MoG+ -Mouse Genome database with high added value-

Target CDS Information

Gene Symbol (Gene ID)

Inpp4a (ENSMUSG00000026113)

Cross Reference

MGI_trans_name	Inpp4a-007
OTTP	OTTMUSP00000044559
OTTT	OTTMUST00000083031
RefSeq_mRNA	NM_001290798.1, NM_001290799.1
RefSeq_peptide	NP_001277727, NP_001277728.1
UCSC	uc011wjq.2
UniParc	UPI0000027743
Vega_transcript	Inpp4a-007, OTTMUST00000083031
Vega_translation	179022, OTTMUSP00000044559

Definition

protein_id:ENSMUSP00000057233
translation:

MCVCFACRVCELEELGELSPCWESLRRQIVTQYQTIILTYQENLTDLHQYKGPSFKASSL
KADKKLEFVPTNLHIQRMRVQDDGGSDQNYDVVTIGAPAAHCQGFKSGGLRKKLHKFEEA
KKHSFEECCTSSSGQSIIYIPQDITRAKEIIAQINTLKTQVSYYAERLSRAAKDRSATGL
ERTLAILADKTRQLVTVCDCKLLANSIHGLNAARPDYIASKASPTSTEEEQVMLRNDQDT
LMARWAGRSSRSSLQVDWHEEEWEKVWLNVDKSLECIIQRVDKLLQKERLHGEGCEDAFP
CSSTCSSKKGEWSEALYPLLTTLTDCVAMMSDKAKAAMVFLLMQDSAPTIASYLSLQYRR
DVVFCQTLTALICGFIIKLRNCLHDGGFLRQLYTIGLLAQFESLLSTYGEELAMLEDMSL
GIMDLRNVTFKVTQATSNASNDMLPVITGNRDGFNVRIPLPGPLFDSLPREIQSGMLLRV
QPVLFNVGINEQQTLAERFGDTSLQEVINVESLVRLNSYFEQFKEVLPEDCLPRSRSQTC
LPELLRFLGQNVHARKNKNVDILWQAAEVCRRLNGVRFTSCKSAKDRTAMSVTLEQCLIL
QHEHGMAPQVFTQALECMRSIGTREVVTQKNLSGLVPIRDLRLDPSLLCSIPLLALSPNL
LIVWLFLSIAYLVTKLRCK

Chromosome

Length
Position(start - end)

34,293
37,369,335 - 37,403,629

Orient to Chromosome

plus

Link

Location : (1:37369335-37403629)
/

Detail Map

Polymorphisms Report

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

Gene Symbol (Gene ID)	Inpp4a (ENSMUSG00000026113)
Transcript ID	ENSMUST00000058307

