MoG+ -Mouse Genome database with high added value-

Target CDS Information

Gene Symbol (Gene ID)

Fer1l5 (ENSMUSG00000037432)

Cross Reference

MGI_trans_name	Fer1l5-003
OTTP	OTTMUSP00000073024
OTTT	OTTMUST00000139071
UniParc	UPI00064547DF
Vega_transcript	Fer1l5-003, OTTMUST00000139071
Vega_translation	178964, OTTMUSP00000073024

Definition

codon_start:2
protein_id:ENSMUSP00000143919
translation:

XNTRVQIFKSKEVPVSLAYLQFFIYCAEDLHFGTHKSATPVLEVELIGDKLRTKPQNPSD
NPIWNQILTFQIQLPCLSSYIKFRVMDCSKYKCQDEIGSASLCLSQISSTGEEIQGMYSG
FLPCFGPSFLTLRGGKKPPFRTSEEGTCIMDAVQHGLAYRGRIFVEIVTKIKSQQDSVMK
DLSQEVTQVEMQYYRQKYGLCVIFLSCTMMPKFKDLIQFEVSMGHYGNKTDPNYKPLVST
TQYSPVIYDDIPPPPSCVSVT

Chromosome

Length
Position(start - end)

15,888
36,385,464 - 36,401,353

Orient to Chromosome

plus

Link

Location : (1:36385464-36401353)
/

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

Polymorphisms Report

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

Gene Symbol (Gene ID)	Fer1l5 (ENSMUSG00000037432)
Transcript ID	ENSMUST00000202030

