MoG+ -Mouse Genome database with high added value-

Target CDS Information

Gene Symbol (Gene ID)

Fer1l5 (ENSMUSG00000037432)

Cross Reference

EMBL	GL456084, KC440916
GO	GO:0003674, GO:0005575, GO:0005886, ...show all
goslim_goa	GO:0003674, GO:0005575, GO:0005623, ...show all
MGI_trans_name	Fer1l5-002
OTTP	OTTMUSP00000069323
OTTT	OTTMUST00000128917
RefSeq_mRNA	NM_001277076.1
RefSeq_peptide	NP_001264005
UCSC	uc033fip.1
UniParc	UPI0002B8CE77

Uniprot/SWISSPROT	P0DM40
Vega_transcript	Fer1l5-002, OTTMUST00000128917
Vega_translation	178963, OTTMUSP00000069323

Definition

protein_id:ENSMUSP00000142130
translation:

MLRVVVESASINPPLSTTPKAFVTVYFRDMMKRTRVEEGHDPIWNETLIWHLWNQPLEND
SFLKVILQDSVSKKKERFIGLATVPLKRLAQRPKEVMFVRDLILLNHSMKPTNCTVTLHV
AQIYDQDTEMTGNEELLGSTVNEVTQKKLMVSGLPMHRALASKPQHFQVRVKVFEARQLL
GNNIKPVVKVNIADQQHLTRIKMGNNPFFNEIFFQNFHEVPAKFFEENISIEVVDSAASR
SKAEIGRFQTDIGFIYHSPGHTLLRKWLGLCQRNKTTSGVRGYLKVTICALGVGDQALVD
QKLPYEQNTRVQIFKSKEVPVSLAYLQFFIYCAEDLHFGTHKSATPVLEVELIGDKLRTK
PQNPSDNPIWNQILTFQIQLPCLSSYIKFRVMDCSKYKCQDEIGSASLCLSQISSTGEEI
QGMYSGFLPCFGPSFLTLRGGKKPPFRTSEEGTCIMDAVQHGLAYRGRIFVEIVTKIKSQ
QDSVMKDLSQEVTQVEMQYYRQKYGLCVIFLSCTMMPKFKDLIQFEVSMGHYGNKTDPNY
KPLVSTTQYSPVIYDGTTYHYVPWYNTKPVVAVTSNWEDVGFRMNCLNLLHITRDRLKTN
LDILKSIRNPRDPALLQQWEKLLKELQEDCRRPLPCMTDQPRANSLDRNKWQLRSQLLQQ
LAQMAKEAKPVNMVGTAKEWLHRLNAVIPEPQESLPDVLIWLMSRQQRVAYARVPAHTVL
FSPAGPLSSGKFCGKIQNILLQYPEGEGQDTFPASLRVCMWLGNVKYSKNLKLLQQGSMV
VYAETYENQAKTRDDWGQQGLYHCPNFSDVMGRKALPKTDFKAPPGWHWKDDWVVEPQRR
LLLDIDINKSQVLEEVYENQLRNATGAWVPAAIPNTDVNGQPVEALENVKCPQGWHFKKN
WIVKLNHAVDSEGWEYGVGIPPSGLPQIWNSVEKTYHSCRRRRWVRVRFRNHKELGQERS
QEQETLSFLQMQDLSEEGKEGWEYGTFDSRFHLDPQPTSRFRRRCWHRQLAPNKDRGVAS
IFLLEGSLAVEQKDQPRKEMEKTRSWQPWKDLRHTPEDPRIPTTPFIYYILNKPHYYQLF
CYIYQARNLMYNQILTFQEPFIQVVFLNHSLCTQTLRSSAAPTWSQSIIFQHLLLFEDPK
DTRENPPLVVLELWQHDSRGNKILWGRSMWPPVVWLGLQDWVFTPLRWHPLVRELGEEEG
EILASCELILETQKLKELHPPILSIPCKDGIYLLPKNIQPTMKMMAIEIMAWGLRNMTKV
RYPQLLLECGGESLKTEPISNFQENPNFPTSTFFFTVFMPLEETHAQPLVVKVVDNQEYG
QQIVVGQANIDFLQPYFCDPWSLNYTTVKLPTLSVKKPDTFLDFVYKKFWFDSSKDEEVY
EEEVDWWSKLFWATGDADKSLNYNHKSYHTLKVYDCELEAVLTFKGLQDFCQTFKLYQEK
PKVDSPVVGEFKGLFRIYPFPEDPEAPKPPRQFSAWPEIEDFPQMCLVRVYLIRAINLQP
QDYNGLCDPYVILKLGQTKLGSRDSYYPNTLDPIFGMMYELTCNIPLEKDLEIQLFDFDL
ITADDEIGSTVIDLENRLLSGFGARCGLSKSYCKSGPFKWRDQMTPSYLLYRYAKQKGLP
PPVFDLEGDSLYYNGETFKLQSFESAPPTYKHLGPKKERLALYILNTQGLVPEHVETRTL
HSNSQPGIDQGKIQMWVDIFPKMLGPPGPQVNISPRKPKRYQLRCIIWSTAEVDLVQETF
SKEKMSDIYVKGWLFGLEEDTQKTDVHYHSLTGEATFNWRFIFTMDYLTTERACVQSQKD
YIWSLDPTSTKFPARLMIQIWDNDFFSPDDFLGVLELDLSDMPLPAQNIKQCSLKMMETD
SKWPFTPQKRISLFKKTNVTGWWPCQVLDGDKWRLSGKVKMTLEMLSEREALIRPAGRGQ
SEPNQFPMLHPPERNDSFLLWYQSPIKNFCYAVCKRYRSKIICLVVTLVIGFILLNFVYS
APSYFAMNWIKPQLRLSSPIKIVNLIGTVNTSNINSSILTMEGSTYHASHVFPEAPAP

Chromosome

Length
Position(start - end)

49,617
36,372,291 - 36,421,909

Orient to Chromosome

plus

Link

Location : (1:36372291-36421909)
/

Detail Map

name	Fer1l5 (ENSMUSG00000037432)
type	gene
link	VEGA Ensembl MGI
xref
definition	locus_tag : Fer1l5 note : fer-1-like 5 (C. elegans) [Source:MGI Symbol;Acc:MGI:3616091]

name	Lman2l (ENSMUSG00000001143)
type	gene
link	VEGA Ensembl MGI
xref
definition	locus_tag : Lman2l note : lectin, mannose-binding 2-like [Source:MGI Symbol;Acc:MGI:2443010]

name	Fer1l5 (ENSMUSG00000037432)
type	mRNA
link	VEGA Ensembl MGI
xref
definition	note : transcript_id=ENSMUST00000179162

name	Fer1l5 (ENSMUSG00000037432)
type	mRNA
link	VEGA Ensembl MGI
xref
definition	note : transcript_id=ENSMUST00000202030

name	Fer1l5 (ENSMUSG00000037432)
type	mRNA
link	VEGA Ensembl MGI
xref
definition	note : transcript_id=ENSMUST00000140452

name	Lman2l (ENSMUSG00000001143)
type	mRNA
link	VEGA Ensembl MGI
xref
definition	note : transcript_id=ENSMUST00000192969

name	Lman2l (ENSMUSG00000001143)
type	mRNA
link	VEGA Ensembl MGI
xref
definition	note : transcript_id=ENSMUST00000125304

name	Lman2l (ENSMUSG00000001143)
type	mRNA
link	VEGA Ensembl MGI
xref
definition	note : transcript_id=ENSMUST00000115011

name	Lman2l (ENSMUSG00000001143)
type	mRNA
link	VEGA Ensembl MGI
xref
definition	note : transcript_id=ENSMUST00000001171

name	Fer1l5 (ENSMUSG00000037432) (Detail)
type	CDS
link	VEGA Ensembl MGI
xref	Uniprot/SWISSPROT:P0DM40 RefSeq_peptide:NP_001264005 RefSeq_mRNA:NM_001277076.1 Vega_transcript:Fer1l5-002 Vega_transcript:OTTMUST00000128917 UCSC:uc033fip.1 EMBL:GL456084 EMBL:KC440916 GO:GO:0003674 GO:GO:0005575 GO:GO:0005886 GO:GO:0007520 GO:GO:0008150 GO:GO:0016021 MGI_trans_name:Fer1l5-002 Vega_translation:178963 Vega_translation:OTTMUSP00000069323 goslim_goa:GO:0003674 goslim_goa:GO:0005575 goslim_goa:GO:0005623 goslim_goa:GO:0005886 goslim_goa:GO:0008150 goslim_goa:GO:0030154 goslim_goa:GO:0048646 goslim_goa:GO:0048856 OTTP:OTTMUSP00000069323 OTTT:OTTMUST00000128917 UniParc:UPI0002B8CE77
definition	note : transcript_id=ENSMUST00000179162 protein_id : ENSMUSP00000142130 translation : MLRVVVESASINPPLSTTPKAFVTVYFRDMMKRTRVEEGHDPIWNETLIWHLWNQPLENDSFLKVILQDSVSKKKERFIGLATVPLKRLAQRPKEVMFVRDLILLNHSMKPTNCTVTLHVAQIYDQDTEMTGNEELLGSTVNEVTQKKLMVSGLPMHRALASKPQHFQVRVKVFEARQLLGNNIKPVVKVNIADQQHLTRIKMGNNPFFNEIFFQNFHEVPAKFFEENISIEVVDSAASRSKAEIGRFQTDIGFIYHSPGHTLLRKWLGLCQRNKTTSGVRGYLKVTICALGVGDQALVDQKLPYEQNTRVQIFKSKEVPVSLAYLQFFIYCAEDLHFGTHKSATPVLEVELIGDKLRTKPQNPSDNPIWNQILTFQIQLPCLSSYIKFRVMDCSKYKCQDEIGSASLCLSQISSTGEEIQGMYSGFLPCFGPSFLTLRGGKKPPFRTSEEGTCIMDAVQHGLAYRGRIFVEIVTKIKSQQDSVMKDLSQEVTQVEMQYYRQKYGLCVIFLSCTMMPKFKDLIQFEVSMGHYGNKTDPNYKPLVSTTQYSPVIYDGTTYHYVPWYNTKPVVAVTSNWEDVGFRMNCLNLLHITRDRLKTNLDILKSIRNPRDPALLQQWEKLLKELQEDCRRPLPCMTDQPRANSLDRNKWQLRSQLLQQLAQMAKEAKPVNMVGTAKEWLHRLNAVIPEPQESLPDVLIWLMSRQQRVAYARVPAHTVLFSPAGPLSSGKFCGKIQNILLQYPEGEGQDTFPASLRVCMWLGNVKYSKNLKLLQQGSMVVYAETYENQAKTRDDWGQQGLYHCPNFSDVMGRKALPKTDFKAPPGWHWKDDWVVEPQRRLLLDIDINKSQVLEEVYENQLRNATGAWVPAAIPNTDVNGQPVEALENVKCPQGWHFKKNWIVKLNHAVDSEGWEYGVGIPPSGLPQIWNSVEKTYHSCRRRRWVRVRFRNHKELGQERSQEQETLSFLQMQDLSEEGKEGWEYGTFDSRFHLDPQPTSRFRRRCWHRQLAPNKDRGVASIFLLEGSLAVEQKDQPRKEMEKTRSWQPWKDLRHTPEDPRIPTTPFIYYILNKPHYYQLFCYIYQARNLMYNQILTFQEPFIQVVFLNHSLCTQTLRSSAAPTWSQSIIFQHLLLFEDPKDTRENPPLVVLELWQHDSRGNKILWGRSMWPPVVWLGLQDWVFTPLRWHPLVRELGEEEGEILASCELILETQKLKELHPPILSIPCKDGIYLLPKNIQPTMKMMAIEIMAWGLRNMTKVRYPQLLLECGGESLKTEPISNFQENPNFPTSTFFFTVFMPLEETHAQPLVVKVVDNQEYGQQIVVGQANIDFLQPYFCDPWSLNYTTVKLPTLSVKKPDTFLDFVYKKFWFDSSKDEEVYEEEVDWWSKLFWATGDADKSLNYNHKSYHTLKVYDCELEAVLTFKGLQDFCQTFKLYQEKPKVDSPVVGEFKGLFRIYPFPEDPEAPKPPRQFSAWPEIEDFPQMCLVRVYLIRAINLQPQDYNGLCDPYVILKLGQTKLGSRDSYYPNTLDPIFGMMYELTCNIPLEKDLEIQLFDFDLITADDEIGSTVIDLENRLLSGFGARCGLSKSYCKSGPFKWRDQMTPSYLLYRYAKQKGLPPPVFDLEGDSLYYNGETFKLQSFESAPPTYKHLGPKKERLALYILNTQGLVPEHVETRTLHSNSQPGIDQGKIQMWVDIFPKMLGPPGPQVNISPRKPKRYQLRCIIWSTAEVDLVQETFSKEKMSDIYVKGWLFGLEEDTQKTDVHYHSLTGEATFNWRFIFTMDYLTTERACVQSQKDYIWSLDPTSTKFPARLMIQIWDNDFFSPDDFLGVLELDLSDMPLPAQNIKQCSLKMMETDSKWPFTPQKRISLFKKTNVTGWWPCQVLDGDKWRLSGKVKMTLEMLSEREALIRPAGRGQSEPNQFPMLHPPERNDSFLLWYQSPIKNFCYAVCKRYRSKIICLVVTLVIGFILLNFVYSAPSYFAMNWIKPQLRLSSPIKIVNLIGTVNTSNINSSILTMEGSTYHASHVFPEAPAP

