Aniseed - Transcript Card

Sequences

Amino acid sequence

Length: 2,371

>Moocul.CG.ELv1_2.S99657.g08729.01.p
MADEDEWKKLSTENKVQHKSWKARAEGYKECIKQFALWDEKSPEFSKYLGLMKKFVTDSN
ELIRLQGIEACLKFVENAHVAPKTCGEVVNGIIMKCFSSKPRHKALGIDVCLMFMERDQN
EQTQDELLKGVENKNPKVAAACIEALTQALSVFGSKVLTIKPLLKQTTKLLDHRDKTVRD
GVKALYIEVYKWIGGAIRSPLQNINAIVLKELEDDWGEIGNEKSKQTRFMRSQQDLKEKA
EEAAQAVETSGGGGAAAAEEEPEEVDPYELLDPVEILTKLPKDYYEKIEAKKWQERKEAL
SACLALSEIPKIEPGDFGDLMRSLKKVVSKDSNIMLVTIAVKCVNGLANGLRKKFQPFAT
TFIDAFIEKFKEKKITVVKALQDGIDAVYRTTTLQNILENIIEGLQNKNPNIREQTGLFL
ARAVKSGKSKSILNKATIKALCVPLIANTDHSTPNVREAAFESLGAILKLVGDKVLAPYL
ADIDKIKMDKISEFAGKIQDKAEPPKKQPTISKPTAAAKSETSKSKPPSKAGKKGVQKKP
QSKPAASKKQPKVDDAPPVEAELSEVAIDDAIAEFLSEDIKKQIMNMNWKERLEGLQQTV
QKIKLADKNALPCQAIVFILGNGKPGWSDSNFNCLNTKFEILKLLATYGNFSRTSAELCL
KALTDKIGDVKCGNAAKEALLSISESCLLPWVVVHVLDRGMSQKNPKIQAETLNWLSMAI
KDFGINKIDIKHVISKIKQGISATNPAVRTAAFGLTGTLGLYIGEKIRMFFESEKPAVVQ
QIDNELAKIKGQSPPAPTRGKKSTVEAETEVDDDEGEDVTDINDMIPRVNIGQKLTDAML
EKLADKNWKIRKEGLEEVTVVLNESKFIEADLGELPGALKLRLADSNKVLVTTTLNLLTQ
ISVALGPHSKKHVKTFIPSFFKVLSDSKPQLRQAGIKAMNQWLENSSLYVWLEDEAVSSA
LSIPKHIFVRIELLNWLTEKLIATPKLSAIAKEGLESSIKQLCACIEDRNVDVRAKGQAA
LPAFIYHLGLDKMMRACGKLSSNSNQILTMLEAAKANVPQRASKAAPSKPQKIEIDISEV
KSDGQSPTEETKSEAAPSAKLKSKASGKNKRPAPTKKSEPEPVTTDMITVVPNGKEQRIK
DEQRLKTLKWIFKTPREELILQLKTQCSTCMNGELVSEMFHSDFQHHIKAITILSSCLNK
SWDACIGSFDLQLRWFTLRFYDTNTTVHIKCLEYLKAAFDVLISQNIRLTDYEANSFVPH
LLIKIGENKDNIRKGVHSIIQQIGKLYPASKIFNHLMNALTSKNSRQRTECLDELSILIG
NHGIDVCQPTPPKALKELASHIGDRDKGVRSAALNAIVAAYNVCGEIVYKYVGNLPDKDR
GMLEERIKRSGNYNPNKAEATVKKETKLPASGDNKADNNKPATKSVPPVVNTSHLHSTGN
QEASEFNSNLPQLLNTDCEDLLNIDPQLPAEMLAKIEKFINNASQENVETILKDLIVRLA
NKDTSVSLIAIHQLNAIWENSERRRLLKPYINQLLMVSAIQLRNAMKSYFENEERCMVDS
DLNSFYKSLIAINISIFANEEFALLVSLNALEDAIQAFVMCLIDPRWNNHENQYAGSAFV
KGLNVLISKVCTHCEVSNLTCAILQTILKTSESTPAGQLDALIKCLWRVTGNRITKDVPK
SALPILKELNKVVNNLHKKPKLYTRPCLQTCLTLITKFCKLHGPKIVEDVNNIEGEKSEL
ARYVNKEMGKLGLSVIVDPSKMRTAAVKPEIGSSEQSISLDAKLSAIFKKIGNRELTKIG
LEELYVFKQENPYYDIEPEISNVSPLFKNYITRGLEKIEQEKLRNGDYKKIYNKPEKASS
AQEALARFEMLRAKCGIASTETAPRSSVLTANTNTLNQAVDDVDCIKMPAPKPTTSKIAP
VSRPATAPAQGTGTRSTNIVDLKRRLENIPTDAIPENRDAIPLSKTQRMLTRLRQGVEIF
NEAMEGCNSTDKDIDKVLLKFSNYKKNYESTIKHLTEQLQALKAEILNANRDEKFGTQSL
IQAAKTIKGHGQKLSSQHKDLHSSVSRIGKTIDRNFNSDCTSVSVPGIFSSEEHETLLNT
AICEHYYRQGRLEIAESLVNEAKLNLDDKWVTPFVEMNDVLLSLKSRDIEPALAWAKQNR
ESLNKNKSELEFKLHTLKFLSIISKGISVQGEALHYAKNFQLFANDHQKQIQKLMGCFLY
LQKGLNNSPYSDILKDDTWNEICGIFTRDACAIMGMSLESHLMSSFTAGCTALPALVTIK
SVIEQRQCSGVLLHKDELPIDIDLDPTQRYHSIFACPILRQQTTASNPPMRLTCGHIISR
DALSKLNNNNKIKCPYCPMEQPTNEAKKVFF