Reports
substitution
cSNPs	0
Insertion	16
Deletion	24
SNPs	-1kb 36380562(c.-4903A>G), 36380572(c.-4893T>C), 36380728(c.-4737G>A), 36380753(c.-4712G>A), 36381030(c.-4435A>G), 36381367(c.-4098T>C), 36381451(c.-4014C>G), 36382204(c.-3261C>T), 36382214(c.-3251T>C), 36382274(c.-3191A>C), 36382308(c.-3157A>T), 36382417(c.-3048G>A), 36382521(c.-2944T>C), 36383594(c.-1871C>T), 36383713(c.-1752A>C), 36383755(c.-1710T>A), 36384574(c.-891C>A), 36384592(c.-873A>G), 36384651(c.-814A>G), 36384859(c.-606A>C), 36384918(c.-547G>A), 36384932(c.-533C>T), 36384956(c.-509T>C), 36385259(c.-206G>A), 5'UTR CDS 3'UTR 36403474(c.407C>A), 36403603(c.536G>A), INTRON 36385930(c.95-161C>T), 36385949(c.95-142T>C), 36386457(c.147+314G>A), 36386536(c.147+393T>G), 36386916(c.148-265T>C), 36387067(c.148-114G>A), 36387314(c.216+65G>A), 36387350(c.216+101C>T), 36387463(c.216+214A>G), 36387482(c.216+233G>T), 36387495(c.216+246A>G), 36387508(c.216+259A>G), 36387629(c.216+380G>A), 36387642(c.216+393G>A), 36387754(c.216+505A>G), 36387763(c.216+514A>G), 36387796(c.216+547G>A), 36388124(c.217-462A>C), 36388404(c.217-182G>A), 36388510(c.217-76C>T), 36389366(c.438+381G>T), 36389411(c.438+426C>T), 36389597(c.438+612C>T), 36389701(c.438+716T>C), 36389732(c.438+747T>C), 36389738(c.438+753C>T), 36389744(c.438+759A>G), 36390232(c.439-296T>G), 36391738(c.568-565A>G), 36391963(c.568-340G>A), 36392065(c.568-238A>C), 36392092(c.568-211T>C), 36392141(c.568-162A>T), 36392700(c.745+220A>G), 36392951(c.745+471G>A), 36392960(c.745+480G>C), 36392963(c.745+483C>T), 36393099(c.745+619C>T), 36393165(c.745+685T>C), 36393171(c.745+691C>T), 36393185(c.745+705T>C), 36393192(c.745+712T>C), 36393238(c.745+758C>G), 36393337(c.745+857A>G), 36393403(c.745+923T>C), 36393412(c.745+932T>C), 36393450(c.745+970G>A), 36393778(c.745+1298G>T), 36393952(c.745+1472C>T), 36393968(c.745+1488T>C), 36393969(c.745+1489G>A), 36393984(c.745+1504C>A), 36393985(c.745+1505A>C), 36394030(c.745+1550C>T), 36394099(c.745+1619T>C), 36394339(c.745+1859T>C), 36394414(c.745+1934A>G), 36395999(c.745+3519G>A), 36396049(c.745+3569G>A), 36396085(c.745+3605A>G), 36396128(c.745+3648A>C), 36396208(c.745+3728A>G), 36396226(c.745+3746A>G), 36396240(c.745+3760T>C), 36396263(c.745+3783A>T), 36396264(c.745+3784G>T), 36396266(c.745+3786C>T), 36396275(c.745+3795C>T), 36396357(c.745+3877A>T), 36396403(c.745+3923T>C), 36396406(c.745+3926C>T), 36396435(c.745+3955A>G), 36396829(c.745+4349A>G), 36396846(c.745+4366G>C), 36396851(c.745+4371A>G), 36396971(c.746-4345T>C), 36396973(c.746-4343T>C), 36396977(c.746-4339A>C), 36397009(c.746-4307T>C), 