Reports
substitution
cSNPs	5
Insertion	19
Deletion	20
SNPs	-1kb 37364457(c.-4878A>G), 37365546(c.-3789G>T), 37365593(c.-3742C>T), 37365595(c.-3740G>C), 37365598(c.-3737A>G), 37365853(c.-3482C>A), 37365864(c.-3471T>G), 37366417(c.-2918T>G), 37366500(c.-2835C>T), 37366507(c.-2828C>T), 37366729(c.-2606G>A), 37367009(c.-2326C>T), 37367035(c.-2300T>C), 37367079(c.-2256G>A), 37367089(c.-2246A>G), 37367119(c.-2216C>T), 37367472(c.-1863G>T), 37367483(c.-1852G>A), 37367737(c.-1598T>C), 37367762(c.-1573T>C), 37367777(c.-1558A>G), 37367786(c.-1549T>C), 37367862(c.-1473T>C), 37367890(c.-1445A>G), 37368108(c.-1227G>A), 37368410(c.-925A>G), 37368436(c.-899T>G), 37368448(c.-887T>C), 37368563(c.-772C>T), 37368652(c.-683C>A), 37368980(c.-355A>C), 37369209(c.-126T>C), 5'UTR 37369240(c.-95C>T), CDS 37380023(c.891T>C), 37388870(c.1185C>T), 37388909(c.1224C>T), 37389746(c.1322A>G), 37390104(c.1408A>C), 3'UTR 37403653(c.24T>C), 37403776(c.147T>C), 37404030(c.401A>C), INTRON 37369842(c.154+354A>T), 37371982(c.259+176T>A), 37372432(c.368+13G>A), 37372656(c.368+237G>T), 37372897(c.368+478T>C), 37373086(c.368+667C>T), 37373180(c.368+761G>T), 37373396(c.369-876C>T), 37373429(c.369-843A>T), 37373589(c.369-683A>G), 37373921(c.369-351C>T), 37374097(c.369-175A>G), 37374175(c.369-97A>G), 37374896(c.386+607G>A), 37374976(c.386+687T>G), 37375017(c.386+728A>G), 37375829(c.386+1540T>C), 37376327(c.387-1251T>C), 37376988(c.387-590G>A), 37377118(c.387-460T>A), 37377159(c.387-419T>C), 37378262(c.570+501C>T), 37378276(c.570+515T>C), 37378321(c.571-520C>T), 37378334(c.571-507C>T), 37378396(c.571-445C>T), 37378511(c.571-330C>T), 37378579(c.571-262A>G), 37378591(c.571-250G>A), 37378618(c.571-223T>C), 37378619(c.571-222G>T), 37379157(c.789+98T>C), 37379173(c.789+114T>C), 37379359(c.789+300T>C), 37379419(c.789+360A>G), 37379498(c.790-424A>T), 37380375(c.928+315A>G), 37380487(c.928+427G>A), 37380575(c.928+515G>A), 37380596(c.928+536C>G), 37380820(c.928+760G>A), 37380943(c.928+883A>G), 37381457(c.928+1397T>C), 37381458(c.928+1398A>G), 37381569(c.928+1509G>T), 37381772(c.928+1712T>A), 37381775(c.928+1715A>G), 37381802(c.928+1742T>C), 37381950(c.928+1890A>G), 37382026(c.928+1966A>G), 37382039(c.928+1979G>A), 37382059(c.928+1999T>C), 37382301(c.928+2241A>G), 37382311(c.928+2251T>C), 37382319(c.928+2259G>T), 37382440(c.928+2380T>C), 37383097(c.928+3037T>G), 37383393(c.928+3333T>C), 37383445(c.928+3385G>A), 37383558(c.928+3498C>T), 37383668(c.928+3608A>G), 37383709(c.928+3649G>A), 37383860(c.928+3800G>A), 37384377(c.929-3321T>C), 37384423(c.929-3275G>C), 37384462(c.929-3236G>C), 37384504(c.929-3194A>G), 37384624(c.929-3074T>C), 37384663(c.929-3035C>G), 37384718(c.929-2980T>C), 37384782(c.929-2916G>A), 37384882(c.929-2816A>G), 37385192(c.929-2506T>G), 37385274(c.929-2424A>G), 37385380(c.929-2318A>T), 37385478(c.929-2220G>A), 37385618(c.929-2080T>C), 37386056(c.929-1642C>T), 37386119(c.929-1579A>T), 37386140(c.929-1558A>G), 37386228(c.929-1470G>A), 37386235(c.929-1463G>T), 37386304(c.929-1394T>G), 37386323(c.929-1375T>C), 37386331(c.929-1367C>T), 37386803(c.929-895G>A), 37386833(c.929-865T>G), 37386883(c.929-815T>C), 37386985(c.929-713T>G), 37386994(c.929-704A>T), 37387009(c.929-689T>C), 37387098(c.929-600G>C), 37387213(c.929-485A>C), 37387226(c.929-472T>C), 37387240(c.929-458T>C), 37387326(c.929-372A>G), 37387494(c.929-204A>G), 37387594(c.929-104A>G), 