTACAGGGCCAGGAGTCCTG
TTGCTCCTGAGGAGTGCTCAGGTTCAGGAGGAGGTCTGTGCACAAGAAACAGTGGCGTGT
GCACACCTCCTGTCTAGGCCTGTGATGCTAGTAATTCACTCTCTGGTTTCTTATGGGCAA
GATTGTGTTGTGTTCTCCCCGGTCTATTCAAACGCATACTATTAATCTCAGAGATTGAGA
GCAAACAATTAAAAGACTTGAGGTCATATCGTATCAGAATTTCCCATGGCGAGTTAGAGA
GCTGACTTGCAATGAATAGCATCAATGGTGCTCTGGGAGAGTCACCCTCTCATCTAGAGA
ATAACGATGTGTAGTCTAACTTCACGAGTGGTTGTGAGACTCATATGCTACTAAGCTGTA
GGCATGGACAAGAGAGGGACACACACAATGACTTGTTATCAGGATAAGGTTGCCAGCGGA
TGAGTTTGGCATGAGATTTTTTATCTTTGCCAATCTCATTTGATTTCCCTCAGGAACTGC
TGTTAAGGAACAACTTTGGTCCCATTTTACAGATAAGGTAGTTAACTACTGGAAGGCTAA
TTATATTGCTCAAGTTCACATAACTGCTAAAGCAGAAGTGGGTTTAAACTTAAGTCGACT
AAGCGGCAAGGCTCCGGTGAGCCCCCACATTTCTGCCACGGAATAGGCAGCTCTTTGCTG
GATCCTGGACCACTAAAAGCCTCTACTGTGCCCTTATAACAGCTTTCAAAGCCTCTACTG
TGCCCTATAGCTGTTCTAAAAGCCTGCACTGTATTCCTATAGCAGCTTGCTGCATTTCTC
TGGTTAAATCCCCCACATCCTGGTTTTTTCTTCTTTTTTTTCTTCTCAGTAAGGCTTTTC
CCATTCAGTCCCTCCTTCAGTGTGACCTTGTTAGTTTTGAGCCAGGCACA
CCCCTGGCTGGGCCTGGGTTACAGGCTGCCTCTCCCCACCCCTTTCCTTTGCTTCAGCTTAAAGGGTTATTGCATGCCTCCAATTCACTCTTTTTGCTTTTAGCCCTGAGAGGGGCAAGAAGGAGCAAGCTTGGGGCCAAAACTCGAAGTCCGAGAAGGGTAGAGAGGGGGTCTTAGGGAGTAGTGACCCCCCCTCCAAACCCTTTACGGTGACTCTTATAAACCACAGAGAACCCACTGGGAAAATGAAGAACTTCTG
GTAAGCCCATGCCTCTGGAGGGAGC..........GGTCATTTCTCTCTCTTTTCTTCAG
GAAAATCTCAGTTTTCTTCTGTGTGTGCAGTTGTCTGGGACCCTGGGTATCCGCAACTCTTAAGCGTCGCGCAA
GTAAGAGCCATGGTTTATGGGGTGA..........GGATGAGACAGTATTGCTTTTGCAG
GATTTCCTGCCAATTCCATTTCTAATGGTGGAAGTGAACTGTGTCCCAAGATCAGGATTGGCCAAGATGACTTACCAG
GCAAGTAGCACTGTATCATACTGGA..........TTCCTTTCTCTTTCCCTTTCTGTAG
GGTTTGACCTGATTTCTCAGTTCCAAATTGAGAAGGCTGCATCTCGAAGGACTATCCAGAGGGTGGTGGGATCCACAGCCTTACAAGTGGCTTACAAGCTGGGAAGTAATGTAGACTTCAGGATTCCAACAAG
GTAACCTTTCAGAAAGACTCTAATT..........TTTATTATTTTCAAACTCTTCTCAG
GCATTTGTATCCCAGTGGACTGCCTGAAGAATATTCCTTTTTAACTACTTTCCGGATGACTGGAAGCACACTTGAAAAGCACTGGAACATTTGGCAGATCCAGGATTCCGCAGGGAGAGAGCAAGTTGGCGTGAAGATAAATGGCCAAACAAAGTCTGTCGCATTTTCATACAAGGGACTGGATGGGAGTCTCCAAACGGCTGCCTTCTTGAATTTGCCGTCCTTGTTTGACTCCCGGTGGCATAAGCTCATGATTGGCGTGGAAAGAACAAGCGCCACTCTTTTTATTGACTGCATCAGGATCGAATCTTTACCTATAAAGCCAAGAGGCCAGATTGATGCGGATGGCTTTGCAGTGCTGGGAAAACTTGTGGACAATCCTCAGGTTTCTGTTCCT
GTAAGTATAAAATCACAAGGTATCA..........AACCTGCTCTCTTGCTTTTCCCCAG
TTTGAACTCCAGTGGATGCTGATTCATTGTGACCCCCTGAGACCCAGGAGAGAAACCTGTCATGAGCTGCCAATCAGAATCACA
GTGAGTCCTCGAACCGACTTTCTCC..........TCTTTCCATCTTTTTCTGTCCGCAG
ACCAGCCAGACCACCGATGAG
GTAAGCTGGGAGAAAACCCGAAAAC..........AACCTCTGTGTGTTGTTTTTGGCAG
AGAGGTCCTCCGGGTGAGCAGGGGCCTCCAGGGCCTCCTGGGCCTCCTGGAGTTCCGGGCATAGATGGCATTGAT