36397249(c.746-4067G>A), 36397250(c.746-4066T>C), 36397278(c.746-4038C>T), 36397279(c.746-4037G>A), 36397282(c.746-4034T>C), 36397652(c.746-3664C>T), 36397676(c.746-3640A>T), 36397761(c.746-3555G>A), 36397884(c.746-3432G>A), 36397886(c.746-3430C>T), 36397941(c.746-3375C>A), 36397942(c.746-3374A>G), 36397959(c.746-3357A>G), 36398037(c.746-3279G>A), 36398170(c.746-3146C>T), 36398175(c.746-3141A>C), 36398229(c.746-3087A>C), 36398280(c.746-3036A>C), 36398287(c.746-3029T>G), 36398362(c.746-2954G>T), 36398365(c.746-2951T>C), 36398479(c.746-2837C>T), 36398584(c.746-2732G>T), 36398606(c.746-2710C>T), 36398610(c.746-2706C>T), 36398614(c.746-2702C>T), 36398618(c.746-2698C>T), 36398656(c.746-2660A>G), 36398900(c.746-2416T>C), 36398963(c.746-2353T>C), 36398980(c.746-2336A>G), 36399010(c.746-2306C>T), 36399119(c.746-2197A>G), 36399189(c.746-2127C>T), 36399255(c.746-2061T>C), 36399400(c.746-1916T>G), 36399444(c.746-1872A>C), 36399488(c.746-1828C>T), 36399523(c.746-1793A>G), 36399661(c.746-1655C>A), 36399693(c.746-1623G>A), 36399985(c.746-1331A>G), 36400223(c.746-1093A>G), 36400305(c.746-1011A>C), 36400309(c.746-1007A>G), 36400317(c.746-999A>C), 36400338(c.746-978T>A), 36400382(c.746-934T>C), 36400618(c.746-698A>G), 36400736(c.746-580C>T), 36400775(c.746-541G>A), 36400878(c.746-438T>A), 36400890(c.746-426T>G), 36400919(c.746-397A>G), 36400934(c.746-382T>A), 36401171(c.746-145G>A), 36401295(c.746-21A>G), 36401552(c.125+74C>T), 36401614(c.125+136C>T), 36401618(c.125+140A>G), 36401626(c.125+148G>T), 36401654(c.125+176T>C), 36401673(c.125+195T>C), 36401796(c.125+318C>T), 36402028(c.126-469G>A), 36402050(c.126-447G>T), 36402099(c.126-398A>G), 36402101(c.126-396A>G), 36402117(c.126-380G>A), 36402123(c.126-374C>T), 36402131(c.126-366G>A), 36402152(c.126-345G>A), 36402224(c.126-273T>C), 36402296(c.126-201C>T), 36402320(c.126-177G>A), 36402400(c.126-97C>G), 36402623(c.226+26G>A), 36402707(c.226+110C>T), 36402806(c.226+209G>A), 36402807(c.226+210T>C), 36403011(c.227-206A>T), 36403126(c.227-91A>G), 36403436(c.405-36C>T), 36403658(c.560+31C>T), 36403722(c.560+95T>C), 36403992(c.560+365T>G), 36404043(c.560+416C>T), 36404062(c.560+435G>A), 36404133(c.560+506A>C), 36404228(c.561-526G>C), 36404252(c.561-502A>C), 36404413(c.561-341T>C), 36404616(c.561-138A>G), 36404696(c.561-58T>C), +1kb 36404924(c.3571G>A), 36404944(c.3591A>C), 36404957(c.3604G>A), 36405155(c.3802T>C), 36405178(c.3825T>C), 36405201(c.3848C>T), 36405568(c.4215A>G), 36405657(c.4304T>C), 36405712(c.4359A>G), 36405743(c.4390A>G), 36405873(c.4520A>T), 36406039(c.4686G>A), 36406267(c.4914A>C), 