37388154(c.1101+284G>T), 37388201(c.1101+331T>C), 37388264(c.1101+394C>G), 37388588(c.1102-199C>T), 37388779(c.1102-8G>A), 37388923(c.1225+13C>T), 37388946(c.1225+36A>G), 37388985(c.1225+75A>C), 37388988(c.1225+78T>G), 37389016(c.1225+106G>C), 37389136(c.1225+226G>A), 37389211(c.1225+301T>A), 37389525(c.1226-125G>T), 37389600(c.1226-50C>T), 37389921(c.1353-128A>C), 37389989(c.1353-60T>C), 37390201(c.1493+12C>T), 37390365(c.1493+176A>G), 37390391(c.1493+202T>C), 37390392(c.1493+203G>T), 37390440(c.1493+251C>T), 37390472(c.1493+283G>A), 37390607(c.1493+418G>A), 37390781(c.1493+592C>T), 37390791(c.1493+602C>T), 37390796(c.1493+607G>A), 37390808(c.1493+619C>T), 37390968(c.1493+779C>T), 37391108(c.1493+919T>C), 37391139(c.1493+950A>C), 37391176(c.1493+987T>C), 37391190(c.1493+1001A>C), 37391260(c.1493+1071T>C), 37391269(c.1493+1080G>T), 37391270(c.1493+1081C>T), 37391274(c.1493+1085C>A), 37392340(c.1494-603C>T), 37392345(c.1494-598T>C), 37392671(c.1494-272C>G), 37392694(c.1494-249T>G), 37392720(c.1494-223T>C), 37392766(c.1494-177T>C), 37393093(c.1591+53G>A), 37393099(c.1591+59T>C), 37393100(c.1591+60G>A), 37393232(c.1591+192C>T), 37393237(c.1591+197A>G), 37393242(c.1591+202C>G), 37393396(c.1591+356G>A), 37393427(c.1591+387G>A), 37393559(c.1591+519C>T), 37393570(c.1591+530G>A), 37393622(c.1591+582G>A), 37393763(c.1591+723G>A), 37393865(c.1591+825T>G), 37393866(c.1591+826C>A), 37394170(c.1591+1130C>G), 37394176(c.1591+1136A>G), 37394249(c.1591+1209T>C), 37394293(c.1591+1253A>G), 37394386(c.1591+1346G>A), 37394398(c.1591+1358G>T), 37394491(c.1591+1451T>C), 37394647(c.1592-1423C>T), 37394669(c.1592-1401T>C), 37394774(c.1592-1296C>G), 37394976(c.1592-1094T>C), 37394992(c.1592-1078A>G), 37395038(c.1592-1032C>T), 37395043(c.1592-1027A>G), 37395145(c.1592-925C>G), 37395151(c.1592-919G>A), 37395327(c.1592-743A>G), 37395387(c.1592-683G>C), 37395480(c.1592-590C>T), 37395482(c.1592-588C>A), 37395739(c.1592-331G>A), 37395774(c.1592-296C>T), 37395844(c.1592-226C>T), 37396212(c.1704+30C>T), 37396216(c.1704+34C>T), 37396411(c.1704+229C>T), 37396424(c.1704+242G>C), 37396425(c.1704+243G>A), 37396441(c.1704+259C>G), 37396442(c.1704+260A>G), 37396443(c.1704+261T>C), 37396460(c.1704+278C>G), 37396673(c.1704+491A>G), 37396796(c.1704+614T>C), 37397112(c.1704+930T>C), 37397248(c.1704+1066A>G), 37397403(c.1704+1221T>C), 37397954(c.1705-812G>A), 37398428(c.1705-338G>A), 37398677(c.1705-89C>T), 37399582(c.1859+662C>T), 37399865(c.1859+945G>T), 37399879(c.1859+959G>A), 37400284(c.1859+1364T>C), 37400741(c.1859+1821C>T), 37400754(c.1859+1834C>T), 37400944(c.1859+2024C>T), 37401532(c.1860-1917C>T), 37401903(c.1860-1546C>G), 37402070(c.1860-1379G>A), 37402281(c.1860-1168C>G), 37402358(c.1860-1091C>G), 37402380(c.1860-1069G>A), 37402910(c.1860-539C>T), +1kb 37404464(c.835G>A), 37404651(c.1022T>A), 37404658(c.1029A>G), 37404820(c.1191C>T), 37404964(c.1335G>A), 37405012(c.1383T>C), 37405767(c.2138T>C), 37406385(c.2756G>C), 37406392(c.2763T>C), 37406607(c.2978A>G), 37406642(c.3013T>A), 37406655(c.3026A>G), 37406889(c.3260G>A), 37406902(c.3273A>C), 37406945(c.3316T>C), 37406969(c.3340A>T), 37406991(c.3362C>T), 37407134(c.3505G>A), 37407160(c.3531C>A), 37407186(c.3557C>T), 37407260(c.3631G>A), 37407369(c.3740G>C), 37407370(c.3741G>C), 37407472(c.3843G>A), 37407571(c.3942A>G), 37407579(c.3950G>T), 37407580(c.3951C>G), 37407588(c.3959C>T), 37407596(c.3967A>C), 37407694(c.4065G>A), 37407745(c.4116A>G), 37407751(c.4122G>A), 37407976(c.4347T>A), 37408321(c.4692A>C), 37408429(c.4800A>G), 37408633(c.5004A>C), 37408962(c.5333A>G), 37409123(c.5494A>G), 37409134(c.5505A>G), 37409200(c.5571G>A), 37409299(c.5670G>A), 37409311(c.*5682C>G),