Nucleotide sequence

Length: 8,433

>Moocul.CG.ELv1_2.S99657.g08729.01.t
ATGGCTGACGAAGATGAATGGAAGAAGTTATCAACTGAAAACAAAGTTCAACACAAATCC
TGGAAAGCTCGGGCAGAAGGTTACAAAGAATGTATCAAACAATTTGCATTGTGGGATGAA
AAATCCCCAGAATTTTCAAAATATTTGGGATTAATGAAGAAGTTTGTTACGGATTCCAAT
GAACTTATTCGTCTTCAAGGAATTGAAGCATGCCTAAAGTTTGTAGAAAATGCTCATGTT
GCTCCCAAAACTTGCGGGGAAGTTGTTAATGGCATAATTATGAAGTGCTTTAGTTCTAAA
CCAAGACATAAGGCACTTGGAATTGATGTTTGCTTGATGTTTATGGAACGAGATCAAAAT
GAACAAACACAAGATGAACTACTAAAAGGCGTGGAGAATAAAAATCCCAAAGTAGCGGCG
GCTTGTATTGAAGCACTCACCCAAGCACTGAGTGTATTTGGATCAAAAGTTTTAACAATT
AAACCATTATTAAAACAAACTACAAAATTACTTGATCACCGTGACAAAACTGTCAGAGAT
GGAGTAAAAGCACTATACATCGAAGTATATAAGTGGATAGGTGGTGCAATCAGGTCACCG
TTGCAAAATATCAATGCAATTGTCCTTAAAGAATTAGAGGATGATTGGGGGGAAATTGGA
AATGAAAAATCGAAGCAAACAAGATTTATGCGATCACAGCAAGACCTGAAAGAAAAAGCA
GAAGAAGCTGCACAAGCTGTAGAAACATCTGGTGGTGGCGGAGCAGCAGCTGCTGAGGAA
GAACCAGAGGAAGTTGATCCTTATGAGCTTTTGGATCCAGTTGAAATACTGACAAAACTT
CCAAAAGATTATTATGAAAAAATTGAAGCCAAGAAGTGGCAAGAGCGAAAAGAAGCGCTA
TCTGCATGCCTTGCACTCTCTGAAATCCCAAAAATTGAACCTGGAGATTTTGGTGATTTA
ATGCGGTCATTAAAAAAAGTTGTTTCTAAGGATAGCAATATTATGCTTGTTACCATTGCT
GTGAAATGTGTAAATGGTCTTGCAAATGGGCTTAGAAAAAAGTTTCAACCTTTTGCTACA
ACATTTATTGATGCTTTCATTGAAAAGTTTAAGGAAAAGAAGATTACGGTTGTTAAAGCG
TTGCAGGATGGCATTGATGCTGTTTATCGAACAACAACCCTTCAAAACATTCTTGAAAAT
ATAATTGAAGGACTTCAAAATAAAAACCCTAACATCCGAGAGCAAACGGGGTTATTTTTA
GCTCGCGCAGTAAAATCTGGCAAAAGCAAATCCATATTAAACAAGGCCACAATTAAAGCA
CTGTGTGTTCCTCTAATAGCCAATACAGATCACAGTACGCCAAATGTCAGAGAAGCTGCT
TTTGAATCATTGGGTGCAATTTTAAAATTAGTTGGTGACAAAGTGTTGGCTCCTTATCTT
GCAGACATTGATAAGATAAAAATGGACAAAATATCAGAATTTGCTGGAAAGATTCAAGAT
AAAGCTGAACCACCAAAAAAGCAACCCACAATTTCAAAACCAACAGCAGCTGCTAAATCA
GAAACCTCAAAGTCAAAACCACCAAGCAAAGCTGGTAAAAAGGGTGTACAGAAAAAACCT
CAAAGTAAACCTGCTGCAAGTAAGAAACAGCCAAAAGTTGATGATGCCCCACCTGTTGAA