36406296(c.4943G>C), 36406325(c.4972T>C), 36406340(c.4987C>G), 36406405(c.5052A>G), 36406460(c.5107C>G), 36406531(c.5178G>A), 36406750(c.5397G>C), 36407338(c.5985C>T), 36407795(c.6442A>G), 36407827(c.6474G>A), 36407958(c.6605A>G), 36408260(c.6907G>A), 36408473(c.7120A>G), 36408981(c.7628T>C), 36409314(c.7961T>C), 36409375(c.8022C>T), 36409653(c.8300C>T), 36409668(c.8315C>A), 36409709(c.8356A>G), 36409718(c.8365A>G), 36409725(c.*8372T>C),
Insertions	-1kb 36382366 (c.-3099_-3098insCCC), 36383388 (c.-2077_-2076insATAG), 36383487 (c.-1978_-1977insACATTC), 5'UTR CDS 3'UTR INTRON 36389348 (c.438+363dupA), 36391676 (c.568-625dupA), 36393058 (c.745+578_745+579insGTG), 36396342 (c.745+3868dupC), 36397204 (c.746-4112_746-4111insC), 36399326 (c.746-1990_746-1989insTG), 36401748 (c.125+271dupA), 36401938 (c.125+463_125+465dupGGA), 36403100 (c.227-110dupC), 36403634 (c.560+10dupA), 36404684 (c.561-65dupC), +1kb 36405158 (c.3805_3806insAGAT), 36408952 (c.7599_7600insCC),
Deletions	-1kb 36380951 (c.-4513_-4510delTGTG), 36382173 (c.-3291delT), 36384039 (c.-1425_-1421delGCGTG), 36384965 (c.-499_-498delGA), 5'UTR CDS 3'UTR INTRON 36386010 (c.95-80_95-79delAC), 36386486 (c.147+352delT), 36389423 (c.438+443delG), 36389427 (c.438+444_438+445delTG), 36389945 (c.439-568delT), 36390759 (c.567+104_567+109delTGGGGG), 36390935 (c.567+284_567+287delCCCT), 36392000 (c.568-293delG), 36392567 (c.745+88_745+92delTATGT), 36395374 (c.745+2898_745+2901delACTT), 36395530 (c.745+3057delG), 36395968 (c.745+3493_745+3497delCGTTT), 36396681 (c.745+4202delT), 36396701 (c.745+4222_745+4225delATTT), 36396946 (c.746-4369delT), 36398769 (c.746-2539delG), 36399320 (c.746-1995_746-1988delCACACCCC), 36401636 (c.125+159_125+162delGAAT), 36403816 (c.560+194delG), +1kb 36404907 (c.3555_*3556delGG),
coding sequence substitutions
premature termination by the nucleotide substitution	0
synonymous num	0
non-synonymous num	0
synonymous substitutions
non-synonymous substitutions
B6 transcript (ENSMUST00000202030)	NTRVQIFKSKEVPVSLAYLQFFIYCAEDLHFGTHKSATPVLEVELIGDKLRTKPQNPSDN PIWNQILTFQIQLPCLSSYIKFRVMDCSKYKCQDEIGSASLCLSQISSTGEEIQGMYSGF LPCFGPSFLTLRGGKKPPFRTSEEGTCIMDAVQHGLAYRGRIFVEIVTKIKSQQDSVMKD LSQEVTQVEMQYYRQKYGLCVIFLSCTMMPKFKDLIQFEVSMGHYGNKTDPNYKPLVSTT QYSPVIYDDIPPPPSCVSVT*
MSMv4 transcript	NTRVQIFKSKEVPVSLAYLQFFIYCAEDLHFGTHKSATPVLEVELIGDKLRTKPQNPSDN PIWNQILTFQIQLPCLSSYIKFRVMDCSKYKCQDEIGSASLCLSQISSTGEEIQGMYSGF LPCFGPSFLTLRGGKKPPFRTSEEGTCIMDAVQHGLAYRGRIFVEIVTKIKSQQDSVMKD LSQEVTQVEMQYYRQKYGLCVIFLSCTMMPKFKDLIQFEVSMGHYGNKTDPNYKPLVSTT QYSPVIYDDIPPPPSCVSVT*
homology	100.00 (261 / 261)