GTAAGTTTCTATGTCCCTTGTTCTC..........TATATCCCTGTCTCTATGTCTCCAG
GGTGACCGAGGTCCAAAGGGTCCCCCAGGACCTCCG
GTAAGTTGATTGGCATGATGGTGCA..........GCTTCATTTTCTCTCCATTGCTCAG
GGTCCTCCTGGAGATCCAGGCAAGCCAGGAGCACCAGGCAAGCCAGGCACACCAGGAGCTGAT
GTGAGTATGTGTGTGTGTGTGTGTG..........TGACACTATTTTCTTGCTTCATTAG
GGATTAACAGGACCTGATGGATCCCCTGGCTCTGTTGGACCAAGGGGACAAAAA
GTAAGTTAGCCACCTGGTCTTACCT..........TTTTTATTTCTTTCTTTACTTTTAG
GGAGAACCTGGTGTACCTGGGTCTCGTGGATTTCCA
GTAAGTATTTTAAGCAGTAAAGCAA..........AACCATTTTTATTTTGATATTTTAG
GGCCGTGGTATTCCAGGACCCCCT
GTAAGTATTGTTTCATTGTTTATTT..........TGTCCCTTTGATTTGTTGATTTCAG
GGTCCTCCTGGGACCACAGGACTTCCTGGAGAACTTGGCCGAGTAGGCCCTATT
GTGAGTACCCTGGTACACTTTGACT..........GTGTCTCTACTTTGAAATGACCTAG
GGAGACCCTGGGAAAAGAGGACCACCTGGCCCTCCTGGACCTCCAGGACCCAGT
GTAAGTAATTTTCAGTTTAAATTTT..........TCATCTATTTTATTCTTAATTTTAG
GGAACAATTGGATTTCATGATGGAGACCCATTG
GTAAGATTTTTCTTATGAATACAAT..........CTCTCTTCTTCCTTCTCTCTTTCAG
TGCCCCAATTCCTGCCCACCAGGTCGCTCTGGATATCCAGGCCTACCAGGCATGAGG
GTAAGAATAATTTTGTTATTCTGTC..........TTGTATCTATTTTCATATTTGTTAG
GGCCATAAAGGGGCGAAAGGAGAAATCGGCGAGCCAGGAAGACAAGGACACAAG
GTAAGGAAAGGGCATTTAGTAGGTC..........ATCCTCTTTTTTTTTTCCATTTTAG
GGTGAAGAGGGTGACCAGGGGGAACTGGGAGAAGTTGGCGCTCAAGGACCTCCA
GTAAAGTATTTTTTTTTATTGTTTA..........GCCCCCACCCCTTTCACTTTTCCAG
GGACCTCAGGGTCTGAGAGGCATCACTGGCATAGTTGGAGACAAAGGAGAAAAG
GTAAGATATCTATGATAAAGTCATA..........TTTTATTTCTTTGTTTTGTTTTCAG
GGTGCTCGAGGATTTGATGGAGAGCCTGGACCTCAGGGCATTCCAGGTGCAGCT
GTAAGTAGTTTTTCTTTTACAAACA..........ATTGGGAACTTCTGCGTTCATACAG
GGTGATCAAGGACAGCGAGGCCCTCCAGGAGAAACAGGTCCTAAGGGAGACAGA
GTGAGTACAAAATTAGTTTGAATCC..........TTCTTTTATCTCTTCTGCCCTACAG
GGCATTCAAGGTTCCCGAGGAATTCCTGGATCCCCAGGGCCAAAAGGAGACACG
GTATGTCCCGAGCTGTGGGTGTCAC..........AGTGTGCTCTTTGTGTGTCTTATAG
GGCTTGCCAGGTGTAGATGGCCGAGATGGAATACCAGGAATGCCCGGGACAAAG
GTAGATGTGTGGACTGGGTTTGCCT..........TGTGTGATAATGAACTTGCTTTCAG
GGTGAAGCAGGGAAGCCTGGACCCCCCGGGGACGTGGGATTGCAGGGCTTACCA
GTATGTGCTAATATTTTGTTTCTTA..........TCAGAATCTGTGTGTGTTCCTTTAG
GGTGTCCCTGGAATCCCTGGTGCAAAAGGTGTTGCCGGTGAAAAG
GTAAAAACCAAATTGAGCTTGCAGC..........TCTAAATGTTGTCTTTTGTCTTTAG
GGTAACATGGGTGCTCCAGGAAAGCCCGGTCAGTTGGGAAGTTCAGGAAAACCA
GTAAGACTATGTTTATGCTTTTCTG..........TGTATCTCTGCTTTCCTTTCCACAG
GGCCAACAAGGGCCCCCAGGAGAGGTTGGACCTCGGGGACCCAGGGGCCTTCCA
GTGAGTACTCTTCTCCCATGCCTTC..........GATGACAACATATATGTTTTCACAG
GGCAGTAGAGGCCCGGTAGGACCAGAAGGGTCTCCAGGCATACCAGGGAAACTG
GTAAGTGAAGTTTCCACTCTATATG..........TGAAGATTTTCTGTTTGTTTTCCAG
GGATCTGTTGGCAGCCCTGGCCTTCCTGGCTTGCCTGGGCCCCCTGGACTTCCTGGAATGAAAGGAGACAGG