name	Fer1l5 (ENSMUSG00000037432) (Detail)
type	CDS
link	VEGA Ensembl MGI
xref	Vega_transcript:Fer1l5-003 Vega_transcript:OTTMUST00000139071 MGI_trans_name:Fer1l5-003 Vega_translation:178964 Vega_translation:OTTMUSP00000073024 OTTP:OTTMUSP00000073024 OTTT:OTTMUST00000139071 UniParc:UPI00064547DF
definition	codon_start : 2 note : transcript_id=ENSMUST00000202030 protein_id : ENSMUSP00000143919 translation : XNTRVQIFKSKEVPVSLAYLQFFIYCAEDLHFGTHKSATPVLEVELIGDKLRTKPQNPSDNPIWNQILTFQIQLPCLSSYIKFRVMDCSKYKCQDEIGSASLCLSQISSTGEEIQGMYSGFLPCFGPSFLTLRGGKKPPFRTSEEGTCIMDAVQHGLAYRGRIFVEIVTKIKSQQDSVMKDLSQEVTQVEMQYYRQKYGLCVIFLSCTMMPKFKDLIQFEVSMGHYGNKTDPNYKPLVSTTQYSPVIYDDIPPPPSCVSVT

name	Fer1l5 (ENSMUSG00000037432) (Detail)
type	CDS
link	VEGA Ensembl MGI
xref	Vega_transcript:Fer1l5-001 Vega_transcript:OTTMUST00000084899 MGI_trans_name:Fer1l5-001 Vega_translation:178965 Vega_translation:OTTMUSP00000073025 OTTP:OTTMUSP00000073025 OTTT:OTTMUST00000084899 UniParc:UPI00064547CA
definition	note : transcript_id=ENSMUST00000140452 protein_id : ENSMUSP00000144430 translation : ILKLGQTKLGSRDSYYPNTLDPIFGMMYELTCNIPLEKDLEIQLFDFDLITADDEIGSTVIDLENRLLSGFGARCGLSKSYCKSGPFKWRDQMTPSYLLYRYAKQKGLPPPVFDLEGDSLYYNGETFKLQSFESAPPTYKHLGPKKERLALYILNTQGLVPEHVETRTLHSNSQPGIDQGKIQMWVDIFPKMLGPPGPQVNISPRKPKR

name	Lman2l (ENSMUSG00000001143) (Detail)
type	CDS
link	VEGA Ensembl MGI
xref	Vega_transcript:Lman2l-008 Vega_transcript:OTTMUST00000127607 Uniprot/SPTREMBL:A0A0A6YX25 UCSC:uc007aqd.1 GO:GO:0003674 GO:GO:0005789 GO:GO:0005794 GO:GO:0015031 MGI_trans_name:Lman2l-008 Vega_translation:178966 Vega_translation:OTTMUSP00000068811 goslim_goa:GO:0003674 goslim_goa:GO:0005575 goslim_goa:GO:0005622 goslim_goa:GO:0005623 goslim_goa:GO:0005737 goslim_goa:GO:0005783 goslim_goa:GO:0005794 goslim_goa:GO:0006810 goslim_goa:GO:0008150 goslim_goa:GO:0043226 OTTP:OTTMUSP00000068811 OTTT:OTTMUST00000127607 UniParc:UPI00053BD6A2
definition	codon_start : 3 note : transcript_id=ENSMUST00000192969 protein_id : ENSMUSP00000141806 translation : XKNLHGDGLAIWYTKDRMQPGPVFGNMDKFVGLGVFVDTYPNEEKQHERVFPYISAMVNNGSLSYDHERDGRPTELGGCTAIVRNIRYDTFLVIRYVKRHLTIMMDIDGKHEWRDCIEMPGVRLPRGYYFGTSSITGDLSDNHDVISLKLFELTGVRTPEEEKLHRDVFLPSVDNLKLPESLLDQVHFSCAPDDTTQLVPAATVL

name
type	misc_feature
link
xref
definition	note : contig AC132456.5 1..167110(-1)

name	Lman2l (ENSMUSG00000001143)
type	misc_RNA
link	VEGA Ensembl MGI
xref	Vega_transcript:OTTMUST00000051150 Vega_transcript:OTTMUST00000051150 MGI_trans_name:Lman2l-004 OTTT:OTTMUST00000051150
definition	note : retained_intron note : transcript_id=ENSMUST00000134594

Polymorphisms Report

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

Gene Symbol (Gene ID)	Fer1l5 (ENSMUSG00000037432)
Transcript ID	ENSMUST00000179162