Exon Detail Report

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

Gene Symbol (Gene ID)	Fer1l5 (ENSMUSG00000037432)
Transcript ID	ENSMUST00000202030


..........GGTTTTTTTTTTTTTTTTTTTTTTTTTTTGAGACAAGATCTCATATATAT
CTAGGCTGGCCTCCCACTTGCTCTCATCTCTTTGTATTGAGAATGTTCAATATCCTCGCT
ATCATGTTGAAACACACAGTTACTGTCACCCACCATTACTTTGCTGTAGAGATCCCATTC
CCATCCCTTCCTATCCCGCTGCATCCTGTGCCCACTAACATCCTTCCTCTCTTCTCCTGC
ATCCTGTCCATCCTAGCTCTGGTACCCACTAGTCTACAAGAGATTGAGACCATAGTGGGG
AATTCTACTGTGATCCGGCCATCACATACATTCCAGGTTGACACTGGATCTGGGGGTGGA
GAGATGTTTGCCTCCGTATGTCTGGCATCAGGCCAGGGTGGAAAGCGGACTCTCCTTTCC
CAGAGGTACTAGCAGCCTTGTTAGCGTACCATCCTTGTGTAGTAAAGGGGACTTCTGTTC
TTCTCTACCACTGGGTGAGAGCTGGTGCATGTGAGACACCACTTGCCCTGTTTTCCCTGG
AAACAAAGGCTATTTCAGGAGAGAGAGAGAGGTGGGGAGAGAGAGAGAGACAAACAGACT
GGAGGGTCTCACATTGGCTCTGCCTCCCCAGGTCACACACTCCTGAGGAAATGGTTAGGC
CTCTGTCAGCGAAATAAGACCACCAGTGGAGTCAGAGGCTACTTGAAAGTCACCATCTGT
GCCCTCGGTGTAGGGGATCAGGCGCTGGTGAGGCTGCCACCTTCTTCTCAATCCCCAGTA
ATATAGCTTATGTGGCTGCCTCCCTAGGGACCTCTGAGCCTTCCAAGTGGCCATTGGCCT
ATACCACCTTTGTTCGGTGTGCCATAAAGGGTTGTCCGCTCTCCCTGCATCACATGGAAA
GTCGGGAAAGTCAATAGTGGGTGAACTTGGCTGAGCCCTCCCTGCCTCTGAGCCTGACCC
TGTCCACTTCTCTGGCATCTGCAGGTAGATCAAAAGCTGCCCTATGAGCA
AAACACCCGGGTCCAGATCTTCAAGTCAAAAGAAGTTCCAGTCAGTCTGGCTTACTTGCAGTTCTTCATCTACTGTGCAGAGGATCTCCATTTCG
GTTAGAGCCTGTGGGAAGGGAGAGG..........GAAGTCCTTTTATCTCCTGTTCTAG
GCACCCACAAGTCAGCCACTCCTGTGTTGGAGGTGGAGCTGATTGGGGACAAG
GTAGGTACAGAAAGGGTCTGAGATC..........TGACTAAGCCTCGGGATGTTCTCAG
CTCAGGACAAAACCACAGAACCCGTCCGACAACCCAATATGGAACCAAATCCTCACCTTCCAGATTCAG
GTATGGCTACTCCATCATGCCCTCC..........CAATGCCACCTGTCTTCCCTTGCAG
CTACCCTGCCTCTCTAGCTACATCAAATTCAGAGTCATGGACTG
GTGAGTAAACGGGCTAGAGGCAGAT..........GCTCAGCCTGCAGTGTGTTTCCCAG
CTCCAAATACAAATGTCAGGATGAGATTGGGTCAGCCAGCTTGTGCCTCAGCCAGATCTCGTCCACCGGCGAGGAGATCCAAG
GCAAGCAAATCCTGGGACCCCTCCC..........CTGAGTTCACTCTATCTCCTTCCAG
GGATGTACTCTGGCTTCCTGCCCTGCTTTGGCCCCAGCTTCCTGACTCTCCGTGGGGGCAAGAAGCCCCCTTTCAGGACCTCAGAGGAAGGCACT
GTAAGTTTGTCCTGTCAGCTTGCGG..........CAGCCCTTTCTCTCTGTTGCTCCAG
TGCATCATGGATGCTGTCCAGCATGGTTTAGCTTACCGTGGCCGAATCTTTGTGGAGATAGTCACCAAGATCAAGTCTCAGCAAGACTCGGTAATGAAGGACCTGTCTCAGGAAGTGACCCAGGTGGAG
GTAATCACAGGAGACAAGCAACCTA..........CCCATGTTTGTGGTTATTGTTTTAG
