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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| YEAST05477 reference isoform | 672 | 1 | NP_014296 |
Protein Sequence
Download: Fasta
MKQEQSHEGD SYSTEFINLF GKDTATHPSS NNGANNNGMG STNSLDQFVA TASSSSSLVT 60 SSENRRPLIG DVTNRGNTNL YDHAVTPEIL LEQLAYVDNF IPSLDNEFSN VDWNVNTTHN 120 NANNNGADTF SSINANPFDL DEQLAIELSA FADDSFIFPD EDKPSNNNNN SNNGNDDHSN 180 HDVLHEDPST NNRQRNPHFL TQRRNTFLTS QYDQSKSRFS SKNKRNGNNG ETNNFGDNMQ 240 NNHPFEPNFM GSPSQFPADA TNMTSIDHGG FTNVDITSTE NNTTGDNGVD ALSNLLHRTT 300 HTPNRSSPLS NVTSAQNSSS QQRKHSESKV DSNSDNNSSN KAPNITVPDY SIIPTSVLVT 360 LLPRVNVPNG AYNSLISAGF DNDQIDAIAA IMAYHHQKKI RENNSNNNKN INTNDSQEAP 420 ILKNINELLS VLIPPSPAET AAPTTLSTSP SFNEHGVVAE ASFLSSILEL GIKHPKSNNI 480 HNQRQPSRND HKISRESDGN NGNDNVHHNN AVIKSSTTRG DEIAKIRSEP TLNASSSDHK 540 ENSLKRSHSG DLKNKKVPVD RKYSDNEDDE YDDADLHGFE KKQLIKKELG DDDEDLLIQS 600 KKSHQKKKLK EKELESSIHE LTEIAASLQK RIHTLETENK LLKNLVLSSG ETEGIKKAES 660 LKKQIFEKVQ KE 672
cDNA Sequence
Download: Fasta
ATGAAGCAGG AGCAGTCCCA CGAAGGCGAC TCATACAGCA CGGAATTCAT AAATCTCTTT 60 GGCAAAGATA CCGCAACACA CCCTAGCAGC AACAACGGTG CTAATAATAA TGGCATGGGG 120 AGCACGAACT CGTTGGACCA GTTTGTGGCA ACAGCCTCAT CGTCATCTTC TCTGGTGACC 180 AGCAGCGAGA ATAGGCGCCC CCTAATAGGT GACGTTACCA ATAGGGGCAA CACTAACCTA 240 TATGACCACG CTGTCACGCC AGAAATACTC TTAGAACAGT TGGCCTACGT GGATAACTTC 300 ATACCATCTC TGGATAACGA GTTCTCTAAT GTGGATTGGA ATGTGAATAC CACCCATAAT 360 AATGCAAACA ATAATGGCGC GGACACTTTC AGCAGCATAA ATGCAAATCC TTTTGACTTG 420 GATGAACAAC TAGCCATTGA GTTGAGTGCG TTTGCCGACG ATTCTTTCAT CTTCCCAGAC 480 GAGGATAAGC CGAGCAATAA CAATAACAAC AGCAATAATG GTAATGACGA CCATAGCAAC 540 CACGACGTAT TGCATGAGGA CCCTTCTACC AATAATAGAC AAAGAAATCC TCACTTCTTG 600 ACTCAAAGAA GGAATACTTT CCTAACTTCC CAATACGACC AATCAAAGTC TCGATTTTCG 660 TCCAAAAACA AAAGAAATGG CAATAACGGC GAAACAAACA ACTTTGGCGA CAATATGCAA 720 AATAACCATC CTTTTGAGCC AAACTTTATG GGAAGCCCTT CTCAGTTTCC CGCTGACGCA 780 ACTAATATGA CATCAATCGA CCATGGCGGC TTCACAAATG TTGACATTAC ATCAACTGAG 840 AACAATACTA CCGGTGACAA TGGAGTGGAT GCGCTATCAA ATCTACTACA TAGGACAACA 900 CACACACCGA ACCGCTCCTC CCCCCTAAGC AATGTCACTT CTGCTCAAAA TTCCTCTTCA 960 CAACAACGAA AACATTCGGA AAGCAAAGTC GATAGTAACA GCGATAATAA CAGCTCCAAC 1020 AAAGCCCCCA ATATAACTGT TCCTGACTAT TCAATTATAC CAACCTCTGT TTTAGTAACT 1080 CTATTACCGA GGGTCAACGT GCCCAACGGC GCATATAACT CGTTGATCAG CGCGGGATTT 1140 GACAATGATC AAATAGATGC TATAGCCGCA ATAATGGCGT ATCATCATCA AAAAAAGATT 1200 AGGGAAAATA ACAGTAATAA TAATAAAAAC ATCAACACCA ATGACAGTCA AGAGGCACCC 1260 ATTCTAAAAA ACATCAACGA ACTTTTAAGT GTCTTAATAC CACCCTCTCC GGCTGAAACT 1320 GCTGCGCCAA CTACCTTATC AACGTCGCCT TCGTTCAATG AGCACGGTGT AGTAGCAGAG 1380 GCTTCTTTTC TAAGCTCCAT TTTGGAACTG GGCATAAAGC ATCCAAAAAG TAATAATATT 1440 CACAATCAAC GACAACCTTC ACGAAACGAT CATAAAATAT CAAGAGAGAG TGACGGTAAC 1500 AATGGAAACG ATAATGTCCA TCATAATAAC GCTGTTATTA AGTCAAGTAC GACGCGTGGA 1560 GACGAAATTG CCAAGATACG ATCCGAGCCA ACTTTAAATG CAAGTTCTTC TGATCACAAG 1620 GAAAATAGTT TAAAAAGATC ACACTCCGGA GATTTGAAAA ATAAAAAAGT ACCCGTCGAC 1680 CGCAAGTATT CTGATAATGA AGACGATGAA TATGACGATG CAGATTTACA CGGCTTTGAA 1740 AAGAAGCAAC TGATCAAGAA AGAGTTAGGG GACGACGATG AAGATTTATT GATACAGTCG 1800 AAAAAATCTC ATCAAAAAAA AAAACTAAAG GAAAAGGAGT TAGAATCATC GATACATGAA 1860 CTGACCGAAA TTGCAGCATC CTTACAAAAA CGGATACATA CGTTAGAAAC GGAAAACAAG 1920 CTTTTAAAGA ATTTAGTTCT GAGTAGCGGT GAAACGGAAG GAATAAAAAA AGCTGAAAGC 1980 TTAAAGAAGC AAATTTTTGA GAAGGTTCAG AAAGAATAA 2019