Entry NANGA23336 (ENSNGAG00000019041.1)

E Nannospalax galili


General Information

Description
transcript_id=ENSNGAT00000024798.1
Organism
NANGA - Nannospalax galili (Taxon-ID: 1026970)
Locus
scaffold_KL202037join(129072..129086, 130128..130570, 140298..140398, 143358..143531, 162674..162760, 166547..166662, 180135..180318, 188390..188541, 196450..196603, 199562..199715, 205186..205271, 207299..207394, 208371..208451, 211009..211101, 212948..213066, 218157..218266, 219294..219453, 220608..220744, 226461..226971)
Number of exons
19
Alternative splicing
NANGA23337
NANGA23338

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MGPPSAKNPM FCFAAVEEEE SKPEQPFPGP FPGSLSADHR PFSSPHSSGY QPALTHSLSH    60
TGRPYPAHTA IPHVTSAASK HLPPVAFNHT IGHIILSEHK NVKFNCSINI PKMYQETAGI   120
SWWKDGKELL GAHHSIIQFY PDDEGISIIA LFSIASVQRS DNGSYICKMK VNNEEIVSDP   180
IYVEVQGLPH FTQQPESINV TRNTAFNLTC QAVGPPEPVN IFWIQNSSRV NEKPERSPSV   240
LTVPGLSETA VFSCEAHNDK GLTVSKGVQI NIKAIPSPPT EVHIHNSTAH SILVSWVPGF   300
DGYSPFQNCS IQVKEVDQLS NGTVMIFNTS ASPHLYQIQQ LQALANYSIG VSCRNEIGWS   360
TVSPWILAST TEGAPSVAPL NVTVFLNESN NNVDVRWMKP PIKQQDGELV GYRISHTWQS   420
ARTLKELSEE VGQNGSWAQI PVQIHNATFT VRIAAVTRGG VGPFSEPVKI IIPAQNEVDY   480
APSSTPAPGN TESVLIILGC FCGFVLIGLI LYISMAIRKR VQETKFGSAF EEEDSELVVN   540
YIAKKSFCRR AIELTLHSLG VSEELQNKLE DVVIDRSLLI LGKILGEGEF GSVLEGNLKQ   600
EDGTSQKVAV KTMKLDNFSQ REIEEFLSEA ACMKDFSHPN VIRLLGVCIE MSSQGIPKPM   660
VILPFMKYGD LHTYLLYSRI ETGPKHIPLQ TLLKFMVDIA LGMEYLSNRN FLHRDLAARN   720
CMLRDDMTVC VADFGLSKKI YSGDYYRQGR IAKMPVKWIA IESLADRVYT SKSDVWAFGV   780
TMWEIATRGM TPYPGVQNHE MYDHLLHGHR LKQPEDCLDE LYDIMYSCWS ADPPDRPTFS   840
VLRVQLEKLL ESLPDSQDKA AVIYINTQLL ESCESLAEQA LARLDMNINP DSIIASCTPS   900
AAISVVTAEI HENNPHEERY ILNGGSEEWE DMASAPSALV TPGKDSVLPE DRLTRNGISW   960
SHCSTLPLGT PSSDALLFAD DSSEGSEVPV                                    990