Insertions	-1kb 37365540 (c.-3795dupG), 37365637 (c.-3698_-3697insG), 37365639 (c.-3696_-3695insG), 5'UTR CDS 3'UTR INTRON 37374913 (c.386+625_386+626insCT), 37385009 (c.929-2689dupT), 37385042 (c.929-2644dupT), 37385055 (c.929-2643_929-2642insT), 37387918 (c.1101+57dupA), 37388954 (c.1225+45dupG), 37389275 (c.1226-369dupT), 37392589 (c.1494-354_1494-353insG), 37393833 (c.1591+793_1591+794insAGAGTGAG), 37395776 (c.1592-294_1592-293insTTTG), 37395812 (c.1592-254dupC), 37395820 (c.1592-250_1592-249insC), +1kb 37405140 (c.1510_1511dupCA), 37406277 (c.2648_2649insA), 37407019 (c.3390_3391insTTTTTAA), 37408546 (c.4917_4918insT),
Deletions	-1kb 5'UTR CDS 3'UTR 37404378 (c.757delT), INTRON 37370090 (c.154+604delG), 37374249 (c.369-8_369-7delTT), 37379435 (c.789+380delG), 37381232 (c.928+1181delT), 37382677 (c.928+2618delG), 37386051 (c.929-1645delT), 37386957 (c.929-739delT), 37388364 (c.1102-422delG), 37388714 (c.1102-62_1102-54delAAGGGACTA), 37390864 (c.1493+676delT), 37392823 (c.1494-119_1494-118delGG), 37393934 (c.1591+895_1591+896delTT), 37394316 (c.1591+1278delA), 37400346 (c.1859+1441_1859+1448delTTTTTTTT), 37402561 (c.1860-886delG), 37403299 (c.1860-139_1860-138delTT), +1kb 37405231 (c.1603_1605delAAA), 37406117 (c.2489_2490delAG), 37406980 (c.3352_*3353delGT),
coding sequence substitutions
premature termination by the nucleotide substitution	0
synonymous num	4
non-synonymous num	1
synonymous substitutions	37380023 (p.Asp297Asp), 37388870 (p.Ile395Ile), 37388909 (p.Tyr408Tyr), 37390104 (p.Arg470Arg),
non-synonymous substitutions	37389746 (p.Asn441Ser),
B6 transcript (ENSMUST00000058307)	MCVCFACRVCELEELGELSPCWESLRRQIVTQYQTIILTYQENLTDLHQYKGPSFKASSL KADKKLEFVPTNLHIQRMRVQDDGGSDQNYDVVTIGAPAAHCQGFKSGGLRKKLHKFEEA KKHSFEECCTSSSGQSIIYIPQDITRAKEIIAQINTLKTQVSYYAERLSRAAKDRSATGL ERTLAILADKTRQLVTVCDCKLLANSIHGLNAARPDYIASKASPTSTEEEQVMLRNDQDT LMARWAGRSSRSSLQVDWHEEEWEKVWLNVDKSLECIIQRVDKLLQKERLHGEGCEDAFP CSSTCSSKKGEWSEALYPLLTTLTDCVAMMSDKAKAAMVFLLMQDSAPTIASYLSLQYRR DVVFCQTLTALICGFIIKLRNCLHDGGFLRQLYTIGLLAQFESLLSTYGEELAMLEDMSL GIMDLRNVTFKVTQATSNASNDMLPVITGNRDGFNVRIPLPGPLFDSLPREIQSGMLLRV QPVLFNVGINEQQTLAERFGDTSLQEVINVESLVRLNSYFEQFKEVLPEDCLPRSRSQTC LPELLRFLGQNVHARKNKNVDILWQAAEVCRRLNGVRFTSCKSAKDRTAMSVTLEQCLIL QHEHGMAPQVFTQALECMRSIGTREVVTQKNLSGLVPIRDLRLDPSLLCSIPLLALSPNL LIVWLFLSIAYLVTKLRCK*
MSMv4 transcript	MCVCFACRVCELEELGELSPCWESLRRQIVTQYQTIILTYQENLTDLHQYKGPSFKASSL KADKKLEFVPTNLHIQRMRVQDDGGSDQNYDVVTIGAPAAHCQGFKSGGLRKKLHKFEEA KKHSFEECCTSSSGQSIIYIPQDITRAKEIIAQINTLKTQVSYYAERLSRAAKDRSATGL ERTLAILADKTRQLVTVCDCKLLANSIHGLNAARPDYIASKASPTSTEEEQVMLRNDQDT LMARWAGRSSRSSLQVDWHEEEWEKVWLNVDKSLECIIQRVDKLLQKERLHGEGCEDAFP CSSTCSSKKGEWSEALYPLLTTLTDCVAMMSDKAKAAMVFLLMQDSAPTIASYLSLQYRR DVVFCQTLTALICGFIIKLRNCLHDGGFLRQLYTIGLLAQFESLLSTYGEELAMLEDMSL GIMDLRNVTFKVTQATSNASSDMLPVITGNRDGFNVRIPLPGPLFDSLPREIQSGMLLRV QPVLFNVGINEQQTLAERFGDTSLQEVINVESLVRLNSYFEQFKEVLPEDCLPRSRSQTC LPELLRFLGQNVHARKNKNVDILWQAAEVCRRLNGVRFTSCKSAKDRTAMSVTLEQCLIL QHEHGMAPQVFTQALECMRSIGTREVVTQKNLSGLVPIRDLRLDPSLLCSIPLLALSPNL LIVWLFLSIAYLVTKLRCK*
homology	99.85 (680 / 680)