GTAAGCTATCCAGAGGTCTACGTGG..........AAATGTCAAATTTTATTTACTCCAG
GGTGTATTCGGTGAACCGGGTCCCAAGGGTGAACAG
GTAAGTGTTGAGTGTTGTTAGCGGA..........GTGACATTTTATCTTAAAATTTTAG
GGTGCCTCTGGTGAAGAAGGTGAAGCAGGAGCAAGGGGTGACCTT
GTAAGACATTTTTAAAAAATTGGTT..........ATATAATTTTGTCTTACTGATTTAG
GGAGATATGGGACAACCTGGCCCAAAGGGATCT
GTAAGTATGATGAACAGTAATATTA..........TTTTATAGTATACTGTTTGTTCTAG
GTGGGTAACCCCGGGGAGCCGGGTCTGAGGGGGCCTGAAGGAATCAGAGGGCTTCCTGGAGTGGAAGGACCAAGAGGACCACCTGGACCCCGGGGCGTGCAGGGAGAACAGGGTGCCACTGGGCTGCCTGGTATCCAGGGCCCTCCG
GTGAGTGGGCAGATACATCCCATGG..........CCTGCCTTTTTCTTTCTCATCCCAG
GGCAGAGCGCCGACCGACCAGCACATCAAGCAGGTTTGCATGAGAGTCGTGCAAG
GTAAATAAATTGCAGCGGGTTGAAC..........TGTTTGTTTGTTTATTGTCTTGCAG
AGCATTTTGCGGAAATGGCAGCCAGCCTCAAGAGACCAGACACAGGAGCCTCTGGTCTTCCTGGGAGGCCTGGTCCCCCTGGGCCTCCGGGCCCCCCTGGAGAGAATGGTTTCCCTGGTCAGATGGGAATCCGTGGTCTCCCAGGCATTAAGGGTCCCCCTGGTGCTCTTGGCTTAAGAGGACCTAAAG
GTAAGATTTCTTTTTAAGTTTTATT..........GTAACATTTGTTTATTGTAATGCAG
GAGACTTGGGAGAAAAAGGAGAACGTGGTCCTCCAGGAAGAGGTCCTAAGGGTTTGCCTGGAGCGATAGGTCTCCCAG
GTAAGTGGGTTCTGCTGTAGAATGG..........TGTGTGGGCTTTTTATCTGTTTCAG
GTGACCCAGGCCCTGCCAGCTATGGGAAAAATGGCCGTGACGGAGAGCAAGGTCCCCTGGGAGTGGCAGGAATTCCTGGTGTGCCTGGACCCCCAGGTCCTCCAGGCCCTCCTGGGTTCTGTGAGCCAGCCTCTTGCACCCTGCAGTCTGGTCAAAGAGCATTTAGCAAAGGGCCGGACAAATGAAATCCGTAGCGTTGTAGGCTCCCTACACAAAGCACACCTGTTAGCAGAGTGTGGGGGGAGAAACGATACCAACACTGGGGCAAAGCCTCAAAGGTTTCACCTCTGACATCATTACACAAGTGCTACTTGACAATCAGATTTAGAGCAACTGGTGCTATTCAGTAAGTCTTGTTCCTTGTCCATGGAAGGAAGGTAGGAGAGTCATCAGACAAGAGACAAATTCAATTTCTCTTTAGCCAAATTTATAAATCCTCTTCCCAGGAGTCTGAATTTTAGTGTGCTATGAATGGATATATGATGTGTTGTGGGTCACTGTGCCAACAACAACAACAACAACAAGCTGTTCACATTACCTCAGTTGCTGTCATTATTTTTATTTCAATTAAGATATTGATCTCAGATTATTCATTCAGTTATATCAAGTATTGCTAGGATACTAAGGAACAGACCCCACTACATTCAATAAAATTGGTGCTTAAAATCTTCATCAGGGCTGTGTCCCAAAAGTGGTCTCTATACATCGCATGGTGGTTTTGATATTTACTATGAATTTGTGAATAGTGTGTACTGCATCCAATCCCATTTGTATTCTAAAATCCACGTGAAAGCAAAGAAGTAATACCCTGACACACATATGTTTTGTGGCTGACATTATTTATTTTAAAAGTTTGAGGTAACATGTCTGATTGTATCAAAGAAAAAATAAACACGGTTTCCTAGTCTTTTGTGTGTTCTAAAATAAGTAGTCATGTTAAATGTGGTTACATGTTAATTGAACTGGTTTAGAGTCATTAAAATTTTGACTTACTGCTACTTCTTAAAA
TGTATTTATTTTACTGGTTTATTCTATCTGAAGAAATCTGAAGAGTTCCCACTGGTCCAT
GGAGTTATTCTATGACTGTGTATGTGTGAATGTGCATGTGTGTGTGTATTGAGAGACTTA
ATGGATTTCTTTGAAATTCTAATGAAGACTATGAACCCGTTTTCCACGGGCAAACACACA
AGTGCATGTGCATGTGCACTTTGTACACTATTTCAGAGAGTCCTTGGAGTGCCGTAAACC
TGGTTTTTCTTGGTCTCTAGATTAGGAACCACACTTTCATTTCAGAGGATGTAGTGCCTC
CTTGCAACCTCACGGATGCAGAAATAACCTACCTCTCACCATTTTCAAAAAAAAATTTAC
GAAACAGTTCTTTAAAAAAATGTAGATAGTTTAGAGTTACATTATGGTAGTTAAGAACAT