Reports
substitution
cSNPs	17
Insertion	31
Deletion	47
SNPs	-1kb 36367995(c.-4296A>G), 36368243(c.-4048T>C), 36368439(c.-3852C>A), 36368536(c.-3755G>A), 36368672(c.-3619A>G), 36368678(c.-3613T>C), 36368739(c.-3552G>A), 36368750(c.-3541A>G), 36368827(c.-3464C>T), 36369091(c.-3200A>G), 36369093(c.-3198A>C), 36369163(c.-3128T>G), 36369167(c.-3124G>C), 36369260(c.-3031G>C), 36369271(c.-3020A>G), 36369280(c.-3011G>A), 36369305(c.-2986C>T), 36369307(c.-2984G>A), 36369346(c.-2945G>A), 36369403(c.-2888G>A), 36370583(c.-1708G>C), 36370625(c.-1666G>A), 36370634(c.-1657G>A), 36370689(c.-1602G>T), 36370697(c.-1594T>G), 36370786(c.-1505G>A), 36370952(c.-1339A>G), 36371026(c.-1265G>A), 36371891(c.-400G>A), 36371899(c.-392T>A), 36371967(c.-324T>C), 36372125(c.-166C>T), 36372264(c.-27A>G), 5'UTR CDS 36373722(c.122A>G), 36374557(c.180C>T), 36375230(c.289A>G), 36378419(c.537C>T), 36378450(c.568G>A), 36378463(c.581A>G), 36403474(c.2073C>A), 36403603(c.2202G>A), 36406531(c.2378G>A), 36407958(c.2710A>G), 36411325(c.3574G>A), 36416541(c.4431C>T), 36418107(c.4936G>A), 36419991(c.5172T>C), 36420659(c.5460T>A), 36421201(c.5763C>G), 36421906(c.6114A>G), 3'UTR 36421916(c.7G>A), INTRON 36372440(c.85+65A>G), 36372450(c.85+75G>T), 36372472(c.85+97G>A), 36372498(c.85+123A>G), 36372607(c.85+232A>G), 36372616(c.85+241A>G), 36372685(c.85+310A>C), 36372688(c.85+313A>G), 36372787(c.85+412A>G), 36373013(c.85+638G>T), 36373053(c.86-633C>G), 36373067(c.86-619A>G), 36373385(c.86-301A>G), 36373487(c.86-199G>T), 36373488(c.86-198G>A), 36373523(c.86-163A>G), 36373778(c.138+40C>T), 36373962(c.138+224G>C), 36374092(c.138+354T>C), 36374185(c.139-331A>T), 36374189(c.139-327A>G), 36374199(c.139-317T>C), 36374297(c.139-219T>G), 36374313(c.139-203C>T), 36374335(c.139-181T>A), 36374385(c.139-131A>G), 36374386(c.139-130T>G), 36374643(c.230+36A>T), 36374644(c.230+37T>G), 36374645(c.230+38C>A), 36374684(c.230+77T>C), 36374687(c.230+80A>G), 36374702(c.230+95A>G), 36374709(c.230+102G>C), 36374756(c.230+149C>A), 36374762(c.230+155G>A), 36374770(c.230+163G>T), 36374788(c.230+181G>A), 36374813(c.230+206T>C), 36374851(c.230+244T>C), 36374859(c.230+252A>G), 36374887(c.230+280T>C), 36374914(c.231-258T>C), 36374971(c.231-201G>A), 36375168(c.231-4T>C), 36375303(c.339+23G>C), 36375334(c.339+54C>T), 36375396(c.339+116A>G), 36375452(c.339+172G>A), 36375461(c.339+181G>T), 36375498(c.339+218C>A), 36375559(c.339+279C>T), 36375565(c.339+285A>T), 36375842(c.339+562G>A), 36376036(c.340-693C>T), 36376194(c.340-535A>C), 36376273(c.340-456C>T), 36376283(c.340-446A>G), 36376316(c.340-413T>G), 36376424(c.340-305C>T), 36376807(c.394+24C>T), 36377123(c.394+340T>C), 36377137(c.394+354A>G), 36377220(c.394+437C>T), 36377335(c.395-520T>C), 36377371(c.395-484T>C), 36377491(c.395-364T>C), 36377494(c.395-361G>A), 36377498(c.395-357T>A), 36377514(c.395-341T>A), 36377516(c.395-339A>T), 36377557(c.395-298C>A), 36377569(c.395-286G>T), 36377636(c.395-219A>G), 36377851(c.395-4A>G), 36377979(c.504+15G>A), 36377985(c.504+21G>A), 36377994(c.504+30G>A), 36378523(c.633+8G>A), 36378533(c.633+18C>T), 36378738(c.633+223C>T), 36378838(c.633+323T>C), 36378862(c.633+347A>T), 36378952(c.633+437A>G), 36379079(c.634-399C>T), 36379147(c.634-331C>T), 36379166(c.634-312C>T), 36379225(c.634-253G>A), 36379233(c.634-245C>T), 36379283(c.634-195G>C), 36379390(c.634-88A>G), 36379571(c.696+31A>G), 36379690(c.696+150T>C), 36379745(c.696+205A>G), 36379877(c.696+337G>T), 36380195(c.697-169G>A), 36380562(c.747+148A>G), 36380572(c.747+158T>C), 36380728(c.747+314G>A), 36380753(c.747+339G>A), 36381030(c.747+616A>G), 36381367(c.747+953T>C), 36381451(c.747+1037C>G), 36382204(c.748-581C>T), 36382214(c.748-571T>C), 36382274(c.748-511A>C), 36382308(c.748-477A>T), 36382417(c.748-368G>A), 36382521(c.748-264T>C), 36383594(c.778+779C>T), 36383713(c.778+898A>C), 36383755(c.778+940T>A), 36384574(c.779-511C>A), 36384592(c.779-493A>G), 36384651(c.779-434A>G), 36384859(c.779-226A>C), 36384918(c.779-167G>A), 36384932(c.779-153C>T), 36384956(c.779-129T>C), 36385259(c.894+59G>A), 36385930(c.1016-161C>T), 36385949(c.1016-142T>C), 36386457(c.1068+314G>A), 36386536(c.1068+393T>G), 36386916(c.1069-265T>C), 36387067(c.1069-114G>A), 36387314(c.1137+65G>A), 36387350(c.1137+101C>T), 36387463(c.1137+214A>G), 36387482(c.1137+233G>T), 36387495(c.1137+246A>G), 36387508(c.1137+259A>G), 36387629(c.1137+380G>A), 36387642(c.1137+393G>A), 36387754(c.1137+505A>G), 36387763(c.1137+514A>G), 36387796(c.1137+547G>A), 36388124(c.1138-462A>C), 36388404(c.1138-182G>A), 36388510(c.1138-76C>T), 36389366(c.1359+381G>T), 36389411(c.1359+426C>T), 36389597(c.1359+612C>T), 36389701(c.1359+716T>C), 36389732(c.1359+747T>C), 36389738(c.1359+753C>T), 36389744(c.1359+759A>G), 36390232(c.1360-296T>G), 36391738(c.1489-565A>G), 36391963(c.1489-340G>A), 36392065(c.1489-238A>C), 36392092(c.1489-211T>C), 36392141(c.1489-162A>T), 36392700(c.1666+220A>G), 36392951(c.1666+471G>A), 36392960(c.1666+480G>C), 36392963(c.1666+483C>T), 36393099(c.1666+619C>T), 36393165(c.1666+685T>C), 36393171(c.1666+691C>T), 36393185(c.1666+705T>C), 36393192(c.1666+712T>C), 36393238(c.1666+758C>G), 36393337(c.1666+857A>G), 36393403(c.1666+923T>C), 36393412(c.1666+932T>C), 36393450(c.1666+970G>A), 36393778(c.1666+1298G>T), 36393952(c.1666+1472C>T), 36393968(c.1666+1488T>C), 36393969(c.1666+1489G>A), 36393984(c.1666+1504C>A), 36393985(c.1666+1505A>C), 36394030(c.1666+1550C>T), 36394099(c.1666+1619T>C), 36394339(c.1666+1859T>C), 36394414(c.1666+1934A>G), 36395999(c.1666+3519G>A), 36396049(c.1666+3569G>A), 36396085(c.1666+3605A>G), 36396128(c.1666+3648A>C), 36396208(c.1666+3728A>G), 36396226(c.1666+3746A>G), 36396240(c.1666+3760T>C), 36396263(c.1666+3783A>T), 36396264(c.1666+3784G>T), 36396266(c.1666+3786C>T), 36396275(c.1666+3795C>T), 36396357(c.1666+3877A>T), 36396403(c.1666+3923T>C), 36396406(c.1666+3926C>T), 36396435(c.1666+3955A>G), 36396829(c.1666+4349A>G), 36396846(c.1666+4366G>C), 36396851(c.1666+4371A>G), 36396971(c.1667-4383T>C), 36396973(c.1667-4381T>C), 36396977(c.1667-4377A>C), 36397009(c.1667-4345T>C), 36397249(c.1667-4105G>A), 36397250(c.1667-4104T>C), 36397278(c.1667-4076C>T), 36397279(c.1667-4075G>A), 36397282(c.1667-4072T>C), 36397652(c.1667-3702C>T), 36397676(c.1667-3678A>T), 36397761(c.1667-3593G>A), 36397884(c.1667-3470G>A), 36397886(c.1667-3468C>T), 36397941(c.1667-3413C>A), 36397942(c.1667-3412A>G), 36397959(c.1667-3395A>G), 36398037(c.1667-3317G>A), 36398170(c.1667-3184C>T), 36398175(c.1667-3179A>C), 36398229(c.1667-3125A>C), 36398280(c.1667-3074A>C), 36398287(c.1667-3067T>G), 36398362(c.1667-2992G>T), 36398365(c.1667-2989T>C), 36398479(c.1667-2875C>T), 36398584(c.1667-2770G>T), 36398606(c.1667-2748C>T), 36398610(c.1667-2744C>T), 36398614(c.1667-2740C>T), 36398618(c.1667-2736C>T), 36398656(c.1667-2698A>G), 36398900(c.1667-2454T>C), 36398963(c.1667-2391T>C), 36398980(c.1667-2374A>G), 36399010(c.1667-2344C>T), 36399119(c.1667-2235A>G), 36399189(c.1667-2165C>T), 36399255(c.1667-2099T>C), 36399400(c.1667-1954T>G), 36399444(c.1667-1910A>C), 36399488(c.1667-1866C>T), 36399523(c.1667-1831A>G), 36399661(c.1667-1693C>A), 36399693(c.1667-1661G>A), 36399985(c.1667-1369A>G), 36400223(c.1667-1131A>G), 36400305(c.1667-1049A>C), 36400309(c.1667-1045A>G), 36400317(c.1667-1037A>C), 36400338(c.1667-1016T>A), 36400382(c.1667-972T>C), 36400618(c.1667-736A>G), 36400736(c.1667-618C>T), 36400775(c.1667-579G>A), 36400878(c.1667-476T>A), 36400890(c.1667-464T>G), 36400919(c.1667-435A>G), 36400934(c.1667-420T>A), 36401171(c.1667-183G>A), 36401295(c.1667-59A>G), 36401552(c.1791+74C>T), 36401614(c.1791+136C>T), 36401618(c.1791+140A>G), 36401626(c.1791+148G>T), 36401654(c.1791+176T>C), 36401673(c.1791+195T>C), 36401796(c.1791+318C>T), 36402028(c.1792-469G>A), 36402050(c.1792-447G>T), 36402099(c.1792-398A>G), 36402101(c.1792-396A>G), 36402117(c.1792-380G>A), 36402123(c.1792-374C>T), 36402131(c.1792-366G>A), 36402152(c.1792-345G>A), 36402224(c.1792-273T>C), 36402296(c.1792-201C>T), 36402320(c.1792-177G>A), 36402400(c.1792-97C>G), 36402623(c.1892+26G>A), 36402707(c.1892+110C>T), 36402806(c.1892+209G>A), 36402807(c.1892+210T>C), 36403011(c.1893-206A>T), 36403126(c.1893-91A>G), 36403436(c.2071-36C>T), 36403658(c.2226+31C>T), 36403722(c.2226+95T>C), 36403992(c.2226+365T>G), 36404043(c.2226+416C>T), 36404062(c.2226+435G>A), 36404133(c.2226+506A>C), 36404228(c.2227-526G>C), 36404252(c.2227-502A>C), 36404413(c.2227-341T>C), 36404616(c.2227-138A>G), 36404696(c.2227-58T>C), 36404924(c.2355+42G>A), 36404944(c.2355+62A>C), 36404957(c.2355+75G>A), 36405155(c.2355+273T>C), 36405178(c.2355+296T>C), 36405201(c.2355+319C>T), 36405568(c.2355+686A>G), 36405657(c.2355+775T>C), 36405712(c.2356-797A>G), 36405743(c.2356-766A>G), 36405873(c.2356-636A>T), 36406039(c.2356-470G>A), 36406267(c.2356-242A>C), 36406296(c.2356-213G>C), 36406325(c.2356-184T>C), 36406340(c.2356-169C>G), 36406405(c.2356-104A>G), 36406460(c.2356-49C>G), 36406750(c.2519+78G>C), 36407338(c.2634+295C>T), 36407795(c.2635-88A>G), 36407827(c.2635-56G>A), 36408260(c.2738-235G>A), 36408473(c.2738-22A>G), 36408981(c.3084+38T>C), 36409314(c.3217+40T>C), 36409375(c.3218-5C>T), 36409653(c.3295+196C>T), 36409668(c.3295+211C>A), 36409709(c.3295+252A>G), 36409718(c.3295+261A>G), 36409725(c.3295+268T>C), 36409966(c.3295+509A>G), 36410089(c.3295+632A>G), 36410156(c.3295+699G>C), 36410158(c.3295+701G>C), 36410167(c.3296-695T>C), 36410188(c.3296-674T>C), 36410398(c.3296-464T>C), 36411153(c.3478-76A>T), 