ATGCAATATTACCGCCAAAAGTATGGGCTGTGCGTCATCTTTCTCTCCTGTACCATGATGCCCAAATTTAAGGACCTGATTCAATTCGAGGTCAGCATGGGCCACTATGGAAACAAGACGGATCCAAACTACAAGCCTCTTGTGTCCACCACACAGTACAGCCCGGTGATATACGACG
GTAACTGTCAGATTCAAGCAGAAAC..........TTAGGACCCTCTATTGGTTCCTCAG
ATATCCCACCCCCTCCATCCTGTGTCTCTGTGACTTAGGCACTACCTACCATTATGTGCCCTGGTACAACACGAAGCCTGTGGTGGCTGTGACCTCCAACTGGGAGGATGTTGGCTTCCGAATGAACTGCCTCAACCTCCTCCACATCACCCGGGATCGCCTG
GTAAGAGTGCAGGAGAGAGCTGGGG..........TCTCTCCCTTTCTCTCAATGGGCAG
AAAACCAACCTGGACATCCTGAAATCCATACGGAATCCCAGGGATCCAGCTCTGCTCCAACAGTGGGAGAAACTGCTGAAGGAGCTGCAGGAGGACTGCCG
GTAGGAACTGAGTACCCTGGCTGGG..........TCTTCCTAACCTGTCCTGGCTACAG
GCGCCCTCTGCCTTGTATGACTGATCAGCCCAGAGCTAACAGCTTGGACAGGAATAAATGGCAGCTTCGCAGCCAGCTTCTGCAGCAACTAGCACAAATGGCCAAGGAAGCCAAGCCGGTGAACATGGTGGGCACGGCCAAGGAGTGGTTGCACCGTCTCAACGCTGTGATCCCTGAG
GTAGGCACTGGCTACACTGGCTGGA..........TCCTGATGCTCTCCCATCTTGGCAG
CCACAGGAGAGCCTCCCAGATGTGCTGATCTGGTTGATGTCCAGGCAGCAGCGAGTGGCCTATGCTCGGGTTCCTGCCCACACTGTCCTGTTCTCCCCAGCAGGACCCCTGAGCTCTGGCAAGTTCTGTGGAAAGATTCAGAACATCCTCTTACAG
GTGGGGGAAAGGGGTGTCTTCCAGG..........TGGGACTGATCTGCCTCTGGCTCAG
TACCCAGAAGGTGAAGGACAGGACACATTCCCAGCCTCCCTCCGGGTCTGTATGTGGCTTGGCAATGTCAAATACA
GCAAGAATCTGAAGCTGCTCCAGCAGGGCTCCATGGTGGTGTATGCAGAGACGGTGAGTG
GACAGATATCGGGGTAATGGGGGGGGGGCAGGGGAAAAAGGAGCCAAATCAGAGCCAAGG
CAGGGAAAAGCAGGAAGAGCAATGGGACATGCAGTTCAGGAAGGGAGGGTAGAGAGACAA
TATATCAGACCCAAATGTGACAAAGGGTATCCTGTACACACACACACACACACACACACA
CACACACACACACACACACACACACACACACAGGGAGGAGAGATGGCCATGAGCCTTGTA
AGCTGCTCATGTATTTTCCAAAAAGTAACAGCCTGCATTCTTGCTAGTCTCCCATAGGTA
GTCACAGCTGATCAGATTTCAGGACAACAGTAGTTGTGTCATGTCTGAAAGACAGGATTC
CACAACACAGGCCTTTTAAGTTATGGAATTATAAGGGGTTGTTGTTGTTGTTTTGTTTGT
TTTTGTTTTTGGGGTTTATTTTTTTATAGTTGGTTGGTATCTGTATGTATTCTCAGCACT
TGGAGGTTTAGGCAGGAGTTCATGATTGGCCTGGGCTACATGAGAAGTACCAGGCCAACT
AGAGCTATTTCACACACAAAAAATGCATTTAAAACATTGTTTTGTTTTTAAGTTGCATGC
GTTGATAATATATCATAGCACAGTCAGCTCCCTATGTCCACAGTGTCTATATTACTGAAC
CAGCCATGGCTTAAAAATGCAGTTAAGCCTGTGATGGCCGCATCTATACTGTCTCAGAGT
TTTACTGCTGTGAACAGATACCATAACCTAGGCAGCTCTTATAAGGACGTTTAACTGGGG
CTGGCTTACAAGTTCAGAGGTTCAGTCCATTATCATCAAGGCGGGAGCATAGCAGCATCC
AGGCAGGCATGGTGCAGGCAGAGCTGAGAGTTCTACATCTTCATCTGAAGCTCTCTTGGA
GAAGACTGGCTTCCAGACATCTAGGATGCGGGTCTCAAAG..........