GTGTATATTAGTTAAATCATGACAATACACATTTCCATTTCTTCAATTATTATTCTATGT
GTTCAGAACTATGTAGTTTAACTATTTTGAAATTCATCAGAGCTGGCTTCCAGTATAGAG
GGTAGCCAGTAGTTGTCATCATCTGTCAAAGAGGGGCTGTTGGCAATCCCTCCAGTCTGG
GCTTTGTGCCCCTGTATTACACTTCCTAGTCTGTCTCCTGTTCCCCACACCCTGACTCTC
TAGTGACCGCTGTTCCTTTCTTTGTTGATCCTTCACCAAAGGGCACGTATGTTGTTTCAT
AGTGCTGAAATAGACATGGAACATTTATACACACACACACACACACACACACACACACAC
ACACACATGCACGCGCGCGCGCACACACATATATATGTTTAAAATTTTTTGAGTCTCCGC
AATGTTTTTCATAATGACTTTTAGGGAACTTTTCTTCTCTCTAATACTTGCTAGTGTTTG
CTATTTTTGTCTTTTATGATAGCCATCAAAGTGGAGTTGGATTGTCACTCGTTTTCACAT
TCCCTAGCAATGGCTGGCATTGCAGTTTTGTTTTCATGCC..........

No.	Exon / Intron	Start	End	Start Phase	End Phase	Length	Sequence
	5' upstream sequence						..........TACAGAGATGATTGGCCCCCCTGATTCTGCGTTCCTCCGACATTTGTATC CTCCAAGATGGAACCGGAAGTCAGGCATCCTTTGCTTGCCGTACAGGGCCAGGAGTCCTG TTGCTCCTGAGGAGTGCTCAGGTTCAGGAGGAGGTCTGTGCACAAGAAACAGTGGCGTGT GCACACCTCCTGTCTAGGCCTGTGATGCTAGTAATTCACTCTCTGGTTTCTTATGGGCAA GATTGTGTTGTGTTCTCCCCGGTCTATTCAAACGCATACTATTAATCTCAGAGATTGAGA GCAAACAATTAAAAGACTTGAGGTCATATCGTATCAGAATTTCCCATGGCGAGTTAGAGA GCTGACTTGCAATGAATAGCATCAATGGTGCTCTGGGAGAGTCACCCTCTCATCTAGAGA ATAACGATGTGTAGTCTAACTTCACGAGTGGTTGTGAGACTCATATGCTACTAAGCTGTA GGCATGGACAAGAGAGGGACACACACAATGACTTGTTATCAGGATAAGGTTGCCAGCGGA TGAGTTTGGCATGAGATTTTTTATCTTTGCCAATCTCATTTGATTTCCCTCAGGAACTGC TGTTAAGGAACAACTTTGGTCCCATTTTACAGATAAGGTAGTTAACTACTGGAAGGCTAA TTATATTGCTCAAGTTCACATAACTGCTAAAGCAGAAGTGGGTTTAAACTTAAGTCGACT AAGCGGCAAGGCTCCGGTGAGCCCCCACATTTCTGCCACGGAATAGGCAGCTCTTTGCTG GATCCTGGACCACTAAAAGCCTCTACTGTGCCCTTATAACAGCTTTCAAAGCCTCTACTG TGCCCTATAGCTGTTCTAAAAGCCTGCACTGTATTCCTATAGCAGCTTGCTGCATTTCTC TGGTTAAATCCCCCACATCCTGGTTTTTTCTTCTTTTTTTTCTTCTCAGTAAGGCTTTTC CCATTCAGTCCCTCCTTCAGTGTGACCTTGTTAGTTTTGAGCCAGGCACA
1	EXON 1	24,177,610	24,177,868	-	2	259	CCCCTGGCTGGGCCTGGGTTACAGGCTGCCTCTCCCCACCCCTTTCCTTTGCTTCAGCTT AAAGGGTTATTGCATGCCTCCAATTCACTCTTTTTGCTTTTAGCCCTGAGAGGGGCAAGA AGGAGCAAGCTTGGGGCCAAAACTCGAAGTCCGAGAAGGGTAGAGAGGGGGTCTTAGGGA GTAGTGACCCCCCCTCCAAACCCTTTACGGTGACTCTTATAAACCACAGAGAACCCACTG GGAAAATGAAGAACTTCTG
	INTRON 1 - 2	24,177,869	24,178,258			390	GTAAGCCCATGCCTCTGGAGGGAGC..........GGTCATTTCTCTCTCTTTTCTTCAG
2	EXON 2	24,178,259	24,178,332	2	1	74	GAAAATCTCAGTTTTCTTCTGTGTGTGCAGTTGTCTGGGACCCTGGGTATCCGCAACTCT TAAGCGTCGCGCAA
	INTRON 2 - 3	24,178,333	24,179,283			951	GTAAGAGCCATGGTTTATGGGGTGA..........GGATGAGACAGTATTGCTTTTGCAG
3	EXON 3	24,179,284	24,179,361	1	1	78	GATTTCCTGCCAATTCCATTTCTAATGGTGGAAGTGAACTGTGTCCCAAGATCAGGATTG GCCAAGATGACTTACCAG