Coding Sequence

Download: Fasta
ATGGGGCCCC CAAGTGCTAA AAATCCAATG TTCTGTTTTG CAGCTGTTGA AGAAGAAGAA    60
AGCAAACCAG AGCAACCATT CCCAGGACCT TTTCCAGGAA GTCTATCAGC TGACCACAGG   120
CCATTTTCCT CACCTCACTC CAGTGGGTAC CAGCCTGCCT TGACGCACTC ACTATCCCAT   180
ACTGGAAGAC CATATCCAGC ACACACAGCC ATTCCCCATG TGACCTCTGC CGCATCAAAG   240
CACCTACCTC CTGTTGCATT TAATCACACA ATTGGACACA TAATACTTTC AGAACATAAA   300
AATGTCAAAT TTAATTGCTC AATCAATATT CCTAAAATGT ATCAAGAAAC TGCTGGTATT   360
TCTTGGTGGA AAGATGGAAA GGAATTGCTT GGGGCACATC ATTCAATTAT ACAGTTTTAT   420
CCCGATGATG AAGGGATATC AATAATTGCC TTGTTCAGCA TAGCCAGTGT GCAGCGCTCA   480
GACAATGGGT CATACATCTG TAAGATGAAA GTGAACAATG AAGAGATCGT ATCTGACCCT   540
ATCTACGTGG AAGTTCAAGG ACTTCCTCAC TTCACCCAGC AACCTGAGAG CATAAATGTC   600
ACCAGAAACA CAGCCTTCAA CCTCACCTGC CAGGCCGTGG GCCCTCCTGA GCCCGTCAAC   660
ATCTTCTGGA TTCAAAATAG CAGCCGTGTT AATGAAAAGC CTGAAAGGTC CCCCTCTGTC   720
CTAACCGTTC CTGGTCTGTC CGAGACAGCA GTCTTCAGCT GTGAGGCCCA CAATGATAAA   780
GGGCTGACTG TGTCCAAGGG TGTGCAGATC AACATCAAAG CAATTCCCTC CCCACCAACG   840
GAAGTCCATA TCCACAACAG TACAGCACAC AGCATCCTGG TCTCCTGGGT CCCAGGTTTT   900
GATGGATACT CCCCCTTCCA GAACTGCAGC ATTCAGGTCA AGGAAGTTGA CCAGCTGAGT   960
AATGGCACAG TCATGATTTT TAACACCTCT GCTTCACCAC ATCTGTATCA AATCCAGCAG  1020
CTGCAAGCCC TGGCTAATTA CAGCATCGGT GTGTCCTGTA GGAATGAAAT AGGCTGGTCC  1080
ACAGTGAGCC CTTGGATTCT GGCCAGCACA ACTGAAGGAG CGCCATCAGT AGCACCTTTA  1140
AACGTCACTG TGTTTCTGAA TGAATCTAAC AATAATGTGG ATGTCAGATG GATGAAGCCT  1200
CCAATTAAGC AGCAGGATGG GGAACTGGTG GGTTACCGGA TATCTCACAC ATGGCAGAGT  1260
GCCAGGACTT TGAAAGAGCT TTCTGAGGAA GTCGGCCAGA ATGGTAGCTG GGCTCAGATT  1320
CCTGTCCAGA TTCACAACGC CACCTTCACA GTGAGGATCG CAGCGGTCAC AAGAGGGGGT  1380
GTTGGGCCCT TCAGCGAGCC AGTGAAAATA ATTATTCCTG CACAAAATGA GGTAGATTAT  1440
GCGCCCTCAT CAACTCCAGC GCCTGGCAAC ACCGAGTCTG TGCTCATCAT CCTTGGCTGC  1500
TTTTGTGGAT TTGTGTTAAT TGGGTTGATT TTATATATTT CTATGGCCAT TAGAAAAAGA  1560
GTCCAGGAGA CAAAGTTTGG GAGTGCATTC GAAGAGGAGG ATTCGGAATT AGTTGTAAAT  1620
TACATAGCAA AGAAGTCCTT CTGTCGGAGA GCCATCGAAC TTACCTTACA CAGCTTGGGA  1680
GTGAGCGAGG AGCTGCAAAA TAAACTGGAA GATGTTGTAA TTGACAGGAG TCTTCTAATT  1740
CTTGGAAAAA TTTTGGGTGA AGGAGAGTTT GGCTCTGTAC TGGAAGGAAA TCTGAAGCAG  1800
GAAGATGGGA CTTCTCAGAA GGTGGCAGTG AAGACAATGA AGTTGGACAA CTTTTCGCAA  1860
CGGGAGATTG AGGAGTTTCT CAGTGAAGCG GCGTGCATGA AAGACTTCAG CCACCCAAAC  1920
GTCATCCGGC TTCTAGGTGT GTGCATAGAA ATGAGCTCTC AAGGCATCCC AAAGCCCATG  1980
GTGATTTTAC CCTTCATGAA ATATGGGGAC CTGCATACGT ATTTGCTGTA TTCCCGAATA  2040
GAAACAGGAC CAAAGCACAT TCCCCTGCAG ACCCTGCTGA AGTTCATGGT GGACATTGCC  2100
CTGGGAATGG AGTATCTGAG CAACAGGAAT TTTCTCCATC GGGATTTAGC AGCTCGAAAT  2160
TGCATGTTGC GGGATGACAT GACTGTCTGT GTGGCAGACT TTGGCCTCTC TAAGAAGATT  2220
TACAGTGGTG ATTACTACCG CCAAGGCCGC ATAGCCAAGA TGCCTGTGAA ATGGATTGCC  2280
ATAGAGAGCC TTGCAGATCG AGTCTACACA AGTAAAAGTG ATGTGTGGGC TTTTGGCGTG  2340
ACCATGTGGG AAATAGCAAC CCGGGGAATG ACGCCCTATC CTGGAGTCCA GAACCATGAG  2400
ATGTATGACC ACCTTCTCCA CGGCCACAGG CTGAAGCAGC CCGAGGACTG CCTGGATGAA  2460
CTGTATGACA TCATGTACTC TTGCTGGAGT GCTGATCCCC CAGACCGACC CACCTTTTCA  2520
GTGTTGAGGG TACAGCTAGA AAAGCTCTTA GAGAGCTTGC CTGATTCGCA AGACAAAGCA  2580
GCCGTCATCT ACATCAACAC ACAGCTGCTG GAGAGCTGTG AGAGCCTGGC TGAGCAAGCA  2640
CTCGCTAGGC TAGATATGAA CATCAATCCT GACTCCATCA TTGCCTCTTG TACTCCCAGT  2700
GCTGCCATCA GCGTGGTCAC AGCAGAAATT CATGAGAACA ACCCTCATGA GGAGAGGTAC  2760
ATCCTGAACG GGGGGAGTGA GGAATGGGAA GACATGGCCT CAGCTCCCTC TGCTTTGGTC  2820
ACACCTGGAA AGGACAGTGT TTTACCAGAG GACAGACTCA CCAGGAATGG GATCTCGTGG  2880
TCTCACTGCA GCACACTACC TTTGGGGACC CCATCATCAG ATGCACTTTT GTTTGCTGAT  2940
GACTCCTCAG AGGGCTCTGA AGTGCCAGTG TGA                               2973