No.	Exon / Intron	Start	End	Start Phase	End Phase	Length	Sequence
	5' upstream sequence						..........GGTTTTTTTTTTTTTTTTTTTTTTTTTTTGAGACAAGATCTCATATATAT CTAGGCTGGCCTCCCACTTGCTCTCATCTCTTTGTATTGAGAATGTTCAATATCCTCGCT ATCATGTTGAAACACACAGTTACTGTCACCCACCATTACTTTGCTGTAGAGATCCCATTC CCATCCCTTCCTATCCCGCTGCATCCTGTGCCCACTAACATCCTTCCTCTCTTCTCCTGC ATCCTGTCCATCCTAGCTCTGGTACCCACTAGTCTACAAGAGATTGAGACCATAGTGGGG AATTCTACTGTGATCCGGCCATCACATACATTCCAGGTTGACACTGGATCTGGGGGTGGA GAGATGTTTGCCTCCGTATGTCTGGCATCAGGCCAGGGTGGAAAGCGGACTCTCCTTTCC CAGAGGTACTAGCAGCCTTGTTAGCGTACCATCCTTGTGTAGTAAAGGGGACTTCTGTTC TTCTCTACCACTGGGTGAGAGCTGGTGCATGTGAGACACCACTTGCCCTGTTTTCCCTGG AAACAAAGGCTATTTCAGGAGAGAGAGAGAGGTGGGGAGAGAGAGAGAGACAAACAGACT GGAGGGTCTCACATTGGCTCTGCCTCCCCAGGTCACACACTCCTGAGGAAATGGTTAGGC CTCTGTCAGCGAAATAAGACCACCAGTGGAGTCAGAGGCTACTTGAAAGTCACCATCTGT GCCCTCGGTGTAGGGGATCAGGCGCTGGTGAGGCTGCCACCTTCTTCTCAATCCCCAGTA ATATAGCTTATGTGGCTGCCTCCCTAGGGACCTCTGAGCCTTCCAAGTGGCCATTGGCCT ATACCACCTTTGTTCGGTGTGCCATAAAGGGTTGTCCGCTCTCCCTGCATCACATGGAAA GTCGGGAAAGTCAATAGTGGGTGAACTTGGCTGAGCCCTCCCTGCCTCTGAGCCTGACCC TGTCCACTTCTCTGGCATCTGCAGGTAGATCAAAAGCTGCCCTATGAGCA
1	EXON 1	36,385,464	36,385,558	-	1	95	AAACACCCGGGTCCAGATCTTCAAGTCAAAAGAAGTTCCAGTCAGTCTGGCTTACTTGCA GTTCTTCATCTACTGTGCAGAGGATCTCCATTTCG
	INTRON 1 - 2	36,385,559	36,386,090			532	GTTAGAGCCTGTGGGAAGGGAGAGG..........GAAGTCCTTTTATCTCCTGTTCTAG
2	EXON 2	36,386,091	36,386,143	1	0	53	GCACCCACAAGTCAGCCACTCCTGTGTTGGAGGTGGAGCTGATTGGGGACAAG
	INTRON 2 - 3	36,386,144	36,387,180			1,037	GTAGGTACAGAAAGGGTCTGAGATC..........TGACTAAGCCTCGGGATGTTCTCAG
3	EXON 3	36,387,181	36,387,249	0	0	69	CTCAGGACAAAACCACAGAACCCGTCCGACAACCCAATATGGAACCAAATCCTCACCTTC CAGATTCAG
	INTRON 3 - 4	36,387,250	36,388,585			1,336	GTATGGCTACTCCATCATGCCCTCC..........CAATGCCACCTGTCTTCCCTTGCAG
4	EXON 4	36,388,586	36,388,629	0	2	44	CTACCCTGCCTCTCTAGCTACATCAAATTCAGAGTCATGGACTG
	INTRON 4 - 5	36,388,630	36,388,716			87	GTGAGTAAACGGGCTAGAGGCAGAT..........GCTCAGCCTGCAGTGTGTTTCCCAG
5	EXON 5	36,388,717	36,388,799	2	1	83	CTCCAAATACAAATGTCAGGATGAGATTGGGTCAGCCAGCTTGTGCCTCAGCCAGATCTC GTCCACCGGCGAGGAGATCCAAG
	INTRON 5 - 6	36,388,800	36,388,890			91	GCAAGCAAATCCTGGGACCCCTCCC..........CTGAGTTCACTCTATCTCCTTCCAG
6	EXON 6	36,388,891	36,388,985	1	0	95	GGATGTACTCTGGCTTCCTGCCCTGCTTTGGCCCCAGCTTCCTGACTCTCCGTGGGGGCA AGAAGCCCCCTTTCAGGACCTCAGAGGAAGGCACT
	INTRON 6 - 7	36,388,986	36,390,527			1,542	GTAAGTTTGTCCTGTCAGCTTGCGG..........CAGCCCTTTCTCTCTGTTGCTCCAG
7	EXON 7	36,390,528	36,390,656	0	0	129	TGCATCATGGATGCTGTCCAGCATGGTTTAGCTTACCGTGGCCGAATCTTTGTGGAGATA GTCACCAAGATCAAGTCTCAGCAAGACTCGGTAATGAAGGACCTGTCTCAGGAAGTGACC CAGGTGGAG
	INTRON 7 - 8	36,390,657	36,392,302			1,646	GTAATCACAGGAGACAAGCAACCTA..........CCCATGTTTGTGGTTATTGTTTTAG
8	EXON 8	36,392,303	36,392,480	0	1	178	ATGCAATATTACCGCCAAAAGTATGGGCTGTGCGTCATCTTTCTCTCCTGTACCATGATG CCCAAATTTAAGGACCTGATTCAATTCGAGGTCAGCATGGGCCACTATGGAAACAAGACG GATCCAAACTACAAGCCTCTTGTGTCCACCACACAGTACAGCCCGGTGATATACGACG