36411483(c.3640-79C>T), 36411826(c.3744+160C>A), 36411968(c.3744+302A>G), 36412243(c.3745-314A>G), 36412528(c.3745-29T>C), 36413143(c.4080+28T>C), 36413347(c.4080+232A>G), 36413732(c.4080+617G>A), 36413734(c.4080+619G>A), 36413832(c.4080+717G>A), 36414200(c.4081-576A>G), 36414249(c.4081-527T>C), 36414254(c.4081-522T>A), 36414257(c.4081-519C>G), 36414267(c.4081-509C>T), 36414400(c.4081-376G>A), 36414553(c.4081-223C>G), 36414557(c.4081-219C>T), 36414846(c.4131+20A>G), 36415278(c.4236+241A>G), 36415362(c.4237-229C>T), 36415855(c.4356+145C>T), 36415856(c.4356+146A>G), 36415869(c.4356+159C>T), 36415952(c.4356+242A>G), 36416020(c.4356+310C>G), 36416215(c.4357-252C>T), 36416222(c.4357-245G>A), 36416703(c.4518+75C>T), 36416753(c.4519-120C>T), 36417124(c.4610+160G>A), 36417212(c.4611-153A>G), 36417281(c.4611-84T>C), 36417999(c.4931-103C>T), 36418089(c.4931-13A>G), 36418388(c.5070+147A>G), 36418422(c.5070+181T>C), 36418443(c.5070+202G>A), 36418621(c.5070+380G>A), 36418858(c.5070+617A>G), 36418861(c.5070+620C>T), 36418937(c.5070+696G>T), 36419398(c.5071-282A>G), 36419399(c.5071-281T>G), 36420190(c.5256-52G>T), 36420470(c.5397+87C>A), 36421122(c.5689-5C>G), +1kb 36422182(c.273A>G), 36422185(c.276C>T), 36422193(c.284T>C), 36422209(c.300C>T), 36422217(c.308T>C), 36422575(c.666G>A), 36423672(c.1763A>G), 36423994(c.2085C>T), 36424072(c.2163A>G), 36424181(c.2272C>T), 36424562(c.2653G>T), 36424701(c.2792A>G), 36424737(c.2828T>A), 36424800(c.2891C>T), 36424963(c.3054G>T), 36425221(c.3312A>G), 36425317(c.3408C>T), 36425538(c.3629C>T), 36425539(c.3630A>G), 36425644(c.3735A>G), 36425724(c.3815C>T), 36425796(c.3887A>G), 36425846(c.3937G>A), 36425926(c.4017G>C), 36425982(c.4073A>G), 36426023(c.4114T>C), 36426033(c.4124C>G), 36426261(c.4352A>G), 36426287(c.4378C>G), 36426382(c.4473C>A), 36426553(c.4644A>G), 36426761(c.4852G>T), 36426785(c.4876A>T), 36426829(c.4920T>C), 36426947(c.5038A>G),
Insertions	-1kb 36371144 (c.-1147_-1146insG), 36371617 (c.-674_-673insA), 36371869 (c.-422_-421insA), 5'UTR CDS 3'UTR INTRON 36373372 (c.86-310dupG), 36373489 (c.86-197_86-196insTAAA), 36375074 (c.231-93_231-88dupTGGTGG), 36378931 (c.633+419_633+422dupAGAA), 36379390 (c.634-84dupT), 36382366 (c.748-419_748-418insCCC), 36383388 (c.778+593_778+596dupGATA), 36383487 (c.778+672_778+673insACATTC), 36389348 (c.1359+363dupA), 36391676 (c.1489-625dupA), 36393058 (c.1666+578_1666+579insGTG), 36396342 (c.1666+3868dupC), 36397204 (c.1667-4150_1667-4149insC), 36399326 (c.1667-2028_1667-2027insTG), 36401748 (c.1791+271dupA), 36401938 (c.1791+463_1791+465dupGGA), 36403100 (c.1893-110dupC), 36403634 (c.2226+10dupA), 36404684 (c.2227-65dupC), 36405158 (c.2355+278_2355+279insATAG), 36408952 (c.3084+11_3084+12dupCC), 36409968 (c.3295+517_3295+519dupCCC), 36410292 (c.3296-571_3296-570dupAT), 36410327 (c.3296-520_3296-517dupGACA), 36410347 (c.3296-515_3296-514insGACA), 36413744 (c.4080+630_4080+631insGG), 36417999 (c.4931-100dupT), 36418784 (c.5070+544_5070+546dupAAG), +1kb
Deletions	-1kb 36369723 (c.-2567_-2565delTTC), 5'UTR CDS 3'UTR 36422019 (c.113_114delCT), INTRON 36372626 (c.85+254_85+256delCAT), 36374295 (c.139-219delT), 36376317 (c.340-411_340-410delAA), 36376564 (c.340-121_340-116delCACACA), 36377981 (c.504+18delA), 36378744 (c.633+235delG), 36379010 (c.634-467_634-464delCTTT), 36379069 (c.634-408delG), 36380158 (c.697-205delT), 36380951 (c.747+551_747+554delGTGT), 36382173 (c.748-605delT), 36384039 (c.779-1045_779-1041delGCGTG), 36384965 (c.779-117_779-116delGA), 36386010 (c.1016-80_1016-79delAC), 36386486 (c.1068+352delT), 36389423 (c.1359+443delG), 36389427 (c.1359+444_1359+445delTG), 36389945 (c.1360-568delT), 36390759 (c.1488+104_1488+109delTGGGGG), 36390935 (c.1488+284_1488+287delCCCT), 36392000 (c.1489-293delG), 36392567 (c.1666+88_1666+92delTATGT), 36395374 (c.1666+2898_1666+2901delACTT), 36395530 (c.1666+3057delG), 36395968 (c.1666+3493_1666+3497delCGTTT), 36396681 (c.1666+4202delT), 36396701 (c.1666+4222_1666+4225delATTT), 36396946 (c.1667-4407delT), 36398769 (c.1667-2577delG), 36399320 (c.1667-2033_1667-2026delCACACCCC), 36401636 (c.1791+159_1791+162delGAAT), 36403816 (c.2226+194delG), 36404907 (c.2355+34_2355+35delGG), 36411976 (c.3744+314_3744+320delGGTTATT), 36412515 (c.3745-39_3745-36delGACT), 36413213 (c.4080+101_4080+103delGAG), 36413470 (c.4080+373_4080+376delTGTG), 36413942 (c.4080+829_4081-829delGAAT), 36414524 (c.4081-219_4081-212delCACACACA), 36416374 (c.4357-81delC), 36416681 (c.4518+54_4518+55delGA), 36419225 (c.5071-434_5071-431delCTGT), +1kb 36423785 (c.1877_1879delGAG), 36425199 (c.3291_3293delAAA), 36427001 (c.5093_5094delTT),
coding sequence substitutions
premature termination by the nucleotide substitution	0
synonymous num	9
non-synonymous num	8
synonymous substitutions	36374557 (p.Asp60Asp), 36378419 (p.Leu179Leu), 36403474 (p.Pro691Pro), 36403603 (p.Gly734Gly), 36416541 (p.Pro1477Pro), 36419991 (p.Arg1724Arg), 36420659 (p.Ile1820Ile), 36421201 (p.Ser1921Ser), 36421906 (p.Pro2038Pro),
non-synonymous substitutions	36373722 (p.Asp41Gly), 36375230 (p.Met97Val), 36378450 (p.Val190Ile), 36378463 (p.Asp194Gly), 36406531 (p.Arg793Lys), 36407958 (p.Lys904Glu), 36411325 (p.Val1192Ile), 36418107 (p.Ala1646Thr),
B6 transcript (ENSMUST00000179162)	MLRVVVESASINPPLSTTPKAFVTVYFRDMMKRTRVEEGHDPIWNETLIWHLWNQPLEND SFLKVILQDSVSKKKERFIGLATVPLKRLAQRPKEVMFVRDLILLNHSMKPTNCTVTLHV AQIYDQDTEMTGNEELLGSTVNEVTQKKLMVSGLPMHRALASKPQHFQVRVKVFEARQLL GNNIKPVVKVNIADQQHLTRIKMGNNPFFNEIFFQNFHEVPAKFFEENISIEVVDSAASR SKAEIGRFQTDIGFIYHSPGHTLLRKWLGLCQRNKTTSGVRGYLKVTICALGVGDQALVD QKLPYEQNTRVQIFKSKEVPVSLAYLQFFIYCAEDLHFGTHKSATPVLEVELIGDKLRTK PQNPSDNPIWNQILTFQIQLPCLSSYIKFRVMDCSKYKCQDEIGSASLCLSQISSTGEEI QGMYSGFLPCFGPSFLTLRGGKKPPFRTSEEGTCIMDAVQHGLAYRGRIFVEIVTKIKSQ QDSVMKDLSQEVTQVEMQYYRQKYGLCVIFLSCTMMPKFKDLIQFEVSMGHYGNKTDPNY KPLVSTTQYSPVIYDGTTYHYVPWYNTKPVVAVTSNWEDVGFRMNCLNLLHITRDRLKTN LDILKSIRNPRDPALLQQWEKLLKELQEDCRRPLPCMTDQPRANSLDRNKWQLRSQLLQQ LAQMAKEAKPVNMVGTAKEWLHRLNAVIPEPQESLPDVLIWLMSRQQRVAYARVPAHTVL FSPAGPLSSGKFCGKIQNILLQYPEGEGQDTFPASLRVCMWLGNVKYSKNLKLLQQGSMV VYAETYENQAKTRDDWGQQGLYHCPNFSDVMGRKALPKTDFKAPPGWHWKDDWVVEPQRR LLLDIDINKSQVLEEVYENQLRNATGAWVPAAIPNTDVNGQPVEALENVKCPQGWHFKKN WIVKLNHAVDSEGWEYGVGIPPSGLPQIWNSVEKTYHSCRRRRWVRVRFRNHKELGQERS QEQETLSFLQMQDLSEEGKEGWEYGTFDSRFHLDPQPTSRFRRRCWHRQLAPNKDRGVAS IFLLEGSLAVEQKDQPRKEMEKTRSWQPWKDLRHTPEDPRIPTTPFIYYILNKPHYYQLF CYIYQARNLMYNQILTFQEPFIQVVFLNHSLCTQTLRSSAAPTWSQSIIFQHLLLFEDPK DTRENPPLVVLELWQHDSRGNKILWGRSMWPPVVWLGLQDWVFTPLRWHPLVRELGEEEG EILASCELILETQKLKELHPPILSIPCKDGIYLLPKNIQPTMKMMAIEIMAWGLRNMTKV RYPQLLLECGGESLKTEPISNFQENPNFPTSTFFFTVFMPLEETHAQPLVVKVVDNQEYG QQIVVGQANIDFLQPYFCDPWSLNYTTVKLPTLSVKKPDTFLDFVYKKFWFDSSKDEEVY EEEVDWWSKLFWATGDADKSLNYNHKSYHTLKVYDCELEAVLTFKGLQDFCQTFKLYQEK PKVDSPVVGEFKGLFRIYPFPEDPEAPKPPRQFSAWPEIEDFPQMCLVRVYLIRAINLQP QDYNGLCDPYVILKLGQTKLGSRDSYYPNTLDPIFGMMYELTCNIPLEKDLEIQLFDFDL ITADDEIGSTVIDLENRLLSGFGARCGLSKSYCKSGPFKWRDQMTPSYLLYRYAKQKGLP PPVFDLEGDSLYYNGETFKLQSFESAPPTYKHLGPKKERLALYILNTQGLVPEHVETRTL HSNSQPGIDQGKIQMWVDIFPKMLGPPGPQVNISPRKPKRYQLRCIIWSTAEVDLVQETF SKEKMSDIYVKGWLFGLEEDTQKTDVHYHSLTGEATFNWRFIFTMDYLTTERACVQSQKD YIWSLDPTSTKFPARLMIQIWDNDFFSPDDFLGVLELDLSDMPLPAQNIKQCSLKMMETD SKWPFTPQKRISLFKKTNVTGWWPCQVLDGDKWRLSGKVKMTLEMLSEREALIRPAGRGQ SEPNQFPMLHPPERNDSFLLWYQSPIKNFCYAVCKRYRSKIICLVVTLVIGFILLNFVYS APSYFAMNWIKPQLRLSSPIKIVNLIGTVNTSNINSSILTMEGSTYHASHVFPEAPAP*
MSMv4 transcript	MLRVVVESASINPPLSTTPKAFVTVYFRDMMKRTRVEEGHGPIWNETLIWHLWNQPLEND SFLKVILQDSVSKKKERFIGLATVPLKRLAQRPKEVVFVRDLILLNHSMKPTNCTVTLHV AQIYDQDTEMTGNEELLGSTVNEVTQKKLMVSGLPMHRALASKPQHFQVRVKVFEARQLL GNNIKPVVKINIAGQQHLTRIKMGNNPFFNEIFFQNFHEVPAKFFEENISIEVVDSAASR SKAEIGRFQTDIGFIYHSPGHTLLRKWLGLCQRNKTTSGVRGYLKVTICALGVGDQALVD QKLPYEQNTRVQIFKSKEVPVSLAYLQFFIYCAEDLHFGTHKSATPVLEVELIGDKLRTK PQNPSDNPIWNQILTFQIQLPCLSSYIKFRVMDCSKYKCQDEIGSASLCLSQISSTGEEI QGMYSGFLPCFGPSFLTLRGGKKPPFRTSEEGTCIMDAVQHGLAYRGRIFVEIVTKIKSQ QDSVMKDLSQEVTQVEMQYYRQKYGLCVIFLSCTMMPKFKDLIQFEVSMGHYGNKTDPNY KPLVSTTQYSPVIYDGTTYHYVPWYNTKPVVAVTSNWEDVGFRMNCLNLLHITRDRLKTN LDILKSIRNPRDPALLQQWEKLLKELQEDCRRPLPCMTDQPRANSLDRNKWQLRSQLLQQ LAQMAKEAKPVNMVGTAKEWLHRLNAVIPEPQESLPDVLIWLMSRQQRVAYARVPAHTVL FSPAGPLSSGKFCGKIQNILLQYPEGEGQDTFPASLRVCMWLGNVKYSKNLKLLQQGSMV VYAETYENQAKTKDDWGQQGLYHCPNFSDVMGRKALPKTDFKAPPGWHWKDDWVVEPQRR LLLDIDINKSQVLEEVYENQLRNATGAWVPAAIPNTDVNGQPVEALENVKCPQGWHFKKN WIVELNHAVDSEGWEYGVGIPPSGLPQIWNSVEKTYHSCRRRRWVRVRFRNHKELGQERS QEQETLSFLQMQDLSEEGKEGWEYGTFDSRFHLDPQPTSRFRRRCWHRQLAPNKDRGVAS IFLLEGSLAVEQKDQPRKEMEKTRSWQPWKDLRHTPEDPRIPTTPFIYYILNKPHYYQLF CYIYQARNLMYNQILTFQEPFIQVVFLNHSLCTQTLRSSAAPTWSQSIIFQHLLLFEDPK DTRENPPLVVLELWQHDSRGNKILWGRSMWPPVVWLGLQDWVFTPLRWHPLIRELGEEEG EILASCELILETQKLKELHPPILSIPCKDGIYLLPKNIQPTMKMMAIEIMAWGLRNMTKV RYPQLLLECGGESLKTEPISNFQENPNFPTSTFFFTVFMPLEETHAQPLVVKVVDNQEYG QQIVVGQANIDFLQPYFCDPWSLNYTTVKLPTLSVKKPDTFLDFVYKKFWFDSSKDEEVY EEEVDWWSKLFWATGDADKSLNYNHKSYHTLKVYDCELEAVLTFKGLQDFCQTFKLYQEK PKVDSPVVGEFKGLFRIYPFPEDPEAPKPPRQFSAWPEIEDFPQMCLVRVYLIRAINLQP QDYNGLCDPYVILKLGQTKLGSRDSYYPNTLDPIFGMMYELTCNIPLEKDLEIQLFDFDL ITADDEIGSTVIDLENRLLSGFGARCGLSKSYCKSGPFKWRDQMTPSYLLYRYAKQKGLP PPVFDLEGDSLYYNGETFKLQSFESTPPTYKHLGPKKERLALYILNTQGLVPEHVETRTL HSNSQPGIDQGKIQMWVDIFPKMLGPPGPQVNISPRKPKRYQLRCIIWSTAEVDLVQETF SKEKMSDIYVKGWLFGLEEDTQKTDVHYHSLTGEATFNWRFIFTMDYLTTERACVQSQKD YIWSLDPTSTKFPARLMIQIWDNDFFSPDDFLGVLELDLSDMPLPAQNIKQCSLKMMETD SKWPFTPQKRISLFKKTNVTGWWPCQVLDGDKWRLSGKVKMTLEMLSEREALIRPAGRGQ SEPNQFPMLHPPERNDSFLLWYQSPIKNFCYAVCKRYRSKIICLVVTLVIGFILLNFVYS APSYFAMNWIKPQLRLSSPIKIVNLIGTVNTSNINSSILTMEGSTYHASHVFPEAPAP*
homology	99.61 (2039 / 2039)