Exon Detail Report

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

Gene Symbol (Gene ID)	Inpp4a (ENSMUSG00000026113)
Transcript ID	ENSMUST00000058307


..........CGGTGCAGTGGGTCTGCAGCCGTTTCACCCACAGCCTATCTTCTTGCATT
CCCACCTCAGTGTTTGGTGGTGCCATCTGCCGCATGTACCGCTTCCCAACTACTGATGGT
AACCACCTACGGATCCTGGAGCAGATGGCAGAGAGCGTCCTCTCCCTGCACGTGCCTCGG
CAGTTTGTGAAGCTACTGCTGGAGGAAGATGCAGCCAGGTGAGGCCAAGGGGATGGACAC
TCACCACTCATGAGCACGTGCCTACGACAGGCTGAGTGCAGACCCAGGCTCTTCCCTTGC
TGGCCCCATGGCCCCAGCCATCTGAAGCCTGTTTGCTCCTCTGACTTACAGTTTGGTGGG
CAAGAATTTACGGGGCTGAGCTTGAAGCCCCAGAGGCTTGGCTAACATCAGCCTATCTTC
CCTTCTTTCTCTCTCTTTTCCTTCTAATCCCTCCTGTTTGGAACCATAGAGATGAGAGCT
CAGAGGATGGCCCTACAGAGTCCTCCCCTCCCACAGAGCCAATCTTTTATCCCGAGGTAT
ATTTCTCAGTTCCAAAGAAGGCTGAGACTATTTCCTCTCTGTCTCAGACTGTGACCTCCA
CAGCTTTTTCTAAATCAGCATTAGTGATTAACATCATGTGTGTTACTGCTTCAAAGAGCT
TCTTCATTGGGCAGGTGCTTTAGAGCCAGCTAAGGTGTTGGCAGCAACTGTACAGGCAGG
GCTGACACCCAGTGTAGGCAGCAAGCATGCTCAGATGGGAGATGGGGCTCTCCCAGAAGT
GTGAGACTGTCGCTGTGTTCTTGACATGGAAAGGAGGTTGTTGGGAAGAGGGTGGGGAGG
TGAGTGGTTTCTCACATCTCCCGTCCTTCTCTTCTGGAGTAATGCATCGTTCCGCAGAGA
ACCAGACCAGTGCTGGAATGAGTGTTCAAGGTCACCAGGCAGAGCTCCTCCTCAGCTGCT
TCTCTCCTCCCCACATTCGCTGCTGGCCTTGAGCATTTACCTCGGCTCCT
GTAGTTTCTCTGCGTGCTTCCTGTGTGCACAGTGATCTCTCCCATCATCCTGTGAGGATGGCAGTGGCACTGCTGGCCTGGTCCTAACTGCAGGGAGGTGAGCCAGCCCTGTGGCCTGATGTGTGTGTGTTTTGCTTGCAGGGTATGTGAGTTGGAAGAGTTGGGGGAGCTGTCCCCTTGCTGGGAGAGCCTCCGGCGCCAGATTGTCACCCAGTATCAGACTATCATCCTCACCTACCAGGAGAATCTGACTGACCTCCATCAGTACAAAG
GTGGGTGTGGCCCTGTCTTCCCAGG..........GCTGCTCTCTTGTTTTATTTCTTAG
GTCCTTCCTTTAAAGCAAGCAGTTTGAAAGCAGATAAAAAGTTAGAATTTGTTCCCACAAACCTGCACATACAACGGATGCGAGTTCAAGATGATGGAGGCTCAG
GTACTTGCTTTTCTCACCCCATTGC..........CGGAGGAAAGCTTTCTGTTGCTCAG
ATCAGAACTACGATGTCGTCACTATTGGAGCCCCAGCAGCACACTGCCAAGGTTTTAAGTCAGGAGGTCTTCGAAAAAAGCTGCACAAGTTTGAAGAGGCCAAGAAACA
GTAAGTGAAGGAAGGTATCTGTGGT..........TGGTTTTTTTTTTTTTTTTCTTTAG
CAGTTTTGAGGAGTGTTG
GTGAGTTTTCTGTCTGTGGAGAGAG..........CCTTAGGACCTGTTGTTCCTTTTAG
TACATCTTCTAGTGGCCAGTCCATCATCTACATACCACAGGACATCACCCGAGCCAAGGAGATCATTGCCCAGATCAACACCCTAAAAACCCAGGTCAGCTACTACGCGGAACGGCTCTCAAGGGCTGCGAAGGACAGGTCAGCTACTGGCCTTGAGAGGACTCTCGCCATCTTGGCAGACAAG
GTAGGAGGGGCTGCCCAGTTGCGTG..........AGCCCTGGTTTGTGTGAACCTGCAG
ACTCGGCAGTTGGTGACTGTCTGTGACTGTAAGCTGCTGGCCAACTCCATCCATGGGCTGAATGCAGCTCGGCCCGACTACATCGCTTCCAAGGCCTCCCCTACCTCGACTGAGGAGGAGCAGGTGATGCTTCGGAATGACCAGGACACCCTGATGGCCAGGTGGGCGGGGAGAAGCAGCCGGTCTTCCCTGCAGGTGGACTGGCATGAGGAGGAGTGG
GTGAGTCTGCTGCCCCTGCCTGGGG..........CCCAGACAGTCTTGTTGGTTTGAAG
GAGAAAGTGTGGCTGAATGTGGACAAGAGCCTGGAGTGCATCATTCAGCGGGTGGACAAGCTGCTGCAGAAGGAGCGTCTGCATGGGGAGGGCTGCGAGGACGCTTTCCCCTGTTCGAGCACCTGCTCCAGCAAGAAAG
GTAACCGGGACAGCCAAGCCTACTG..........TAACAAGCCTCTCGCTCATGTGCAG
GTGAGTGGAGCGAGGCCCTTTACCCTCTGCTGACCACCCTCACAGACTGTGTGGCCATGATGAGCGACAAGGCCAAGGCAGCCATGGTCTTCCTGCTCATGCAGGACAGTGCCCCCACCATTGCCTCGTACCTCAGCCTGCAGTATCGCCGTGACGTCGTCTTCTGCCAAACC
GTAAGGCCCCAGAGGACACAGAGCG..........CACCGTTGCCCTGTTTCATCCACAG
CTGACAGCCCTCATCTGTGGCTTTATCATCAAGCTGAGGAACTGCCTGCACGACGGTGGCTTCCTGCGGCAGCTCTACACCATTGGCCTTCTGGCCCAGTTTGAGAGCCTGCTGAGCACCTATG