	INTRON 8 - 9	36,392,481	36,401,315			8,835	GTAACTGTCAGATTCAAGCAGAAAC..........TTAGGACCCTCTATTGGTTCCTCAG
9	EXON 9	36,401,316	36,401,478	1	-	163	ATATCCCACCCCCTCCATCCTGTGTCTCTGTGACTTAGGCACTACCTACCATTATGTGCC CTGGTACAACACGAAGCCTGTGGTGGCTGTGACCTCCAACTGGGAGGATGTTGGCTTCCG AATGAACTGCCTCAACCTCCTCCACATCACCCGGGATCGCCTG
	INTRON 9 - 10	36,401,479	36,402,496			1,018	GTAAGAGTGCAGGAGAGAGCTGGGG..........TCTCTCCCTTTCTCTCAATGGGCAG
10	EXON 10	36,402,497	36,402,597	-	-	101	AAAACCAACCTGGACATCCTGAAATCCATACGGAATCCCAGGGATCCAGCTCTGCTCCAA CAGTGGGAGAAACTGCTGAAGGAGCTGCAGGAGGACTGCCG
	INTRON 10 - 11	36,402,598	36,403,216			619	GTAGGAACTGAGTACCCTGGCTGGG..........TCTTCCTAACCTGTCCTGGCTACAG
11	EXON 11	36,403,217	36,403,394	-	-	178	GCGCCCTCTGCCTTGTATGACTGATCAGCCCAGAGCTAACAGCTTGGACAGGAATAAATG GCAGCTTCGCAGCCAGCTTCTGCAGCAACTAGCACAAATGGCCAAGGAAGCCAAGCCGGT GAACATGGTGGGCACGGCCAAGGAGTGGTTGCACCGTCTCAACGCTGTGATCCCTGAG
	INTRON 11 - 12	36,403,395	36,403,471			77	GTAGGCACTGGCTACACTGGCTGGA..........TCCTGATGCTCTCCCATCTTGGCAG
12	EXON 12	36,403,472	36,403,627	-	-	156	CCACAGGAGAGCCTCCCAGATGTGCTGATCTGGTTGATGTCCAGGCAGCAGCGAGTGGCC TATGCTCGGGTTCCTGCCCACACTGTCCTGTTCTCCCCAGCAGGACCCCTGAGCTCTGGC AAGTTCTGTGGAAAGATTCAGAACATCCTCTTACAG
	INTRON 12 - 13	36,403,628	36,404,753			1,126	GTGGGGGAAAGGGGTGTCTTCCAGG..........TGGGACTGATCTGCCTCTGGCTCAG
13	EXON 13	36,404,754	36,404,829	-	-	76	TACCCAGAAGGTGAAGGACAGGACACATTCCCAGCCTCCCTCCGGGTCTGTATGTGGCTT GGCAATGTCAAATACA
	3' upstream sequence						GCAAGAATCTGAAGCTGCTCCAGCAGGGCTCCATGGTGGTGTATGCAGAGACGGTGAGTG GACAGATATCGGGGTAATGGGGGGGGGGCAGGGGAAAAAGGAGCCAAATCAGAGCCAAGG CAGGGAAAAGCAGGAAGAGCAATGGGACATGCAGTTCAGGAAGGGAGGGTAGAGAGACAA TATATCAGACCCAAATGTGACAAAGGGTATCCTGTACACACACACACACACACACACACA CACACACACACACACACACACACACACACACAGGGAGGAGAGATGGCCATGAGCCTTGTA AGCTGCTCATGTATTTTCCAAAAAGTAACAGCCTGCATTCTTGCTAGTCTCCCATAGGTA GTCACAGCTGATCAGATTTCAGGACAACAGTAGTTGTGTCATGTCTGAAAGACAGGATTC CACAACACAGGCCTTTTAAGTTATGGAATTATAAGGGGTTGTTGTTGTTGTTTTGTTTGT TTTTGTTTTTGGGGTTTATTTTTTTATAGTTGGTTGGTATCTGTATGTATTCTCAGCACT TGGAGGTTTAGGCAGGAGTTCATGATTGGCCTGGGCTACATGAGAAGTACCAGGCCAACT AGAGCTATTTCACACACAAAAAATGCATTTAAAACATTGTTTTGTTTTTAAGTTGCATGC GTTGATAATATATCATAGCACAGTCAGCTCCCTATGTCCACAGTGTCTATATTACTGAAC CAGCCATGGCTTAAAAATGCAGTTAAGCCTGTGATGGCCGCATCTATACTGTCTCAGAGT TTTACTGCTGTGAACAGATACCATAACCTAGGCAGCTCTTATAAGGACGTTTAACTGGGG CTGGCTTACAAGTTCAGAGGTTCAGTCCATTATCATCAAGGCGGGAGCATAGCAGCATCC AGGCAGGCATGGTGCAGGCAGAGCTGAGAGTTCTACATCTTCATCTGAAGCTCTCTTGGA GAAGACTGGCTTCCAGACATCTAGGATGCGGGTCTCAAAG..........

Sequence Detail Report

Gene Symbol (Gene ID)	Fer1l5 (ENSMUSG00000037432)
Transcript ID	ENSMUST00000202030

		SNP Information
Strain :
Sequence Retrieve :
Exon translate : CDS Start ( 1 ) - End ( 261 ) -
Strand :	forward reverse
Show sequence :	nucleotide amino acid
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