Exon Detail Report

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

Gene Symbol (Gene ID)	Fer1l5 (ENSMUSG00000037432)
Transcript ID	ENSMUST00000179162


..........GCATGTGTCAAAGTAGCATTTCTTTGGATTGTGACAGAATGCCTAGTCTT
AGAAATTGCATTTTGAATGGCTGACTTGGGCTTCCTAAAACAATCGTTAAGTGAATTTTA
GCTTGGTATCAGGGCATACTGCCCAATCATTTCTGAGAACACTTCTGCCATTTTATAGCC
TGTCTTTATATGAAGTAGCTTTCTTAGCATTAATTACTATAAAATCAAACTACCTATCCC
CTCAGAGGCAGAAGGATTAGGAATTCAAGAACAGCCTCAGCTATACAACAGTAAGTCAGA
GCCAACCTGGGCTATGTGAAACCCTGTCCCCCAAATTAAAAAAAAAAAAAATCAAAGGAA
AAAAGAGGCCAAATGTTTTACTTTTCCATTAGAAAGACCTCCCCTTGGGTTAGAGATGGT
TCAGGGGTTAAGAGAACTGACTGTTCTTCCAGAGGTCCTAAGTTCAATTCCCAGCAACCA
CATGGTGGCTCACAGCCATTTGTAATGGGATCCGATGCCCTCTGCTGGTGTGTCTGAAGA
CAGCCACAGTGTACTCATATACATAAAATAAATAAATCTTAAAAAGAAAAAAGAAAGCCC
TCCCCCTCCCATGAGGCAACATGGATTTTCCTGTATATAGATCTTGATGGTCTCACTTCT
TGTATTTTCTCATCTAAATTGCATGACTTTGCCAGTAATTCATTCCAGACAGAAGAGAAT
TCTGTGCCTGACTTTGAACTCAAAAGGTCAGTAACAGAAGAAAAGGAAGGAGGAGTCCTC
AAAGCAGGGAGGTCGATTGTCTGTGTGGGCCTCAAGCCACTTGTCTTATCTACACTCTGT
CATGTGTCCTTCACCTCCCAGAGATTCTCTTTGGAACCAAGAACCTCTTATCTCTGTGAT
GTTCCTCTTGTTGCTAAGCTCCACTCACCCTGTGAACCTGGGACGGAGGAGCTCCAAGGA
GCAAGAGGTGGCCCTGTGCAGGGGAGGAGGAGCGGGAACAAGCGTCCAAG
ATGCTGAGGGTTGTTGTGGAGTCCGCTTCGATTAACCCTCCCCTCAGCACCACACCCAAAGCTTTCGTAACTGTCTACTTCAGAG
GTGAGAACCCAGTTCCAAAAGGCTA..........TCCCAGCCCCTTGGTGTCTTTGCAG
ATATGATGAAAAGAACTCGAGTGGAGGAAGGACATGGCCCCATATGGAATGAG
GTAGACACTCCGTGGCCATCCTGGA..........ACTGATTTCTTTCTGCCCCTCACAG
ACCCTAATCTGGCACCTCTGGAATCAGCCACTGGAAAATGATTCCTTCCTGAAAGTCATACTTCAGGACTCGGTTTCTAAAAAGAAAGAAAG
GTAAGGCAGAAAGAGGCAGGAAGAG..........CACACCTACCCCTTGCCTCCCCCAG
GTTCATTGGCCTGGCCACTGTACCGCTCAAGCGGCTGGCACAAAGACCGAAAGAAGTCGTGTTTGTGAGGGACCTGATCCTGCTCAACCATTCCATGAAGCCCACTAAC
GTGAGTCAGGCACCAGGCAGCCCAG..........CCAAGCCCCTCCCTTTGCTTTGCAG
TGTACTGTCACCCTACATGTGGCCCAAATATACGACCAGGATACTGAGATGACAG
GTATGTCTTTTTCTAGGGCATTATC..........TGTCCACCCTGGACTTTTTCCGTAG
GCAATGAGGAGCTCCTGGGCTCAACTGTAAATGAGGTGACCCAGAAGAAACTAATGGTCTCTGGCCTCCCCATGCACAGGGCTCTGGCTTCCAAGCCTCAACACTTTCAG
GTGAGAGACTAGAAGGGAGGGGAGG..........GATCTATTGGGTGTCCCCTCTGTAG
GTCCGGGTGAAGGTGTTTGAAGCCCGACAGCTTCTGGGCAACAACATCAAACCTGTAGTAAAGATAAACATTGCAGGTCAGCAGCATCTCACTCGGATCAAGATGGGAAACAATCCTTTCTTCAATGAG
GTAGGCTAAACAAGCCATGTAGGGC..........CCAGCCCCCATTCTCTCTGCTCCAG
ATATTCTTCCAGAATTTCCACGAGGTTCCTGCAAAGTTCTTTGAGGAGAACATCTCAATCGAG
GTAAGGGGTCAAACTGGTTTCCAGT..........AGATCTTTCTGGAAACTCTCCACAG
GTCGTGGACTCTGCAGCATCAAGATCTAAAGCAGAGATTGGGAGATTCCAA
GTGAGCCCTGATGGAGGAGGAGGCT..........TAATCTTCATTTTACTCTTTTTCAG
ACAGACATTGGGTTTATCTACCATTCCCCAG
GTAGGTGACAGATAATGCAAACATT..........TCTCACATTGGCTCTGCCTCCCCAG
GTCACACACTCCTGAGGAAATGGTTAGGCCTCTGTCAGCGAAATAAGACCACCAGTGGAGTCAGAGGCTACTTGAAAGTCACCATCTGTGCCCTCGGTGTAGGGGATCAGGCGCTG
GTGAGGCTGCCACCTTCTTCTCAAT..........CTGTCCACTTCTCTGGCATCTGCAG
GTAGATCAAAAGCTGCCCTATGAGCAAAACACCCGGGTCCAGATCTTCAAGTCAAAAGAAGTTCCAGTCAGTCTGGCTTACTTGCAGTTCTTCATCTACTGTGCAGAGGATCTCCATTTCG
GTTAGAGCCTGTGGGAAGGGAGAGG..........GAAGTCCTTTTATCTCCTGTTCTAG
GCACCCACAAGTCAGCCACTCCTGTGTTGGAGGTGGAGCTGATTGGGGACAAG
GTAGGTACAGAAAGGGTCTGAGATC..........TGACTAAGCCTCGGGATGTTCTCAG
CTCAGGACAAAACCACAGAACCCGTCCGACAACCCAATATGGAACCAAATCCTCACCTTCCAGATTCAG
GTATGGCTACTCCATCATGCCCTCC..........CAATGCCACCTGTCTTCCCTTGCAG
CTACCCTGCCTCTCTAGCTACATCAAATTCAGAGTCATGGACTG
GTGAGTAAACGGGCTAGAGGCAGAT..........GCTCAGCCTGCAGTGTGTTTCCCAG
CTCCAAATACAAATGTCAGGATGAGATTGGGTCAGCCAGCTTGTGCCTCAGCCAGATCTCGTCCACCGGCGAGGAGATCCAAG
GCAAGCAAATCCTGGGACCCCTCCC..........CTGAGTTCACTCTATCTCCTTCCAG
GGATGTACTCTGGCTTCCTGCCCTGCTTTGGCCCCAGCTTCCTGACTCTCCGTGGGGGCAAGAAGCCCCCTTTCAGGACCTCAGAGGAAGGCACT
GTAAGTTTGTCCTGTCAGCTTGCGG..........CAGCCCTTTCTCTCTGTTGCTCCAG
TGCATCATGGATGCTGTCCAGCATGGTTTAGCTTACCGTGGCCGAATCTTTGTGGAGATAGTCACCAAGATCAAGTCTCAGCAAGACTCGGTAATGAAGGACCTGTCTCAGGAAGTGACCCAGGTGGAG
GTAATCACAGGAGACAAGCAACCTA..........CCCATGTTTGTGGTTATTGTTTTAG
ATGCAATATTACCGCCAAAAGTATGGGCTGTGCGTCATCTTTCTCTCCTGTACCATGATGCCCAAATTTAAGGACCTGATTCAATTCGAGGTCAGCATGGGCCACTATGGAAACAAGACGGATCCAAACTACAAGCCTCTTGTGTCCACCACACAGTACAGCCCGGTGATATACGACG
GTAACTGTCAGATTCAAGCAGAAAC..........TCCATCCTGTGTCTCTGTGACTTAG
GCACTACCTACCATTATGTGCCCTGGTACAACACGAAGCCTGTGGTGGCTGTGACCTCCAACTGGGAGGATGTTGGCTTCCGAATGAACTGCCTCAACCTCCTCCACATCACCCGGGATCGCCTG
GTAAGAGTGCAGGAGAGAGCTGGGG..........TCTCTCCCTTTCTCTCAATGGGCAG
AAAACCAACCTGGACATCCTGAAATCCATACGGAATCCCAGGGATCCAGCTCTGCTCCAACAGTGGGAGAAACTGCTGAAGGAGCTGCAGGAGGACTGCCG
GTAGGAACTGAGTACCCTGGCTGGG..........TCTTCCTAACCTGTCCTGGCTACAG
GCGCCCTCTGCCTTGTATGACTGATCAGCCCAGAGCTAACAGCTTGGACAGGAATAAATGGCAGCTTCGCAGCCAGCTTCTGCAGCAACTAGCACAAATGGCCAAGGAAGCCAAGCCGGTGAACATGGTGGGCACGGCCAAGGAGTGGTTGCACCGTCTCAACGCTGTGATCCCTGAG
GTAGGCACTGGCTACACTGGCTGGA..........TCCTGATGCTCTCCCATCTTGGCAG
CCACAGGAGAGCCTCCCAGATGTGCTGATCTGGTTGATGTCCAGGCAGCAGCGAGTGGCCTATGCTCGGGTTCCTGCCCACACTGTCCTGTTCTCCCCAGCAGGACCCCTGAGCTCTGGCAAGTTCTGTGGAAAGATTCAGAACATCCTCTTACAG
GTGGGGGAAAGGGGTGTCTTCCAGG..........TGGGACTGATCTGCCTCTGGCTCAG
TACCCAGAAGGTGAAGGACAGGACACATTCCCAGCCTCCCTCCGGGTCTGTATGTGGCTTGGCAATGTCAAATACAGCAAGAATCTGAAGCTGCTCCAGCAGGGCTCCATGGTGGTGTATGCAGAGACG
GTGAGTGGACAGATATCGGGGTAAT..........ATTGACTGGCATTCCCCTCCCCCAG
TATGAGAATCAGGCCAAGACCAAAGATGACTGGGGACAACAAGGGCTATACCACTGCCCCAACTTCTCCGATGTCATGGGACGCAAGGCTCTCCCCAAGACAGACTTCAAGGCTCCCCCGGGATGGCATTGGAAGGACGACTGGGTAGTAGAGCCTCAGAGGAG
GTAAGGAGGGTTCAAGCCCTGACCA..........AACTTGGGGTATCACTGCTGCCCAG
ACTCCTCCTGGACATAGACATCAACAAGAGCCAGGTGCTGGAAGAGGTGTATGAGAACCAGCTTCGCAACGCCACAGGTGCCTGGGTGCCTGCAGCTATCCCCAACACGGACGTG
GTAAGCATCCCCATCCTGCCATAGG..........TCCTCCATCCTCAACATCCCTACAG
AATGGACAGCCTGTGGAAGCCCTGGAGAACGTGAAGTGTCCCCAAGGCTGGCACTTTAAGAAGAATTGGATTGTGGAGCTCAACCACGCAGTCGACAGTGAAG
GTCAGTCTCCCGACAAGTCAGCCAT..........AGAGGTCACGATGCTGCTCCTGCAG
GCTGGGAGTATGGCGTGGGGATCCCACCTTCCGGCCTGCCCCAGATCTGGAACTCGGTGGAAAAGACTTACCACTCATGCCGCCGGCGACGGTGGGTGCGCGTGCGCTTTCGAAACCACAAGGAGCTGGGCCAGGAGCGGAGTCAGGAGCAGGAGACCCTCTCCTTCCTGCAGATG
GTAAGACATTTGGGGCGAGGGTCCT..........TGAGACCCTGCGTTCTTCCCTGCAG