	INTRON 3 - 4	24,179,362	24,179,474			113	GCAAGTAGCACTGTATCATACTGGA..........TTCCTTTCTCTTTCCCTTTCTGTAG
4	EXON 4	24,179,475	24,179,607	1	2	133	GGTTTGACCTGATTTCTCAGTTCCAAATTGAGAAGGCTGCATCTCGAAGGACTATCCAGA GGGTGGTGGGATCCACAGCCTTACAAGTGGCTTACAAGCTGGGAAGTAATGTAGACTTCA GGATTCCAACAAG
	INTRON 4 - 5	24,179,608	24,185,037			5,430	GTAACCTTTCAGAAAGACTCTAATT..........TTTATTATTTTCAAACTCTTCTCAG
5	EXON 5	24,185,038	24,185,434	2	0	397	GCATTTGTATCCCAGTGGACTGCCTGAAGAATATTCCTTTTTAACTACTTTCCGGATGAC TGGAAGCACACTTGAAAAGCACTGGAACATTTGGCAGATCCAGGATTCCGCAGGGAGAGA GCAAGTTGGCGTGAAGATAAATGGCCAAACAAAGTCTGTCGCATTTTCATACAAGGGACT GGATGGGAGTCTCCAAACGGCTGCCTTCTTGAATTTGCCGTCCTTGTTTGACTCCCGGTG GCATAAGCTCATGATTGGCGTGGAAAGAACAAGCGCCACTCTTTTTATTGACTGCATCAG GATCGAATCTTTACCTATAAAGCCAAGAGGCCAGATTGATGCGGATGGCTTTGCAGTGCT GGGAAAACTTGTGGACAATCCTCAGGTTTCTGTTCCT
	INTRON 5 - 6	24,185,435	24,194,682			9,248	GTAAGTATAAAATCACAAGGTATCA..........AACCTGCTCTCTTGCTTTTCCCCAG
6	EXON 6	24,194,683	24,194,766	0	0	84	TTTGAACTCCAGTGGATGCTGATTCATTGTGACCCCCTGAGACCCAGGAGAGAAACCTGT CATGAGCTGCCAATCAGAATCACA
	INTRON 6 - 7	24,194,767	24,195,516			750	GTGAGTCCTCGAACCGACTTTCTCC..........TCTTTCCATCTTTTTCTGTCCGCAG
7	EXON 7	24,195,517	24,195,537	0	0	21	ACCAGCCAGACCACCGATGAG
	INTRON 7 - 8	24,195,538	24,196,890			1,353	GTAAGCTGGGAGAAAACCCGAAAAC..........AACCTCTGTGTGTTGTTTTTGGCAG
8	EXON 8	24,196,891	24,196,965	0	0	75	AGAGGTCCTCCGGGTGAGCAGGGGCCTCCAGGGCCTCCTGGGCCTCCTGGAGTTCCGGGC ATAGATGGCATTGAT
	INTRON 8 - 9	24,196,966	24,197,299			334	GTAAGTTTCTATGTCCCTTGTTCTC..........TATATCCCTGTCTCTATGTCTCCAG
9	EXON 9	24,197,300	24,197,335	0	0	36	GGTGACCGAGGTCCAAAGGGTCCCCCAGGACCTCCG
	INTRON 9 - 10	24,197,336	24,197,443			108	GTAAGTTGATTGGCATGATGGTGCA..........GCTTCATTTTCTCTCCATTGCTCAG
10	EXON 10	24,197,444	24,197,506	0	0	63	GGTCCTCCTGGAGATCCAGGCAAGCCAGGAGCACCAGGCAAGCCAGGCACACCAGGAGCT GAT
	INTRON 10 - 11	24,197,507	24,202,013			4,507	GTGAGTATGTGTGTGTGTGTGTGTG..........TGACACTATTTTCTTGCTTCATTAG
11	EXON 11	24,202,014	24,202,067	0	0	54	GGATTAACAGGACCTGATGGATCCCCTGGCTCTGTTGGACCAAGGGGACAAAAA
	INTRON 11 - 12	24,202,068	24,202,296			229	GTAAGTTAGCCACCTGGTCTTACCT..........TTTTTATTTCTTTCTTTACTTTTAG
12	EXON 12	24,202,297	24,202,332	0	0	36	GGAGAACCTGGTGTACCTGGGTCTCGTGGATTTCCA
	INTRON 12 - 13	24,202,333	24,204,657			2,325	GTAAGTATTTTAAGCAGTAAAGCAA..........AACCATTTTTATTTTGATATTTTAG
13	EXON 13	24,204,658	24,204,681	0	0	24	GGCCGTGGTATTCCAGGACCCCCT
	INTRON 13 - 14	24,204,682	24,205,053			372	GTAAGTATTGTTTCATTGTTTATTT..........TGTCCCTTTGATTTGTTGATTTCAG