GTGAGACCCCAGTTTGGAGGTGACC..........ATCACCCCTCTCTGATTCATTTCAG
GAGAGGAGTTGGCCATGTTGGAGGACATGAGCCTTGGAATCATGGACCTGAGGAATGTGACCTTTAAAGTCACTCAGGCCACTTCGAATGCATCAAGTGACATGCTGCCGGTCATCACAGGAAACCG
GTAAGATCATCTAACACTCTGCCAG..........ACTTTGCATTTCCTCTCTTCACTAG
GGATGGCTTTAACGTGCGGATCCCTCTGCCAGGCCCACTGTTTGACTCCCTCCCCCGAGAGATCCAGAGTGGCATGCTGCTGCGGGTGCAGCCTGTCCTCTTCAACGTGGGCATCAATGAGCAACAGACACTGGCTGAGAG
GTGTGTGCCGGTGCCTGCACAGCTG..........CACTGATGCCCTGATTCTCCCCAAG
GTTTGGAGATACGTCCTTACAAGAAGTTATCAATGTGGAGAGCTTGGTGCGGTTAAATTCCTACTTTGAGCAGTTTAAGGAGGTTTTGCCGGAGGACT
GTGAGTATCCCTTCCCTCGGAATGT..........GCCCCTCTTCCCTCTTCTCATCCAG
GTCTACCTCGATCTCGGAGTCAGACCTGCCTTCCAGAGCTGCTGCGGTTCCTGGGACAGAATGTCCATGCACGCAAGAATAAGAATGTGGACATCCTCTGGCAAGCTGCTGAG
GTACTCGTCATAGTGCAGAAGAGTT..........CCTAAGAGCCTTTTTCCTGCTGCAG
GTCTGTCGCCGCCTTAACGGGGTCCGATTCACCAGCTGCAAGAGTGCCAAGGACCGCACAGCCATGTCGGTGACCCTGGAGCAGTGTCTGATCCTGCAGCACGAGCACGGCATGGCCCCGCAGGTCTTCACACAAGCCCTGGAGTGCATGCGCAG
GTGAGTGAGGCTGCTGCCAGGCTGC..........TCTCCCAACTTTTTCCTTTTCACAG
CATTGGAACACGGGAGGTAGTCACCCAGAAGAACTTGAGCGGCCTGGTGCCCATCCGAGACTTAAGGCTAGACCCCAGCCTTCTCTGTTCCATTCCTTTATTAGCTCTAAGCCCCAATCTACTGATTGTGTGGCTCTTTCTGAGCATAGCGTACCTGGTGACCAAATTGCGTTGCAAATAGATATCATTATGAAAAATTAGTCACGAGGCAGACAAAAGTGCCCGAATATATCCAGCCACCGTGTACCAAACTGGACAGAAGGAAGGTGTCAAAGCAAGGTCTGCCGAGAAATATCTCATGCCTTACAGTTTGATGTTCTGTTCTTCCGAATTGTATATACCTGCCAAATTCTTCCATCAAGAGGACTCGTTCATTTCAATTGTGTAGCGTCTTCAGTGCTTGTAACATGTTCTTCTGGTGCCTGTGACTGCAATATTTAGCTGGCCTGGGATTCCTTGTACCAAATATCTTCTGATGTATAACTATTTATTACCTGTACATCTTGTGTGCCCTGTTTCAAGAGAAAGGGATGCTGTCTGAAAAGAATTTGTATATTTGATACTATTCCTTAAGTGTATCGCTAACCTTCCTTGCCTTTTAACGAAAAAGAGATGCTTATCAACCAGTTGATCTAGATGCCCCCATGTAATAGGACTGTACTTCCTACTTACCTTTCACAGCGTAGTCCTGGGAGTGCAATAGCAAACAGTCTGCAGAGTAACACTTGTTCACCTTCATTTCTTTCCCCTGGGTGACGATGCAGCTGTGGATGCAGGCATACATGCCACCGAGTCCAACACATTACCTGTTGCATGTGACTTCAGGGTTGTTCCTAATCCAAGCACTAGTGAGGGGTATAAACTTTTTCTTGAAATAACATTTTTTAATTTAAAAACTGTATGTTTAATTCCAGATAAAGTCTAGATATCTTTTTTTTCTTTTACTATTAAGTAAGGTTAATAGTGAACAAAAATAAAAATGTCCT
AAAACAACACTGTGGGTTAAGTGTTGGCAATTGGGAGACTTGGGGCTGTGAGGAAGAGGA
GTCACTCTGGTTTTGCCGCTGCTGCCCTTCTTTTGAACATGGTACTGCTCCTAAAACAGG
GTGACTAGTAACCCTGACATTTATGTGTGTCAGAGAGGACTTGTTCTCTATAAAAGTAGC
CCACTAGCCTTGTGTGAGACAGTGAATGGCTTCTCCATTGTCTGGTTCATATTAGGCCAT
GTTTCCGATTTTGACCTCCAGTTGGATGAAGGGAGTTTCTTTTCTTGAGTCTTGTGAAAA
ACCTGGAGTGCCTTAGAGAAGCCAGAGTTTCTAGTACTTGATATTCTCATGTTCCCAAAC
CCACCCACCATAAATCTAGCCCTTGTATTCTCTCCCCAAGATCCCCTGATCATACTTGGA
GGATTTCCCCTGGGCTGGATTCCTCTAAAAGAGTAAGTAAAGTCTAAGAGCCGCAGAAGC
AGTTAGTAGTGAAAACCAGATGCCAGACTGAACCTATAAATTGGGCTGGATAAGCCTGTC
CTTTGCAGATCCGAGCACTGCAGGATCCCAGGGCAGGCCTCACCTCTGTGTCTCCACATA
AGCAGGTCTCCATGTCACTCCTAGTATAAGCATAGTGACAGCTCTGTTGCATCTTTCAGT
TTAGTGTCTCACCCATTGCCAGCTGACATTAGTCACCAGACAGACAGTCAATGATTCTTT
GATAGATGCCCTTCCACCTCAAAGCATGTGCTTCAAGCCTCTAAGACCATTTTGTTTGCT
TCATTTGCATAGGGGAGAAAGAGTCCATAGCTTCCTTCCATCTGCATTCCACGGCCTCCT
GGTTGCTACCCTCCTGATACTATGGAGATGACTCAGGAAGGCATCATTTCCAGGGTTGTG
CTGTGGCCAAGCAGAGAGAGACCATAGACAGTGAGGGCGGCCTGCAGAGGAACTACAGAG
ACAGCACCCTCTGTCCCCTAGAGACCAGGATGTCCATAGC..........