CAAGACCTCTCTGAGGAAGGAAAGGAAGGCTGGGAGTATGGCACGTTCGACTCCAGGTTTCACCTGGACCCTCAGCCCACAAGCCGCTTCCGTCGCCGCTGCTGGCACCGACAGCTGGCGCCCAACAAGGACAGGGGTGTAGCTTCCATATTCCTCCTGGAGGGATCCTTG
GTAAGGCTTCCCGGATTGGGTGACA..........ACTTGGGGCCCCTTTCTGGCCACAG
GCAGTGGAGCAGAAAGACCAACCTAGGAAGGAGATGGAGAAGACGAGGTCGTGGCAACCCTGGAAGGACTTGAGGCACACCCCAGAGGATCCCCGGATCCCCACCACGCCTTTCATTTACTACATCCTCAACA
GTAAGCCTGGCCTGGGCGGCTACTG..........CCGAATGAGACTTCTCTTTATCCAG
AGCCTCACTACTACCAGCTCTTCTGCTATATCTACCAGGCCCGGAATCTGATGTACAACCAGATCCTGACCTTTCAGG
GTAGGAATGCCCCTTTACCATTCAG..........ATCCTGCCCTCCCTCCATGAATTAG
AGCCTTTCATCCAAGTGGTCTTCCTGAACCACAGCTTGTGCACCCAGACCCTGCGAAGCTCTGCAGCTCCGACCTGGTCCCAGTCGATCATCTTCCAGCACCTTCTGCTGTTTGAAGACCCCAAAGATACCAGAGAGAACCCCCCACTTGTGGTGCTGGAACTGTGGCAACATGACTCACGG
GTACAGTGGACTGGGCTTAAGGGAA..........TTCTATGAACTCCCTTCACTTCTAG
GGAAACAAGATCTTGTGGGGACGGAGCATGTGGCCCCCAGTCGTCTGGCTGGGCCTCCAAGACTGGGTCTTTACCCCGCTGAGATGGCACCCCCTTATAAGAGAGTTGGGAGAGGAAGAGGGTGAGATCTTGGCATCCTGTGAGCTGATCCTAGAGACACAG
GTACAGATGGGCTCAGGATGGATTC..........CCGCTTTCCCTCTTCTGCCCTCCAG
AAGCTGAAAGAGCTACACCCGCCTATCCTAAGCATCCCCTGTAAGGATGGGATTTACTTGTTGCCCAAGAACATTCAGCCTACCATGAAAATGATGGCCATTGAG
GTGTGTGCGGATGGGGAGAGGTGGG..........CTGCCCCTTGCCCTGGTTCTGACAG
ATCATGGCCTGGGGCCTTCGGAACATGACGAAGGTGCGTTACCCCCAGCTCCTGCTGGAATGTGGGGGTGAGTCCCTGAAGACAGAACCCATCAGCAACTTCCAGGAGAACCCCAACTTCCCTACGTCCACCTTCTTCTTCACGGTG
GTAAGAGGCCCTGGGCAGGGGCTGG..........CACGTGCCCCTCTTTGGGCTTGTAG
TTCATGCCTCTGGAGGAGACCCATGCACAGCCCCTGGTGGTGAAAGTGGTGGACAACCAGGAATATGGCCAGCAGATTGTGGTCGGTCAGGCCAACATCGACTTCCTCCAGCCCTATTTCTGTGACCCGTGGTCTCTGAACTACACAACTGTAAAGCTGCCAA
GTAGGGCTCTTTCACCTGGCCTTGT..........CCTCATGACTATGTTCTCTCCACAG
CTCTGTCTGTGAAGAAGCCTGATACT
GTGAGTAAGAGTCCCAGGCTACCTT..........TTCTCTAACCTTCCTTACTTTTCAG
TTCCTAGACTTTGTCTACAAGAAGTTCTGGTTCGATTCCAGCAAAGACGAG
GTAAAGCAGACTCAGACCCGGGAAG..........CCAACAAAGGCTTCTTCTCCGTTAG
GAGGTCTATGAAGAGGAGGTGGACTGGTGGAGCAAGCTATTCTGGGCCACAGGAGATGCAGACAAGTCCTTGAACTACAACCACAAAAGCTACCACACCCTAAAG
GTTTGGAGGGTACTGGGAAAGGGGT..........CCAGGTCCTGCATACACCCCTACAG
GTATATGACTGTGAGTTGGAGGCCGTTCTGACCTTCAAGGGCCTGCAGGACTTTTGCCAGACCTTCAAACTTTACCAAGAGAAGCCCAAGGTGGACAGTCCCGTGGTAGGGGAATTCAAG
GTGTGTCTACGCTAGTTTGGCTGCC..........ACTACCAACACCTTCTCACCCCCAG
GGCCTCTTCCGCATCTACCCCTTTCCGGAGGACCCAGAGGCCCCTAAACCCCCACGTCAGTTCTCGGCTTGGCCTGAGATAGAGGACTTCCCTCAGATGTGTTTGGTACGGGTGTACCTGATACGAGCCATCAACCTGCAGCCACAGGACTACAATGGCCTG
GTAAAAAACAAACAAACAAACAAAC..........CTCCTCTTCCTTCCTTCCTTCCCAG
TGTGACCCTTATGTGATCCTGAAACTGGGACAGACAAAGCTTGGCAGCCGGGACTCATACTACCCCAACACTCTGGATCCCATCTTTGGCAT
GTGAGCCACCGTCCCCAGTCACCCA..........CCATTTTGCAATGCCTTTTCTCTAG
GATGTATGAGCTCACCTGTAACATCCCGCTGGAGAAGGACCTGGAGATCCAGCTGTTTGACTTTGACCTCATTACTGCTGATGATGAGATTGGAAGTACTGTCATTGACCTTGAGAACCGACTTCTGTCTGGCTTTGGGGCCCGTTGTGGGCTCTCTAAATCCTACTGCAA
GTGAGTGTGGACCCACTCAGCAAGC..........CTGTTCCTCTTGCATACTCCCACAG
GTCAGGGCCCTTTAAGTGGAGGGATCAGATGACCCCGAGCTACCTTCTGTACCGATATGCCAAACAGAAAGGGCTGCCTCCACCTGTATTTGACCTTGAGGGAGATTCACTTTACTACAATGGGGAAACGTTCAAGTTGCAGAGCTTTG
GTGAGCCCAGCACACTTCCAGACAG..........CTTCATGATCCTGTTTCAAATCCAG
AGTCCACACCCCCTACCTACAAGCATTTGGGGCCTAAGAAGGAGCGCCTGGCACTGTACATCCTGAACACCCAGGGACTGGTTCCTGAGCATGTAGAGACTCGCACACTGCACAGTAACAGCCAGCCTGGTATTGACCAG
GTATGTGACTGGAAAGGCTGTTCCT..........ACCAGCAAATCCATTCTGACTCTAG
GGAAAAATACAAATGTGGGTGGATATCTTCCCCAAGATGCTGGGGCCTCCTGGGCCGCAAGTCAACATCAGCCCCAGGAAGCCTAAACG
GTGAGTACGCTAAAGCTCAGCTCCT..........TAGCCTCAGAGCACAGTGGCTGCAG
GTACCAACTGCGCTGTATCATCTGGAGCACAGCTGAAGTGGACCTGGTCCAAGAGACCTTCAGTAAAGAGAAAATGAGCGATATCTACGTGAAAGG
GTAAGGCAGGCAGGGGAGGAGGGCT..........CAAGGTAAAAGGACTCTGTCCCCAG
GTGGCTCTTTGGGCTAGAGGAGGATACTCAGAAGACAGATGTCCACTACCACTCCTTGACTGGGGAGGCCACCTTCAACTGGAGGTTCATCTTTACCATGGACTATCTGACAACGGAGCGTGCATGTGTCCAAAGTCAGAAG
GTAAGGAAGGGGTGGGGAGGAGAAA..........CTAACAGCCTTCTGCTATCCTCCAG
GACTACATATGGAGCCTGGATCCCACATCAACGAAGTTTCCAGCCCGGCTCATGATCCAGATATGGGACAATGACTTCTTTTCCCCAGATGACTTCTTAG
GTGAGGTCCTGATGTAGGGTTTGTG..........GACAACAGCCTTTCTCTGGCCTCAG
GGGTCTTGGAGCTGGATTTATCAGACATGCCCCTTCCGGCTCAGAACATCAAGCAATGTTCCCTCAAGATGATGGAGACTGACTCCAAATGGCCTTTCACCCCACAGAAGCGTATCTCTCTCTTTAAGAAGACCAATGTAACTGGATGGTGGCCTTGTCAGGTCCTAGATGGTGACAAGTGGCGTTTGTCG
GTAGGGGCTGGGGAATGTGTTTAGT..........CTGCTCTGTCCTTTGGTATTGCTAG
GGTAAAGTCAAGATGACTCTTGAGATGCTATCAGAGAGAGAAGCTCTAATCAGGCCAGCCGGCCGAGGCCAGTCGGAACCCAACCAGTTCCCTATGCTTCATCCTCCTGA
GTAAGGGCCCTGGAGGGCGGTGGTG..........TGCTCTCTGTCCCTGTCACGGGCAG
GCGAAATGATTCCTTCTTACTGTGGTACCAGTCACCTATTAAAAACTTCTGCTATGCTGTCTGCAAACGCTACCGCTCCAAAATCATATGCTTAGTGGTGACACTGGTTATAGGGTTTATACTGCTCAACTTCGTCTATTCTGCTCCG
GTGAGTGCTAACCCATGGGGAAGGG..........CTACTCTGATGTCTCTTTTCTCTAG
AGCTATTTCGCTATGAACTGGATCAAACCTCAACTCCGGCTGTCTTCTCCCATTAAAATAGTCAATCTCATCGGTACGGTGAACACCAGCAATATCAACTCTTCCATTCTCACCATGGAGGGCTCAACATATCACGCAAGCCATGTCTTCCCAGAGGCTCCAGCTCCGTGAGGCTCCATGATCTGGCCTTCCTTTCTCCCACCTGCCAAGTACCCTGTGCCTCGGGCTTCCTGGCAGATCTTGTTTGAGTCTTCTAGGGCACATCAAAGAAGCTGTGCACACTCTGACTCATACATGTTTAGAGATCACTTCTGACAAGAAGAGCAGAGCTGTAATTTTCTATTGAAATAAATTCATTTTTCTAACAGA
GCCAACCTAAGACTTGGGGGTTGGGATGGAAGACAATGTGAAAGGCTGAAAATGGCATCT
CTGTGAGACTTGGGGAGTGATGCCACATTTAATCACCCTATTTAGTCCTCGGCAGGGGAA
GGGTAACCGTGTGCCATACATCGAGGCCACAGCTTCCACTCAAGTGTGAGGGCACAAGAG
CCGCACCAGGACAGGCACCACCTCCAGCCTTACTCAGCATGGAAAACATTTGCTTCTGCA
ACAATAATAAAACCAGAGCTGGGGCAGGATGCAGGATGCTGGATGGGTAGGGTTTGTTTT
TAATTGGCTTGGTTTTTTGTTTTCAATTTTTCAAGATAGGGTTTCTCTGTATAGTTCTGT
CTGTCCTGGAACTTGCTCCATAGACCAGGCTGGCCTTGAACTCAGAGACCCACTGGCCTT
TGCCTCTGAGTGCTGGGATTAAAGGTGTGTGCATGGGTGGCTTTCTTATACACATTTTTC
AAAAGGGAAAAGACTAGTTCCCAGGCTACATGAGGACTGCAGAGCCTCTCTTCTGGTCTC
TTTCAAAGCATCAAGGTGCTCATGAGCAGGAGTTAGGCTAACCTGACTCACTCTCTCACT
CTTCCTGTGGGCAAATCCTTTCAGTCCCGTGGCAGTGAGAGTCATCTCAACAGACCACTT
AGATCCTCTACCATGGGACCCACTCAATCTACCTTTGAGATAAACTCAAAGCAGACAAAA
CTACGATTACTTTTCAGCACTCCTAATACTAGAGCCAACCTATATTCCAGCTTGTTCCCT
GGTTCCCCTTAAGCTGTTATGCTACTGAGGGAAGGTGTAAGGCTTCCTGCACCCCATCTT
TTTTTCTCCTGCGTAAGGACAACACAGACTCCCATAGACAGGGGGCTGAGATGAACTCTC
ACCTGCAGCTAGGGTGACCTTCCTCCTCGTCTATGGACGGATGGGGTAAGGGATGGGTGA
GGGTTTTCCCAACCATCCAGGAGGGGCAGGATGACAGCAG..........