14	EXON 14	24,205,054	24,205,107	0	0	54	GGTCCTCCTGGGACCACAGGACTTCCTGGAGAACTTGGCCGAGTAGGCCCTATT
	INTRON 14 - 15	24,205,108	24,207,385			2,278	GTGAGTACCCTGGTACACTTTGACT..........GTGTCTCTACTTTGAAATGACCTAG
15	EXON 15	24,207,386	24,207,439	0	0	54	GGAGACCCTGGGAAAAGAGGACCACCTGGCCCTCCTGGACCTCCAGGACCCAGT
	INTRON 15 - 16	24,207,440	24,208,173			734	GTAAGTAATTTTCAGTTTAAATTTT..........TCATCTATTTTATTCTTAATTTTAG
16	EXON 16	24,208,174	24,208,206	0	0	33	GGAACAATTGGATTTCATGATGGAGACCCATTG
	INTRON 16 - 17	24,208,207	24,209,058			852	GTAAGATTTTTCTTATGAATACAAT..........CTCTCTTCTTCCTTCTCTCTTTCAG
17	EXON 17	24,209,059	24,209,115	0	0	57	TGCCCCAATTCCTGCCCACCAGGTCGCTCTGGATATCCAGGCCTACCAGGCATGAGG
	INTRON 17 - 18	24,209,116	24,210,372			1,257	GTAAGAATAATTTTGTTATTCTGTC..........TTGTATCTATTTTCATATTTGTTAG
18	EXON 18	24,210,373	24,210,426	0	0	54	GGCCATAAAGGGGCGAAAGGAGAAATCGGCGAGCCAGGAAGACAAGGACACAAG
	INTRON 18 - 19	24,210,427	24,214,538			4,112	GTAAGGAAAGGGCATTTAGTAGGTC..........ATCCTCTTTTTTTTTTCCATTTTAG
19	EXON 19	24,214,539	24,214,592	0	0	54	GGTGAAGAGGGTGACCAGGGGGAACTGGGAGAAGTTGGCGCTCAAGGACCTCCA
	INTRON 19 - 20	24,214,593	24,217,535			2,943	GTAAAGTATTTTTTTTTATTGTTTA..........GCCCCCACCCCTTTCACTTTTCCAG
20	EXON 20	24,217,536	24,217,589	0	0	54	GGACCTCAGGGTCTGAGAGGCATCACTGGCATAGTTGGAGACAAAGGAGAAAAG
	INTRON 20 - 21	24,217,590	24,220,743			3,154	GTAAGATATCTATGATAAAGTCATA..........TTTTATTTCTTTGTTTTGTTTTCAG
21	EXON 21	24,220,744	24,220,797	0	0	54	GGTGCTCGAGGATTTGATGGAGAGCCTGGACCTCAGGGCATTCCAGGTGCAGCT
	INTRON 21 - 22	24,220,798	24,221,578			781	GTAAGTAGTTTTTCTTTTACAAACA..........ATTGGGAACTTCTGCGTTCATACAG
22	EXON 22	24,221,579	24,221,632	0	0	54	GGTGATCAAGGACAGCGAGGCCCTCCAGGAGAAACAGGTCCTAAGGGAGACAGA
	INTRON 22 - 23	24,221,633	24,221,769			137	GTGAGTACAAAATTAGTTTGAATCC..........TTCTTTTATCTCTTCTGCCCTACAG
23	EXON 23	24,221,770	24,221,823	0	0	54	GGCATTCAAGGTTCCCGAGGAATTCCTGGATCCCCAGGGCCAAAAGGAGACACG
	INTRON 23 - 24	24,221,824	24,221,944			121	GTATGTCCCGAGCTGTGGGTGTCAC..........AGTGTGCTCTTTGTGTGTCTTATAG
24	EXON 24	24,221,945	24,221,998	0	0	54	GGCTTGCCAGGTGTAGATGGCCGAGATGGAATACCAGGAATGCCCGGGACAAAG
	INTRON 24 - 25	24,221,999	24,222,421			423	GTAGATGTGTGGACTGGGTTTGCCT..........TGTGTGATAATGAACTTGCTTTCAG
25	EXON 25	24,222,422	24,222,475	0	0	54	GGTGAAGCAGGGAAGCCTGGACCCCCCGGGGACGTGGGATTGCAGGGCTTACCA
	INTRON 25 - 26	24,222,476	24,223,574			1,099	GTATGTGCTAATATTTTGTTTCTTA..........TCAGAATCTGTGTGTGTTCCTTTAG
26	EXON 26	24,223,575	24,223,619	0	0	45	GGTGTCCCTGGAATCCCTGGTGCAAAAGGTGTTGCCGGTGAAAAG