GCTGAATTATCCGAGGTTGCAATTGATGATGCTATTGCAGAATTTCTTTCTGAAGATATA
AAGAAACAAATAATGAACATGAATTGGAAAGAAAGACTGGAGGGTTTACAACAAACTGTG
CAGAAGATTAAGCTTGCTGATAAAAATGCCCTTCCTTGCCAAGCAATTGTTTTTATTCTT
GGTAATGGTAAACCTGGCTGGTCTGATTCTAATTTCAATTGTTTAAATACAAAATTTGAA
ATCTTAAAATTGTTAGCAACATATGGAAACTTTTCTCGAACTTCTGCTGAACTTTGTTTG
AAAGCTCTTACAGATAAAATTGGAGATGTAAAGTGTGGTAATGCTGCTAAAGAGGCTTTG
TTGTCAATCTCTGAAAGTTGTCTACTTCCTTGGGTTGTGGTCCATGTATTAGACAGAGGA
ATGTCTCAAAAGAATCCAAAGATTCAAGCTGAAACGTTGAATTGGTTATCAATGGCGATA
AAAGATTTCGGCATAAATAAAATTGATATAAAGCATGTTATTAGTAAAATAAAGCAAGGT
ATTTCTGCTACAAATCCTGCTGTAAGAACTGCTGCTTTTGGATTGACTGGAACTTTGGGA
CTATACATTGGAGAAAAAATTCGGATGTTTTTTGAGAGTGAAAAACCGGCAGTAGTACAG
CAAATTGATAACGAGCTGGCAAAGATCAAAGGTCAAAGTCCACCTGCACCAACAAGAGGT
AAAAAATCTACTGTAGAAGCGGAAACTGAAGTAGATGATGATGAAGGCGAAGATGTTACT
GATATAAATGACATGATTCCACGAGTAAACATTGGCCAGAAGTTAACTGATGCCATGTTG
GAAAAATTAGCCGACAAAAACTGGAAAATTCGAAAGGAAGGACTCGAAGAAGTCACTGTA
GTTTTGAATGAATCAAAATTCATAGAAGCTGATTTGGGAGAGTTGCCTGGTGCCTTAAAA
CTACGTTTGGCAGATTCGAATAAAGTTCTTGTAACAACAACCTTGAACTTACTTACCCAG
ATATCGGTTGCATTGGGACCACATTCCAAAAAACATGTCAAAACGTTCATTCCCAGTTTC
TTTAAGGTGCTGTCGGATAGTAAACCACAACTTAGACAGGCAGGGATCAAGGCAATGAAT
CAATGGCTTGAAAATAGCAGTTTATATGTCTGGCTTGAAGATGAAGCGGTATCATCTGCT
TTATCTATTCCCAAACATATCTTTGTACGCATTGAGCTGCTAAATTGGTTGACCGAAAAA
TTGATAGCAACTCCTAAACTATCTGCCATTGCAAAAGAAGGACTTGAATCATCCATAAAA
CAGTTGTGTGCTTGCATAGAAGACCGAAATGTTGATGTCAGAGCAAAAGGACAAGCTGCA
CTCCCAGCCTTTATTTATCATCTTGGATTGGACAAAATGATGCGTGCATGTGGTAAGCTT
TCATCAAACTCAAATCAGATACTAACCATGTTAGAGGCAGCAAAAGCCAATGTCCCTCAA
AGAGCTTCAAAAGCTGCCCCATCTAAACCACAAAAAATTGAAATTGATATTTCTGAAGTC
AAATCTGACGGACAGTCACCCACGGAGGAAACAAAGTCGGAAGCAGCACCTTCTGCTAAA
CTAAAATCAAAAGCATCTGGGAAAAATAAACGTCCGGCCCCAACCAAAAAGTCAGAGCCC
GAACCAGTCACTACTGATATGATTACAGTTGTTCCTAATGGAAAAGAGCAAAGAATAAAG
GATGAACAAAGACTTAAAACATTGAAGTGGATATTTAAAACTCCCCGTGAAGAGTTAATT