No.	Exon / Intron	Start	End	Start Phase	End Phase	Length	Sequence
	5' upstream sequence						..........GCATGTGTCAAAGTAGCATTTCTTTGGATTGTGACAGAATGCCTAGTCTT AGAAATTGCATTTTGAATGGCTGACTTGGGCTTCCTAAAACAATCGTTAAGTGAATTTTA GCTTGGTATCAGGGCATACTGCCCAATCATTTCTGAGAACACTTCTGCCATTTTATAGCC TGTCTTTATATGAAGTAGCTTTCTTAGCATTAATTACTATAAAATCAAACTACCTATCCC CTCAGAGGCAGAAGGATTAGGAATTCAAGAACAGCCTCAGCTATACAACAGTAAGTCAGA GCCAACCTGGGCTATGTGAAACCCTGTCCCCCAAATTAAAAAAAAAAAAAATCAAAGGAA AAAAGAGGCCAAATGTTTTACTTTTCCATTAGAAAGACCTCCCCTTGGGTTAGAGATGGT TCAGGGGTTAAGAGAACTGACTGTTCTTCCAGAGGTCCTAAGTTCAATTCCCAGCAACCA CATGGTGGCTCACAGCCATTTGTAATGGGATCCGATGCCCTCTGCTGGTGTGTCTGAAGA CAGCCACAGTGTACTCATATACATAAAATAAATAAATCTTAAAAAGAAAAAAGAAAGCCC TCCCCCTCCCATGAGGCAACATGGATTTTCCTGTATATAGATCTTGATGGTCTCACTTCT TGTATTTTCTCATCTAAATTGCATGACTTTGCCAGTAATTCATTCCAGACAGAAGAGAAT TCTGTGCCTGACTTTGAACTCAAAAGGTCAGTAACAGAAGAAAAGGAAGGAGGAGTCCTC AAAGCAGGGAGGTCGATTGTCTGTGTGGGCCTCAAGCCACTTGTCTTATCTACACTCTGT CATGTGTCCTTCACCTCCCAGAGATTCTCTTTGGAACCAAGAACCTCTTATCTCTGTGAT GTTCCTCTTGTTGCTAAGCTCCACTCACCCTGTGAACCTGGGACGGAGGAGCTCCAAGGA GCAAGAGGTGGCCCTGTGCAGGGGAGGAGGAGCGGGAACAAGCGTCCAAG
1	EXON 1	36,372,291	36,372,375	-	1	85	ATGCTGAGGGTTGTTGTGGAGTCCGCTTCGATTAACCCTCCCCTCAGCACCACACCCAAA GCTTTCGTAACTGTCTACTTCAGAG
	INTRON 1 - 2	36,372,376	36,373,685			1,310	GTGAGAACCCAGTTCCAAAAGGCTA..........TCCCAGCCCCTTGGTGTCTTTGCAG
2	EXON 2	36,373,686	36,373,738	1	0	53	ATATGATGAAAAGAACTCGAGTGGAGGAAGGACATGGCCCCATATGGAATGAG
	INTRON 2 - 3	36,373,739	36,374,515			777	GTAGACACTCCGTGGCCATCCTGGA..........ACTGATTTCTTTCTGCCCCTCACAG
3	EXON 3	36,374,516	36,374,607	0	2	92	ACCCTAATCTGGCACCTCTGGAATCAGCCACTGGAAAATGATTCCTTCCTGAAAGTCATA CTTCAGGACTCGGTTTCTAAAAAGAAAGAAAG
	INTRON 3 - 4	36,374,608	36,375,171			564	GTAAGGCAGAAAGAGGCAGGAAGAG..........CACACCTACCCCTTGCCTCCCCCAG
4	EXON 4	36,375,172	36,375,280	2	0	109	GTTCATTGGCCTGGCCACTGTACCGCTCAAGCGGCTGGCACAAAGACCGAAAGAAGTCGT GTTTGTGAGGGACCTGATCCTGCTCAACCATTCCATGAAGCCCACTAAC
	INTRON 4 - 5	36,375,281	36,376,728			1,448	GTGAGTCAGGCACCAGGCAGCCCAG..........CCAAGCCCCTCCCTTTGCTTTGCAG
5	EXON 5	36,376,729	36,376,783	0	1	55	TGTACTGTCACCCTACATGTGGCCCAAATATACGACCAGGATACTGAGATGACAG
	INTRON 5 - 6	36,376,784	36,377,854			1,071	GTATGTCTTTTTCTAGGGCATTATC..........TGTCCACCCTGGACTTTTTCCGTAG
6	EXON 6	36,377,855	36,377,964	1	0	110	GCAATGAGGAGCTCCTGGGCTCAACTGTAAATGAGGTGACCCAGAAGAAACTAATGGTCT CTGGCCTCCCCATGCACAGGGCTCTGGCTTCCAAGCCTCAACACTTTCAG
	INTRON 6 - 7	36,377,965	36,378,386			422	GTGAGAGACTAGAAGGGAGGGGAGG..........GATCTATTGGGTGTCCCCTCTGTAG
7	EXON 7	36,378,387	36,378,515	0	0	129	GTCCGGGTGAAGGTGTTTGAAGCCCGACAGCTTCTGGGCAACAACATCAAACCTGTAGTA AAGATAAACATTGCAGGTCAGCAGCATCTCACTCGGATCAAGATGGGAAACAATCCTTTC TTCAATGAG
	INTRON 7 - 8	36,378,516	36,379,477			962	GTAGGCTAAACAAGCCATGTAGGGC..........CCAGCCCCCATTCTCTCTGCTCCAG
8	EXON 8	36,379,478	36,379,540	0	0	63	ATATTCTTCCAGAATTTCCACGAGGTTCCTGCAAAGTTCTTTGAGGAGAACATCTCAATC GAG
	INTRON 8 - 9	36,379,541	36,380,363			823	GTAAGGGGTCAAACTGGTTTCCAGT..........AGATCTTTCTGGAAACTCTCCACAG
9	EXON 9	36,380,364	36,380,414	0	0	51	GTCGTGGACTCTGCAGCATCAAGATCTAAAGCAGAGATTGGGAGATTCCAA
	INTRON 9 - 10	36,380,415	36,382,784			2,370	GTGAGCCCTGATGGAGGAGGAGGCT..........TAATCTTCATTTTACTCTTTTTCAG
10	EXON 10	36,382,785	36,382,815	0	1	31	ACAGACATTGGGTTTATCTACCATTCCCCAG
	INTRON 10 - 11	36,382,816	36,385,084			2,269	GTAGGTGACAGATAATGCAAACATT..........TCTCACATTGGCTCTGCCTCCCCAG
11	EXON 11	36,385,085	36,385,200	1	0	116	GTCACACACTCCTGAGGAAATGGTTAGGCCTCTGTCAGCGAAATAAGACCACCAGTGGAG TCAGAGGCTACTTGAAAGTCACCATCTGTGCCCTCGGTGTAGGGGATCAGGCGCTG
	INTRON 11 - 12	36,385,201	36,385,437			237	GTGAGGCTGCCACCTTCTTCTCAAT..........CTGTCCACTTCTCTGGCATCTGCAG
12	EXON 12	36,385,438	36,385,558	0	1	121	GTAGATCAAAAGCTGCCCTATGAGCAAAACACCCGGGTCCAGATCTTCAAGTCAAAAGAA GTTCCAGTCAGTCTGGCTTACTTGCAGTTCTTCATCTACTGTGCAGAGGATCTCCATTTC G
	INTRON 12 - 13	36,385,559	36,386,090			532	GTTAGAGCCTGTGGGAAGGGAGAGG..........GAAGTCCTTTTATCTCCTGTTCTAG
13	EXON 13	36,386,091	36,386,143	1	0	53	GCACCCACAAGTCAGCCACTCCTGTGTTGGAGGTGGAGCTGATTGGGGACAAG
	INTRON 13 - 14	36,386,144	36,387,180			1,037	GTAGGTACAGAAAGGGTCTGAGATC..........TGACTAAGCCTCGGGATGTTCTCAG
14	EXON 14	36,387,181	36,387,249	0	0	69	CTCAGGACAAAACCACAGAACCCGTCCGACAACCCAATATGGAACCAAATCCTCACCTTC CAGATTCAG
	INTRON 14 - 15	36,387,250	36,388,585			1,336	GTATGGCTACTCCATCATGCCCTCC..........CAATGCCACCTGTCTTCCCTTGCAG
15	EXON 15	36,388,586	36,388,629	0	2	44	CTACCCTGCCTCTCTAGCTACATCAAATTCAGAGTCATGGACTG
	INTRON 15 - 16	36,388,630	36,388,716			87	GTGAGTAAACGGGCTAGAGGCAGAT..........GCTCAGCCTGCAGTGTGTTTCCCAG
16	EXON 16	36,388,717	36,388,799	2	1	83	CTCCAAATACAAATGTCAGGATGAGATTGGGTCAGCCAGCTTGTGCCTCAGCCAGATCTC GTCCACCGGCGAGGAGATCCAAG
	INTRON 16 - 17	36,388,800	36,388,890			91	GCAAGCAAATCCTGGGACCCCTCCC..........CTGAGTTCACTCTATCTCCTTCCAG
17	EXON 17	36,388,891	36,388,985	1	0	95	GGATGTACTCTGGCTTCCTGCCCTGCTTTGGCCCCAGCTTCCTGACTCTCCGTGGGGGCA AGAAGCCCCCTTTCAGGACCTCAGAGGAAGGCACT
	INTRON 17 - 18	36,388,986	36,390,527			1,542	GTAAGTTTGTCCTGTCAGCTTGCGG..........CAGCCCTTTCTCTCTGTTGCTCCAG
18	EXON 18	36,390,528	36,390,656	0	0	129	TGCATCATGGATGCTGTCCAGCATGGTTTAGCTTACCGTGGCCGAATCTTTGTGGAGATA GTCACCAAGATCAAGTCTCAGCAAGACTCGGTAATGAAGGACCTGTCTCAGGAAGTGACC CAGGTGGAG
	INTRON 18 - 19	36,390,657	36,392,302			1,646	GTAATCACAGGAGACAAGCAACCTA..........CCCATGTTTGTGGTTATTGTTTTAG
19	EXON 19	36,392,303	36,392,480	0	1	178	ATGCAATATTACCGCCAAAAGTATGGGCTGTGCGTCATCTTTCTCTCCTGTACCATGATG CCCAAATTTAAGGACCTGATTCAATTCGAGGTCAGCATGGGCCACTATGGAAACAAGACG GATCCAAACTACAAGCCTCTTGTGTCCACCACACAGTACAGCCCGGTGATATACGACG
	INTRON 19 - 20	36,392,481	36,401,353			8,873	GTAACTGTCAGATTCAAGCAGAAAC..........TCCATCCTGTGTCTCTGTGACTTAG
20	EXON 20	36,401,354	36,401,478	1	0	125	GCACTACCTACCATTATGTGCCCTGGTACAACACGAAGCCTGTGGTGGCTGTGACCTCCA ACTGGGAGGATGTTGGCTTCCGAATGAACTGCCTCAACCTCCTCCACATCACCCGGGATC GCCTG
	INTRON 20 - 21	36,401,479	36,402,496			1,018	GTAAGAGTGCAGGAGAGAGCTGGGG..........TCTCTCCCTTTCTCTCAATGGGCAG
21	EXON 21	36,402,497	36,402,597	0	2	101	AAAACCAACCTGGACATCCTGAAATCCATACGGAATCCCAGGGATCCAGCTCTGCTCCAA CAGTGGGAGAAACTGCTGAAGGAGCTGCAGGAGGACTGCCG
	INTRON 21 - 22	36,402,598	36,403,216			619	GTAGGAACTGAGTACCCTGGCTGGG..........TCTTCCTAACCTGTCCTGGCTACAG
22	EXON 22	36,403,217	36,403,394	2	0	178	GCGCCCTCTGCCTTGTATGACTGATCAGCCCAGAGCTAACAGCTTGGACAGGAATAAATG GCAGCTTCGCAGCCAGCTTCTGCAGCAACTAGCACAAATGGCCAAGGAAGCCAAGCCGGT GAACATGGTGGGCACGGCCAAGGAGTGGTTGCACCGTCTCAACGCTGTGATCCCTGAG
	INTRON 22 - 23	36,403,395	36,403,471			77	GTAGGCACTGGCTACACTGGCTGGA..........TCCTGATGCTCTCCCATCTTGGCAG
23	EXON 23	36,403,472	36,403,627	0	0	156	CCACAGGAGAGCCTCCCAGATGTGCTGATCTGGTTGATGTCCAGGCAGCAGCGAGTGGCC TATGCTCGGGTTCCTGCCCACACTGTCCTGTTCTCCCCAGCAGGACCCCTGAGCTCTGGC AAGTTCTGTGGAAAGATTCAGAACATCCTCTTACAG
	INTRON 23 - 24	36,403,628	36,404,753			1,126	GTGGGGGAAAGGGGTGTCTTCCAGG..........TGGGACTGATCTGCCTCTGGCTCAG
24	EXON 24	36,404,754	36,404,882	0	0	129	TACCCAGAAGGTGAAGGACAGGACACATTCCCAGCCTCCCTCCGGGTCTGTATGTGGCTT GGCAATGTCAAATACAGCAAGAATCTGAAGCTGCTCCAGCAGGGCTCCATGGTGGTGTAT GCAGAGACG
	INTRON 24 - 25	36,404,883	36,406,508			1,626	GTGAGTGGACAGATATCGGGGTAAT..........ATTGACTGGCATTCCCCTCCCCCAG
25	EXON 25	36,406,509	36,406,672	0	2	164	TATGAGAATCAGGCCAAGACCAAAGATGACTGGGGACAACAAGGGCTATACCACTGCCCC AACTTCTCCGATGTCATGGGACGCAAGGCTCTCCCCAAGACAGACTTCAAGGCTCCCCCG GGATGGCATTGGAAGGACGACTGGGTAGTAGAGCCTCAGAGGAG
	INTRON 25 - 26	36,406,673	36,406,928			256	GTAAGGAGGGTTCAAGCCCTGACCA..........AACTTGGGGTATCACTGCTGCCCAG
26	EXON 26	36,406,929	36,407,043	2	0	115	ACTCCTCCTGGACATAGACATCAACAAGAGCCAGGTGCTGGAAGAGGTGTATGAGAACCA GCTTCGCAACGCCACAGGTGCCTGGGTGCCTGCAGCTATCCCCAACACGGACGTG
	INTRON 26 - 27	36,407,044	36,407,882			839	GTAAGCATCCCCATCCTGCCATAGG..........TCCTCCATCCTCAACATCCCTACAG
27	EXON 27	36,407,883	36,407,985	0	1	103	AATGGACAGCCTGTGGAAGCCCTGGAGAACGTGAAGTGTCCCCAAGGCTGGCACTTTAAG AAGAATTGGATTGTGGAGCTCAACCACGCAGTCGACAGTGAAG
	INTRON 27 - 28	36,407,986	36,408,494			509	GTCAGTCTCCCGACAAGTCAGCCAT..........AGAGGTCACGATGCTGCTCCTGCAG
28	EXON 28	36,408,495	36,408,670	1	0	176	GCTGGGAGTATGGCGTGGGGATCCCACCTTCCGGCCTGCCCCAGATCTGGAACTCGGTGG AAAAGACTTACCACTCATGCCGCCGGCGACGGTGGGTGCGCGTGCGCTTTCGAAACCACA AGGAGCTGGGCCAGGAGCGGAGTCAGGAGCAGGAGACCCTCTCCTTCCTGCAGATG
	INTRON 28 - 29	36,408,671	36,408,772			102	GTAAGACATTTGGGGCGAGGGTCCT..........TGAGACCCTGCGTTCTTCCCTGCAG
29	EXON 29	36,408,773	36,408,943	0	0	171	CAAGACCTCTCTGAGGAAGGAAAGGAAGGCTGGGAGTATGGCACGTTCGACTCCAGGTTT CACCTGGACCCTCAGCCCACAAGCCGCTTCCGTCGCCGCTGCTGGCACCGACAGCTGGCG CCCAACAAGGACAGGGGTGTAGCTTCCATATTCCTCCTGGAGGGATCCTTG