	INTRON 26 - 27	24,223,620	24,224,503			884	GTAAAAACCAAATTGAGCTTGCAGC..........TCTAAATGTTGTCTTTTGTCTTTAG
27	EXON 27	24,224,504	24,224,557	0	0	54	GGTAACATGGGTGCTCCAGGAAAGCCCGGTCAGTTGGGAAGTTCAGGAAAACCA
	INTRON 27 - 28	24,224,558	24,224,646			89	GTAAGACTATGTTTATGCTTTTCTG..........TGTATCTCTGCTTTCCTTTCCACAG
28	EXON 28	24,224,647	24,224,700	0	0	54	GGCCAACAAGGGCCCCCAGGAGAGGTTGGACCTCGGGGACCCAGGGGCCTTCCA
	INTRON 28 - 29	24,224,701	24,230,195			5,495	GTGAGTACTCTTCTCCCATGCCTTC..........GATGACAACATATATGTTTTCACAG
29	EXON 29	24,230,196	24,230,249	0	0	54	GGCAGTAGAGGCCCGGTAGGACCAGAAGGGTCTCCAGGCATACCAGGGAAACTG
	INTRON 29 - 30	24,230,250	24,230,882			633	GTAAGTGAAGTTTCCACTCTATATG..........TGAAGATTTTCTGTTTGTTTTCCAG
30	EXON 30	24,230,883	24,230,954	0	0	72	GGATCTGTTGGCAGCCCTGGCCTTCCTGGCTTGCCTGGGCCCCCTGGACTTCCTGGAATG AAAGGAGACAGG
	INTRON 30 - 31	24,230,955	24,231,450			496	GTAAGCTATCCAGAGGTCTACGTGG..........AAATGTCAAATTTTATTTACTCCAG
31	EXON 31	24,231,451	24,231,486	0	0	36	GGTGTATTCGGTGAACCGGGTCCCAAGGGTGAACAG
	INTRON 31 - 32	24,231,487	24,232,184			698	GTAAGTGTTGAGTGTTGTTAGCGGA..........GTGACATTTTATCTTAAAATTTTAG
32	EXON 32	24,232,185	24,232,229	0	0	45	GGTGCCTCTGGTGAAGAAGGTGAAGCAGGAGCAAGGGGTGACCTT
	INTRON 32 - 33	24,232,230	24,233,570			1,341	GTAAGACATTTTTAAAAAATTGGTT..........ATATAATTTTGTCTTACTGATTTAG
33	EXON 33	24,233,571	24,233,603	0	0	33	GGAGATATGGGACAACCTGGCCCAAAGGGATCT
	INTRON 33 - 34	24,233,604	24,237,124			3,521	GTAAGTATGATGAACAGTAATATTA..........TTTTATAGTATACTGTTTGTTCTAG
34	EXON 34	24,237,125	24,237,271	0	0	147	GTGGGTAACCCCGGGGAGCCGGGTCTGAGGGGGCCTGAAGGAATCAGAGGGCTTCCTGGA GTGGAAGGACCAAGAGGACCACCTGGACCCCGGGGCGTGCAGGGAGAACAGGGTGCCACT GGGCTGCCTGGTATCCAGGGCCCTCCG
	INTRON 34 - 35	24,237,272	24,237,441			170	GTGAGTGGGCAGATACATCCCATGG..........CCTGCCTTTTTCTTTCTCATCCCAG
35	EXON 35	24,237,442	24,237,496	0	1	55	GGCAGAGCGCCGACCGACCAGCACATCAAGCAGGTTTGCATGAGAGTCGTGCAAG
	INTRON 35 - 36	24,237,497	24,239,206			1,710	GTAAATAAATTGCAGCGGGTTGAAC..........TGTTTGTTTGTTTATTGTCTTGCAG
36	EXON 36	24,239,207	24,239,395	1	1	189	AGCATTTTGCGGAAATGGCAGCCAGCCTCAAGAGACCAGACACAGGAGCCTCTGGTCTTC CTGGGAGGCCTGGTCCCCCTGGGCCTCCGGGCCCCCCTGGAGAGAATGGTTTCCCTGGTC AGATGGGAATCCGTGGTCTCCCAGGCATTAAGGGTCCCCCTGGTGCTCTTGGCTTAAGAG GACCTAAAG
	INTRON 36 - 37	24,239,396	24,244,357			4,962	GTAAGATTTCTTTTTAAGTTTTATT..........GTAACATTTGTTTATTGTAATGCAG
37	EXON 37	24,244,358	24,244,435	1	1	78	GAGACTTGGGAGAAAAAGGAGAACGTGGTCCTCCAGGAAGAGGTCCTAAGGGTTTGCCTG GAGCGATAGGTCTCCCAG
	INTRON 37 - 38	24,244,436	24,251,676			7,241	GTAAGTGGGTTCTGCTGTAGAATGG..........TGTGTGGGCTTTTTATCTGTTTCAG