No.	Exon / Intron	Start	End	Start Phase	End Phase	Length	Sequence
	5' upstream sequence						..........CGGTGCAGTGGGTCTGCAGCCGTTTCACCCACAGCCTATCTTCTTGCATT CCCACCTCAGTGTTTGGTGGTGCCATCTGCCGCATGTACCGCTTCCCAACTACTGATGGT AACCACCTACGGATCCTGGAGCAGATGGCAGAGAGCGTCCTCTCCCTGCACGTGCCTCGG CAGTTTGTGAAGCTACTGCTGGAGGAAGATGCAGCCAGGTGAGGCCAAGGGGATGGACAC TCACCACTCATGAGCACGTGCCTACGACAGGCTGAGTGCAGACCCAGGCTCTTCCCTTGC TGGCCCCATGGCCCCAGCCATCTGAAGCCTGTTTGCTCCTCTGACTTACAGTTTGGTGGG CAAGAATTTACGGGGCTGAGCTTGAAGCCCCAGAGGCTTGGCTAACATCAGCCTATCTTC CCTTCTTTCTCTCTCTTTTCCTTCTAATCCCTCCTGTTTGGAACCATAGAGATGAGAGCT CAGAGGATGGCCCTACAGAGTCCTCCCCTCCCACAGAGCCAATCTTTTATCCCGAGGTAT ATTTCTCAGTTCCAAAGAAGGCTGAGACTATTTCCTCTCTGTCTCAGACTGTGACCTCCA CAGCTTTTTCTAAATCAGCATTAGTGATTAACATCATGTGTGTTACTGCTTCAAAGAGCT TCTTCATTGGGCAGGTGCTTTAGAGCCAGCTAAGGTGTTGGCAGCAACTGTACAGGCAGG GCTGACACCCAGTGTAGGCAGCAAGCATGCTCAGATGGGAGATGGGGCTCTCCCAGAAGT GTGAGACTGTCGCTGTGTTCTTGACATGGAAAGGAGGTTGTTGGGAAGAGGGTGGGGAGG TGAGTGGTTTCTCACATCTCCCGTCCTTCTCTTCTGGAGTAATGCATCGTTCCGCAGAGA ACCAGACCAGTGCTGGAATGAGTGTTCAAGGTCACCAGGCAGAGCTCCTCCTCAGCTGCT TCTCTCCTCCCCACATTCGCTGCTGGCCTTGAGCATTTACCTCGGCTCCT
1	EXON 1	37,369,217	37,369,488	-	1	272	GTAGTTTCTCTGCGTGCTTCCTGTGTGCACAGTGATCTCTCCCATCATCCTGTGAGGATG GCAGTGGCACTGCTGGCCTGGTCCTAACTGCAGGGAGGTGAGCCAGCCCTGTGGCCTGAT GTGTGTGTGTTTTGCTTGCAGGGTATGTGAGTTGGAAGAGTTGGGGGAGCTGTCCCCTTG CTGGGAGAGCCTCCGGCGCCAGATTGTCACCCAGTATCAGACTATCATCCTCACCTACCA GGAGAATCTGACTGACCTCCATCAGTACAAAG
	INTRON 1 - 2	37,369,489	37,371,701			2,213	GTGGGTGTGGCCCTGTCTTCCCAGG..........GCTGCTCTCTTGTTTTATTTCTTAG
2	EXON 2	37,371,702	37,371,806	1	1	105	GTCCTTCCTTTAAAGCAAGCAGTTTGAAAGCAGATAAAAAGTTAGAATTTGTTCCCACAA ACCTGCACATACAACGGATGCGAGTTCAAGATGATGGAGGCTCAG
	INTRON 2 - 3	37,371,807	37,372,310			504	GTACTTGCTTTTCTCACCCCATTGC..........CGGAGGAAAGCTTTCTGTTGCTCAG
3	EXON 3	37,372,311	37,372,419	1	2	109	ATCAGAACTACGATGTCGTCACTATTGGAGCCCCAGCAGCACACTGCCAAGGTTTTAAGT CAGGAGGTCTTCGAAAAAAGCTGCACAAGTTTGAAGAGGCCAAGAAACA
	INTRON 3 - 4	37,372,420	37,374,271			1,852	GTAAGTGAAGGAAGGTATCTGTGGT..........TGGTTTTTTTTTTTTTTTTCTTTAG
4	EXON 4	37,374,272	37,374,289	2	2	18	CAGTTTTGAGGAGTGTTG
	INTRON 4 - 5	37,374,290	37,377,577			3,288	GTGAGTTTTCTGTCTGTGGAGAGAG..........CCTTAGGACCTGTTGTTCCTTTTAG
5	EXON 5	37,377,578	37,377,761	2	0	184	TACATCTTCTAGTGGCCAGTCCATCATCTACATACCACAGGACATCACCCGAGCCAAGGA GATCATTGCCCAGATCAACACCCTAAAAACCCAGGTCAGCTACTACGCGGAACGGCTCTC AAGGGCTGCGAAGGACAGGTCAGCTACTGGCCTTGAGAGGACTCTCGCCATCTTGGCAGA CAAG
	INTRON 5 - 6	37,377,762	37,378,840			1,079	GTAGGAGGGGCTGCCCAGTTGCGTG..........AGCCCTGGTTTGTGTGAACCTGCAG
6	EXON 6	37,378,841	37,379,059	0	0	219	ACTCGGCAGTTGGTGACTGTCTGTGACTGTAAGCTGCTGGCCAACTCCATCCATGGGCTG AATGCAGCTCGGCCCGACTACATCGCTTCCAAGGCCTCCCCTACCTCGACTGAGGAGGAG CAGGTGATGCTTCGGAATGACCAGGACACCCTGATGGCCAGGTGGGCGGGGAGAAGCAGC CGGTCTTCCCTGCAGGTGGACTGGCATGAGGAGGAGTGG
	INTRON 6 - 7	37,379,060	37,379,921			862	GTGAGTCTGCTGCCCCTGCCTGGGG..........CCCAGACAGTCTTGTTGGTTTGAAG
7	EXON 7	37,379,922	37,380,060	0	1	139	GAGAAAGTGTGGCTGAATGTGGACAAGAGCCTGGAGTGCATCATTCAGCGGGTGGACAAG CTGCTGCAGAAGGAGCGTCTGCATGGGGAGGGCTGCGAGGACGCTTTCCCCTGTTCGAGC ACCTGCTCCAGCAAGAAAG
	INTRON 7 - 8	37,380,061	37,387,697			7,637	GTAACCGGGACAGCCAAGCCTACTG..........TAACAAGCCTCTCGCTCATGTGCAG
8	EXON 8	37,387,698	37,387,870	1	0	173	GTGAGTGGAGCGAGGCCCTTTACCCTCTGCTGACCACCCTCACAGACTGTGTGGCCATGA TGAGCGACAAGGCCAAGGCAGCCATGGTCTTCCTGCTCATGCAGGACAGTGCCCCCACCA TTGCCTCGTACCTCAGCCTGCAGTATCGCCGTGACGTCGTCTTCTGCCAAACC
	INTRON 8 - 9	37,387,871	37,388,786			916	GTAAGGCCCCAGAGGACACAGAGCG..........CACCGTTGCCCTGTTTCATCCACAG
9	EXON 9	37,388,787	37,388,910	0	1	124	CTGACAGCCCTCATCTGTGGCTTTATCATCAAGCTGAGGAACTGCCTGCACGACGGTGGC TTCCTGCGGCAGCTCTACACCATTGGCCTTCTGGCCCAGTTTGAGAGCCTGCTGAGCACC TATG
	INTRON 9 - 10	37,388,911	37,389,649			739	GTGAGACCCCAGTTTGGAGGTGACC..........ATCACCCCTCTCTGATTCATTTCAG