	INTRON 29 - 30	36,408,944	36,409,141			198	GTAAGGCTTCCCGGATTGGGTGACA..........ACTTGGGGCCCCTTTCTGGCCACAG
30	EXON 30	36,409,142	36,409,274	0	1	133	GCAGTGGAGCAGAAAGACCAACCTAGGAAGGAGATGGAGAAGACGAGGTCGTGGCAACCC TGGAAGGACTTGAGGCACACCCCAGAGGATCCCCGGATCCCCACCACGCCTTTCATTTAC TACATCCTCAACA
	INTRON 30 - 31	36,409,275	36,409,379			105	GTAAGCCTGGCCTGGGCGGCTACTG..........CCGAATGAGACTTCTCTTTATCCAG
31	EXON 31	36,409,380	36,409,457	1	1	78	AGCCTCACTACTACCAGCTCTTCTGCTATATCTACCAGGCCCGGAATCTGATGTACAACC AGATCCTGACCTTTCAGG
	INTRON 31 - 32	36,409,458	36,410,861			1,404	GTAGGAATGCCCCTTTACCATTCAG..........ATCCTGCCCTCCCTCCATGAATTAG
32	EXON 32	36,410,862	36,411,043	1	0	182	AGCCTTTCATCCAAGTGGTCTTCCTGAACCACAGCTTGTGCACCCAGACCCTGCGAAGCT CTGCAGCTCCGACCTGGTCCCAGTCGATCATCTTCCAGCACCTTCTGCTGTTTGAAGACC CCAAAGATACCAGAGAGAACCCCCCACTTGTGGTGCTGGAACTGTGGCAACATGACTCAC GG
	INTRON 32 - 33	36,411,044	36,411,228			185	GTACAGTGGACTGGGCTTAAGGGAA..........TTCTATGAACTCCCTTCACTTCTAG
33	EXON 33	36,411,229	36,411,390	0	0	162	GGAAACAAGATCTTGTGGGGACGGAGCATGTGGCCCCCAGTCGTCTGGCTGGGCCTCCAA GACTGGGTCTTTACCCCGCTGAGATGGCACCCCCTTATAAGAGAGTTGGGAGAGGAAGAG GGTGAGATCTTGGCATCCTGTGAGCTGATCCTAGAGACACAG
	INTRON 33 - 34	36,411,391	36,411,561			171	GTACAGATGGGCTCAGGATGGATTC..........CCGCTTTCCCTCTTCTGCCCTCCAG
34	EXON 34	36,411,562	36,411,666	0	0	105	AAGCTGAAAGAGCTACACCCGCCTATCCTAAGCATCCCCTGTAAGGATGGGATTTACTTG TTGCCCAAGAACATTCAGCCTACCATGAAAATGATGGCCATTGAG
	INTRON 34 - 35	36,411,667	36,412,556			890	GTGTGTGCGGATGGGGAGAGGTGGG..........CTGCCCCTTGCCCTGGTTCTGACAG
35	EXON 35	36,412,557	36,412,703	0	0	147	ATCATGGCCTGGGGCCTTCGGAACATGACGAAGGTGCGTTACCCCCAGCTCCTGCTGGAA TGTGGGGGTGAGTCCCTGAAGACAGAACCCATCAGCAACTTCCAGGAGAACCCCAACTTC CCTACGTCCACCTTCTTCTTCACGGTG
	INTRON 35 - 36	36,412,704	36,412,778			75	GTAAGAGGCCCTGGGCAGGGGCTGG..........CACGTGCCCCTCTTTGGGCTTGTAG
36	EXON 36	36,412,779	36,412,941	0	1	163	TTCATGCCTCTGGAGGAGACCCATGCACAGCCCCTGGTGGTGAAAGTGGTGGACAACCAG GAATATGGCCAGCAGATTGTGGTCGGTCAGGCCAACATCGACTTCCTCCAGCCCTATTTC TGTGACCCGTGGTCTCTGAACTACACAACTGTAAAGCTGCCAA
	INTRON 36 - 37	36,412,942	36,413,089			148	GTAGGGCTCTTTCACCTGGCCTTGT..........CCTCATGACTATGTTCTCTCCACAG
37	EXON 37	36,413,090	36,413,115	1	0	26	CTCTGTCTGTGAAGAAGCCTGATACT
	INTRON 37 - 38	36,413,116	36,414,775			1,660	GTGAGTAAGAGTCCCAGGCTACCTT..........TTCTCTAACCTTCCTTACTTTTCAG
38	EXON 38	36,414,776	36,414,826	0	0	51	TTCCTAGACTTTGTCTACAAGAAGTTCTGGTTCGATTCCAGCAAAGACGAG
	INTRON 38 - 39	36,414,827	36,414,932			106	GTAAAGCAGACTCAGACCCGGGAAG..........CCAACAAAGGCTTCTTCTCCGTTAG
39	EXON 39	36,414,933	36,415,037	0	0	105	GAGGTCTATGAAGAGGAGGTGGACTGGTGGAGCAAGCTATTCTGGGCCACAGGAGATGCA GACAAGTCCTTGAACTACAACCACAAAAGCTACCACACCCTAAAG
	INTRON 39 - 40	36,415,038	36,415,590			553	GTTTGGAGGGTACTGGGAAAGGGGT..........CCAGGTCCTGCATACACCCCTACAG
40	EXON 40	36,415,591	36,415,710	0	0	120	GTATATGACTGTGAGTTGGAGGCCGTTCTGACCTTCAAGGGCCTGCAGGACTTTTGCCAG ACCTTCAAACTTTACCAAGAGAAGCCCAAGGTGGACAGTCCCGTGGTAGGGGAATTCAAG
	INTRON 40 - 41	36,415,711	36,416,466			756	GTGTGTCTACGCTAGTTTGGCTGCC..........ACTACCAACACCTTCTCACCCCCAG
41	EXON 41	36,416,467	36,416,628	0	0	162	GGCCTCTTCCGCATCTACCCCTTTCCGGAGGACCCAGAGGCCCCTAAACCCCCACGTCAG TTCTCGGCTTGGCCTGAGATAGAGGACTTCCCTCAGATGTGTTTGGTACGGGTGTACCTG ATACGAGCCATCAACCTGCAGCCACAGGACTACAATGGCCTG
	INTRON 41 - 42	36,416,629	36,416,872			244	GTAAAAAACAAACAAACAAACAAAC..........CTCCTCTTCCTTCCTTCCTTCCCAG
42	EXON 42	36,416,873	36,416,964	0	2	92	TGTGACCCTTATGTGATCCTGAAACTGGGACAGACAAAGCTTGGCAGCCGGGACTCATAC TACCCCAACACTCTGGATCCCATCTTTGGCAT
	INTRON 42 - 43	36,416,965	36,417,364			400	GTGAGCCACCGTCCCCAGTCACCCA..........CCATTTTGCAATGCCTTTTCTCTAG
43	EXON 43	36,417,365	36,417,535	2	2	171	GATGTATGAGCTCACCTGTAACATCCCGCTGGAGAAGGACCTGGAGATCCAGCTGTTTGA CTTTGACCTCATTACTGCTGATGATGAGATTGGAAGTACTGTCATTGACCTTGAGAACCG ACTTCTGTCTGGCTTTGGGGCCCGTTGTGGGCTCTCTAAATCCTACTGCAA
	INTRON 43 - 44	36,417,536	36,417,723			188	GTGAGTGTGGACCCACTCAGCAAGC..........CTGTTCCTCTTGCATACTCCCACAG
44	EXON 44	36,417,724	36,417,872	2	1	149	GTCAGGGCCCTTTAAGTGGAGGGATCAGATGACCCCGAGCTACCTTCTGTACCGATATGC CAAACAGAAAGGGCTGCCTCCACCTGTATTTGACCTTGAGGGAGATTCACTTTACTACAA TGGGGAAACGTTCAAGTTGCAGAGCTTTG
	INTRON 44 - 45	36,417,873	36,418,101			229	GTGAGCCCAGCACACTTCCAGACAG..........CTTCATGATCCTGTTTCAAATCCAG
45	EXON 45	36,418,102	36,418,241	1	0	140	AGTCCACACCCCCTACCTACAAGCATTTGGGGCCTAAGAAGGAGCGCCTGGCACTGTACA TCCTGAACACCCAGGGACTGGTTCCTGAGCATGTAGAGACTCGCACACTGCACAGTAACA GCCAGCCTGGTATTGACCAG
	INTRON 45 - 46	36,418,242	36,419,679			1,438	GTATGTGACTGGAAAGGCTGTTCCT..........ACCAGCAAATCCATTCTGACTCTAG
46	EXON 46	36,419,680	36,419,768	0	2	89	GGAAAAATACAAATGTGGGTGGATATCTTCCCCAAGATGCTGGGGCCTCCTGGGCCGCAA GTCAACATCAGCCCCAGGAAGCCTAAACG
	INTRON 46 - 47	36,419,769	36,419,978			210	GTGAGTACGCTAAAGCTCAGCTCCT..........TAGCCTCAGAGCACAGTGGCTGCAG
47	EXON 47	36,419,979	36,420,074	2	2	96	GTACCAACTGCGCTGTATCATCTGGAGCACAGCTGAAGTGGACCTGGTCCAAGAGACCTT CAGTAAAGAGAAAATGAGCGATATCTACGTGAAAGG
	INTRON 47 - 48	36,420,075	36,420,241			167	GTAAGGCAGGCAGGGGAGGAGGGCT..........CAAGGTAAAAGGACTCTGTCCCCAG
48	EXON 48	36,420,242	36,420,383	2	0	142	GTGGCTCTTTGGGCTAGAGGAGGATACTCAGAAGACAGATGTCCACTACCACTCCTTGAC TGGGGAGGCCACCTTCAACTGGAGGTTCATCTTTACCATGGACTATCTGACAACGGAGCG TGCATGTGTCCAAAGTCAGAAG
	INTRON 48 - 49	36,420,384	36,420,596			213	GTAAGGAAGGGGTGGGGAGGAGAAA..........CTAACAGCCTTCTGCTATCCTCCAG
49	EXON 49	36,420,597	36,420,696	0	1	100	GACTACATATGGAGCCTGGATCCCACATCAACGAAGTTTCCAGCCCGGCTCATGATCCAG ATATGGGACAATGACTTCTTTTCCCCAGATGACTTCTTAG
	INTRON 49 - 50	36,420,697	36,420,772			76	GTGAGGTCCTGATGTAGGGTTTGTG..........GACAACAGCCTTTCTCTGGCCTCAG
50	EXON 50	36,420,773	36,420,963	1	0	191	GGGTCTTGGAGCTGGATTTATCAGACATGCCCCTTCCGGCTCAGAACATCAAGCAATGTT CCCTCAAGATGATGGAGACTGACTCCAAATGGCCTTTCACCCCACAGAAGCGTATCTCTC TCTTTAAGAAGACCAATGTAACTGGATGGTGGCCTTGTCAGGTCCTAGATGGTGACAAGT GGCGTTTGTCG
	INTRON 50 - 51	36,420,964	36,421,126			163	GTAGGGGCTGGGGAATGTGTTTAGT..........CTGCTCTGTCCTTTGGTATTGCTAG
51	EXON 51	36,421,127	36,421,236	0	2	110	GGTAAAGTCAAGATGACTCTTGAGATGCTATCAGAGAGAGAAGCTCTAATCAGGCCAGCC GGCCGAGGCCAGTCGGAACCCAACCAGTTCCCTATGCTTCATCCTCCTGA
	INTRON 51 - 52	36,421,237	36,421,480			244	GTAAGGGCCCTGGAGGGCGGTGGTG..........TGCTCTCTGTCCCTGTCACGGGCAG
52	EXON 52	36,421,481	36,421,628	2	0	148	GCGAAATGATTCCTTCTTACTGTGGTACCAGTCACCTATTAAAAACTTCTGCTATGCTGT CTGCAAACGCTACCGCTCCAAAATCATATGCTTAGTGGTGACACTGGTTATAGGGTTTAT ACTGCTCAACTTCGTCTATTCTGCTCCG
	INTRON 52 - 53	36,421,629	36,421,738			110	GTGAGTGCTAACCCATGGGGAAGGG..........CTACTCTGATGTCTCTTTTCTCTAG
53	EXON 53	36,421,739	36,422,107	0	-	369	AGCTATTTCGCTATGAACTGGATCAAACCTCAACTCCGGCTGTCTTCTCCCATTAAAATA GTCAATCTCATCGGTACGGTGAACACCAGCAATATCAACTCTTCCATTCTCACCATGGAG GGCTCAACATATCACGCAAGCCATGTCTTCCCAGAGGCTCCAGCTCCGTGAGGCTCCATG ATCTGGCCTTCCTTTCTCCCACCTGCCAAGTACCCTGTGCCTCGGGCTTCCTGGCAGATC TTGTTTGAGTCTTCTAGGGCACATCAAAGAAGCTGTGCACACTCTGACTCATACATGTTT AGAGATCACTTCTGACAAGAAGAGCAGAGCTGTAATTTTCTATTGAAATAAATTCATTTT TCTAACAGA
	3' upstream sequence						GCCAACCTAAGACTTGGGGGTTGGGATGGAAGACAATGTGAAAGGCTGAAAATGGCATCT CTGTGAGACTTGGGGAGTGATGCCACATTTAATCACCCTATTTAGTCCTCGGCAGGGGAA GGGTAACCGTGTGCCATACATCGAGGCCACAGCTTCCACTCAAGTGTGAGGGCACAAGAG CCGCACCAGGACAGGCACCACCTCCAGCCTTACTCAGCATGGAAAACATTTGCTTCTGCA ACAATAATAAAACCAGAGCTGGGGCAGGATGCAGGATGCTGGATGGGTAGGGTTTGTTTT TAATTGGCTTGGTTTTTTGTTTTCAATTTTTCAAGATAGGGTTTCTCTGTATAGTTCTGT CTGTCCTGGAACTTGCTCCATAGACCAGGCTGGCCTTGAACTCAGAGACCCACTGGCCTT TGCCTCTGAGTGCTGGGATTAAAGGTGTGTGCATGGGTGGCTTTCTTATACACATTTTTC AAAAGGGAAAAGACTAGTTCCCAGGCTACATGAGGACTGCAGAGCCTCTCTTCTGGTCTC TTTCAAAGCATCAAGGTGCTCATGAGCAGGAGTTAGGCTAACCTGACTCACTCTCTCACT CTTCCTGTGGGCAAATCCTTTCAGTCCCGTGGCAGTGAGAGTCATCTCAACAGACCACTT AGATCCTCTACCATGGGACCCACTCAATCTACCTTTGAGATAAACTCAAAGCAGACAAAA CTACGATTACTTTTCAGCACTCCTAATACTAGAGCCAACCTATATTCCAGCTTGTTCCCT GGTTCCCCTTAAGCTGTTATGCTACTGAGGGAAGGTGTAAGGCTTCCTGCACCCCATCTT TTTTTCTCCTGCGTAAGGACAACACAGACTCCCATAGACAGGGGGCTGAGATGAACTCTC ACCTGCAGCTAGGGTGACCTTCCTCCTCGTCTATGGACGGATGGGGTAAGGGATGGGTGA GGGTTTTCCCAACCATCCAGGAGGGGCAGGATGACAGCAG..........

Sequence Detail Report

Gene Symbol (Gene ID)	Fer1l5 (ENSMUSG00000037432)
Transcript ID	ENSMUST00000179162

		SNP Information
Strain :
Sequence Retrieve :
Exon translate : CDS Start ( 1 ) - End ( 2039 ) -
Strand :	forward reverse
Show sequence :	nucleotide amino acid
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