38	EXON 38	24,251,677	24,252,684	1	-	1,008	GTGACCCAGGCCCTGCCAGCTATGGGAAAAATGGCCGTGACGGAGAGCAAGGTCCCCTGG GAGTGGCAGGAATTCCTGGTGTGCCTGGACCCCCAGGTCCTCCAGGCCCTCCTGGGTTCT GTGAGCCAGCCTCTTGCACCCTGCAGTCTGGTCAAAGAGCATTTAGCAAAGGGCCGGACA AATGAAATCCGTAGCGTTGTAGGCTCCCTACACAAAGCACACCTGTTAGCAGAGTGTGGG GGGAGAAACGATACCAACACTGGGGCAAAGCCTCAAAGGTTTCACCTCTGACATCATTAC ACAAGTGCTACTTGACAATCAGATTTAGAGCAACTGGTGCTATTCAGTAAGTCTTGTTCC TTGTCCATGGAAGGAAGGTAGGAGAGTCATCAGACAAGAGACAAATTCAATTTCTCTTTA GCCAAATTTATAAATCCTCTTCCCAGGAGTCTGAATTTTAGTGTGCTATGAATGGATATA TGATGTGTTGTGGGTCACTGTGCCAACAACAACAACAACAACAAGCTGTTCACATTACCT CAGTTGCTGTCATTATTTTTATTTCAATTAAGATATTGATCTCAGATTATTCATTCAGTT ATATCAAGTATTGCTAGGATACTAAGGAACAGACCCCACTACATTCAATAAAATTGGTGC TTAAAATCTTCATCAGGGCTGTGTCCCAAAAGTGGTCTCTATACATCGCATGGTGGTTTT GATATTTACTATGAATTTGTGAATAGTGTGTACTGCATCCAATCCCATTTGTATTCTAAA ATCCACGTGAAAGCAAAGAAGTAATACCCTGACACACATATGTTTTGTGGCTGACATTAT TTATTTTAAAAGTTTGAGGTAACATGTCTGATTGTATCAAAGAAAAAATAAACACGGTTT CCTAGTCTTTTGTGTGTTCTAAAATAAGTAGTCATGTTAAATGTGGTTACATGTTAATTG AACTGGTTTAGAGTCATTAAAATTTTGACTTACTGCTACTTCTTAAAA
	3' upstream sequence						TGTATTTATTTTACTGGTTTATTCTATCTGAAGAAATCTGAAGAGTTCCCACTGGTCCAT GGAGTTATTCTATGACTGTGTATGTGTGAATGTGCATGTGTGTGTGTATTGAGAGACTTA ATGGATTTCTTTGAAATTCTAATGAAGACTATGAACCCGTTTTCCACGGGCAAACACACA AGTGCATGTGCATGTGCACTTTGTACACTATTTCAGAGAGTCCTTGGAGTGCCGTAAACC TGGTTTTTCTTGGTCTCTAGATTAGGAACCACACTTTCATTTCAGAGGATGTAGTGCCTC CTTGCAACCTCACGGATGCAGAAATAACCTACCTCTCACCATTTTCAAAAAAAAATTTAC GAAACAGTTCTTTAAAAAAATGTAGATAGTTTAGAGTTACATTATGGTAGTTAAGAACAT GTGTATATTAGTTAAATCATGACAATACACATTTCCATTTCTTCAATTATTATTCTATGT GTTCAGAACTATGTAGTTTAACTATTTTGAAATTCATCAGAGCTGGCTTCCAGTATAGAG GGTAGCCAGTAGTTGTCATCATCTGTCAAAGAGGGGCTGTTGGCAATCCCTCCAGTCTGG GCTTTGTGCCCCTGTATTACACTTCCTAGTCTGTCTCCTGTTCCCCACACCCTGACTCTC TAGTGACCGCTGTTCCTTTCTTTGTTGATCCTTCACCAAAGGGCACGTATGTTGTTTCAT AGTGCTGAAATAGACATGGAACATTTATACACACACACACACACACACACACACACACAC ACACACATGCACGCGCGCGCGCACACACATATATATGTTTAAAATTTTTTGAGTCTCCGC AATGTTTTTCATAATGACTTTTAGGGAACTTTTCTTCTCTCTAATACTTGCTAGTGTTTG CTATTTTTGTCTTTTATGATAGCCATCAAAGTGGAGTTGGATTGTCACTCGTTTTCACAT TCCCTAGCAATGGCTGGCATTGCAGTTTTGTTTTCATGCC..........

Sequence Detail Report

Gene Symbol (Gene ID)	Col9a1 (ENSMUSG00000026147)
Transcript ID	ENSMUST00000054588

		SNP Information
Strain :
Sequence Retrieve :
Exon translate : CDS Start ( 1 ) - End ( 922 ) -
Strand :	forward reverse
Show sequence :	nucleotide amino acid
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