10	EXON 10	37,389,650	37,389,776	1	2	127	GAGAGGAGTTGGCCATGTTGGAGGACATGAGCCTTGGAATCATGGACCTGAGGAATGTGA CCTTTAAAGTCACTCAGGCCACTTCGAATGCATCAAGTGACATGCTGCCGGTCATCACAG GAAACCG
	INTRON 10 - 11	37,389,777	37,390,048			272	GTAAGATCATCTAACACTCTGCCAG..........ACTTTGCATTTCCTCTCTTCACTAG
11	EXON 11	37,390,049	37,390,189	2	2	141	GGATGGCTTTAACGTGCGGATCCCTCTGCCAGGCCCACTGTTTGACTCCCTCCCCCGAGA GATCCAGAGTGGCATGCTGCTGCGGGTGCAGCCTGTCCTCTTCAACGTGGGCATCAATGA GCAACAGACACTGGCTGAGAG
	INTRON 11 - 12	37,390,190	37,392,942			2,753	GTGTGTGCCGGTGCCTGCACAGCTG..........CACTGATGCCCTGATTCTCCCCAAG
12	EXON 12	37,392,943	37,393,040	2	1	98	GTTTGGAGATACGTCCTTACAAGAAGTTATCAATGTGGAGAGCTTGGTGCGGTTAAATTC CTACTTTGAGCAGTTTAAGGAGGTTTTGCCGGAGGACT
	INTRON 12 - 13	37,393,041	37,396,069			3,029	GTGAGTATCCCTTCCCTCGGAATGT..........GCCCCTCTTCCCTCTTCTCATCCAG
13	EXON 13	37,396,070	37,396,182	1	0	113	GTCTACCTCGATCTCGGAGTCAGACCTGCCTTCCAGAGCTGCTGCGGTTCCTGGGACAGA ATGTCCATGCACGCAAGAATAAGAATGTGGACATCCTCTGGCAAGCTGCTGAG
	INTRON 13 - 14	37,396,183	37,398,765			2,583	GTACTCGTCATAGTGCAGAAGAGTT..........CCTAAGAGCCTTTTTCCTGCTGCAG
14	EXON 14	37,398,766	37,398,920	0	2	155	GTCTGTCGCCGCCTTAACGGGGTCCGATTCACCAGCTGCAAGAGTGCCAAGGACCGCACA GCCATGTCGGTGACCCTGGAGCAGTGTCTGATCCTGCAGCACGAGCACGGCATGGCCCCG CAGGTCTTCACACAAGCCCTGGAGTGCATGCGCAG
	INTRON 14 - 15	37,398,921	37,403,448			4,528	GTGAGTGAGGCTGCTGCCAGGCTGC..........TCTCCCAACTTTTTCCTTTTCACAG
15	EXON 15	37,403,449	37,404,434	2	-	986	CATTGGAACACGGGAGGTAGTCACCCAGAAGAACTTGAGCGGCCTGGTGCCCATCCGAGA CTTAAGGCTAGACCCCAGCCTTCTCTGTTCCATTCCTTTATTAGCTCTAAGCCCCAATCT ACTGATTGTGTGGCTCTTTCTGAGCATAGCGTACCTGGTGACCAAATTGCGTTGCAAATA GATATCATTATGAAAAATTAGTCACGAGGCAGACAAAAGTGCCCGAATATATCCAGCCAC CGTGTACCAAACTGGACAGAAGGAAGGTGTCAAAGCAAGGTCTGCCGAGAAATATCTCAT GCCTTACAGTTTGATGTTCTGTTCTTCCGAATTGTATATACCTGCCAAATTCTTCCATCA AGAGGACTCGTTCATTTCAATTGTGTAGCGTCTTCAGTGCTTGTAACATGTTCTTCTGGT GCCTGTGACTGCAATATTTAGCTGGCCTGGGATTCCTTGTACCAAATATCTTCTGATGTA TAACTATTTATTACCTGTACATCTTGTGTGCCCTGTTTCAAGAGAAAGGGATGCTGTCTG AAAAGAATTTGTATATTTGATACTATTCCTTAAGTGTATCGCTAACCTTCCTTGCCTTTT AACGAAAAAGAGATGCTTATCAACCAGTTGATCTAGATGCCCCCATGTAATAGGACTGTA CTTCCTACTTACCTTTCACAGCGTAGTCCTGGGAGTGCAATAGCAAACAGTCTGCAGAGT AACACTTGTTCACCTTCATTTCTTTCCCCTGGGTGACGATGCAGCTGTGGATGCAGGCAT ACATGCCACCGAGTCCAACACATTACCTGTTGCATGTGACTTCAGGGTTGTTCCTAATCC AAGCACTAGTGAGGGGTATAAACTTTTTCTTGAAATAACATTTTTTAATTTAAAAACTGT ATGTTTAATTCCAGATAAAGTCTAGATATCTTTTTTTTCTTTTACTATTAAGTAAGGTTA ATAGTGAACAAAAATAAAAATGTCCT
	3' upstream sequence						AAAACAACACTGTGGGTTAAGTGTTGGCAATTGGGAGACTTGGGGCTGTGAGGAAGAGGA GTCACTCTGGTTTTGCCGCTGCTGCCCTTCTTTTGAACATGGTACTGCTCCTAAAACAGG GTGACTAGTAACCCTGACATTTATGTGTGTCAGAGAGGACTTGTTCTCTATAAAAGTAGC CCACTAGCCTTGTGTGAGACAGTGAATGGCTTCTCCATTGTCTGGTTCATATTAGGCCAT GTTTCCGATTTTGACCTCCAGTTGGATGAAGGGAGTTTCTTTTCTTGAGTCTTGTGAAAA ACCTGGAGTGCCTTAGAGAAGCCAGAGTTTCTAGTACTTGATATTCTCATGTTCCCAAAC CCACCCACCATAAATCTAGCCCTTGTATTCTCTCCCCAAGATCCCCTGATCATACTTGGA GGATTTCCCCTGGGCTGGATTCCTCTAAAAGAGTAAGTAAAGTCTAAGAGCCGCAGAAGC AGTTAGTAGTGAAAACCAGATGCCAGACTGAACCTATAAATTGGGCTGGATAAGCCTGTC CTTTGCAGATCCGAGCACTGCAGGATCCCAGGGCAGGCCTCACCTCTGTGTCTCCACATA AGCAGGTCTCCATGTCACTCCTAGTATAAGCATAGTGACAGCTCTGTTGCATCTTTCAGT TTAGTGTCTCACCCATTGCCAGCTGACATTAGTCACCAGACAGACAGTCAATGATTCTTT GATAGATGCCCTTCCACCTCAAAGCATGTGCTTCAAGCCTCTAAGACCATTTTGTTTGCT TCATTTGCATAGGGGAGAAAGAGTCCATAGCTTCCTTCCATCTGCATTCCACGGCCTCCT GGTTGCTACCCTCCTGATACTATGGAGATGACTCAGGAAGGCATCATTTCCAGGGTTGTG CTGTGGCCAAGCAGAGAGAGACCATAGACAGTGAGGGCGGCCTGCAGAGGAACTACAGAG ACAGCACCCTCTGTCCCCTAGAGACCAGGATGTCCATAGC..........

Sequence Detail Report

Gene Symbol (Gene ID)	Inpp4a (ENSMUSG00000026113)
Transcript ID	ENSMUST00000058307

		SNP Information
Strain :
Sequence Retrieve :
Exon translate : CDS Start ( 1 ) - End ( 680 ) -
Strand :	forward reverse
Show sequence :	nucleotide amino acid
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