TTGCAGCTTAAAACACAATGCTCAACCTGCATGAATGGTGAGCTTGTATCGGAAATGTTC
CACAGTGATTTCCAGCACCACATTAAAGCAATAACAATATTATCAAGCTGCTTGAATAAA
TCATGGGATGCTTGCATTGGAAGTTTTGATCTTCAACTACGCTGGTTTACATTGCGATTT
TATGACACAAACACGACTGTGCACATCAAGTGTTTGGAATATTTGAAAGCTGCTTTTGAT
GTCTTGATTTCACAAAATATCAGACTAACTGATTATGAAGCTAACTCCTTCGTGCCACAT
TTACTGATTAAAATTGGTGAAAACAAAGACAATATTCGTAAAGGTGTGCATAGTATAATT
CAACAGATCGGGAAGTTATATCCAGCAAGTAAAATATTCAACCATTTAATGAATGCTTTG
ACATCCAAAAATTCAAGACAACGAACCGAGTGTTTGGATGAGTTAAGTATTTTGATCGGG
AATCACGGAATTGATGTGTGCCAGCCAACTCCTCCAAAGGCGTTAAAAGAATTGGCATCT
CATATCGGCGACAGAGATAAAGGTGTAAGATCTGCTGCATTAAATGCCATTGTTGCTGCG
TACAATGTGTGTGGAGAGATTGTTTACAAATATGTCGGAAACCTCCCAGATAAAGATAGA
GGAATGCTGGAAGAGCGTATTAAAAGATCCGGAAATTACAATCCAAACAAAGCGGAAGCT
ACTGTTAAAAAAGAAACTAAATTACCAGCATCTGGTGACAATAAGGCTGATAATAATAAG
CCTGCAACAAAGTCAGTTCCACCTGTTGTTAATACCAGTCATTTACATTCAACTGGTAAC
CAGGAAGCAAGCGAATTTAATTCTAATCTTCCGCAACTACTCAACACAGACTGTGAAGAT
CTTTTAAATATCGACCCTCAATTGCCTGCTGAAATGTTGGCTAAGATTGAAAAGTTCATA
AACAATGCCTCACAGGAAAATGTGGAAACTATTTTGAAAGATCTTATTGTTCGACTTGCT
AACAAAGACACCAGCGTTTCTTTAATTGCCATTCATCAACTCAACGCGATTTGGGAAAAC
AGTGAACGGCGGAGGTTGTTAAAGCCTTATATTAATCAACTTTTGATGGTAAGCGCCATT
CAACTTCGAAATGCAATGAAATCTTATTTTGAAAACGAAGAGCGTTGCATGGTTGATTCT
GACCTTAATTCTTTCTACAAAAGTTTGATTGCCATTAACATATCCATATTTGCCAATGAA
GAATTTGCATTGCTCGTTTCTTTAAATGCATTAGAAGATGCAATTCAAGCATTCGTTATG
TGTTTGATTGATCCAAGATGGAACAACCATGAGAATCAATATGCTGGCAGCGCATTTGTA
AAGGGATTAAATGTCCTCATTTCAAAAGTTTGCACCCACTGTGAAGTAAGCAATCTCACT
TGTGCTATTCTGCAAACCATTTTGAAGACGTCAGAGTCGACACCAGCTGGACAACTGGAT
GCTCTGATAAAATGTTTGTGGAGAGTTACAGGAAATCGAATCACAAAAGATGTTCCTAAA
AGTGCATTGCCTATTCTGAAGGAATTAAACAAAGTAGTCAACAATCTACATAAGAAACCA
AAGCTTTATACGAGACCATGTTTGCAGACATGTTTAACTCTGATTACAAAATTTTGTAAA
CTTCATGGGCCAAAAATTGTGGAAGACGTTAACAACATTGAAGGAGAAAAATCTGAACTA
GCAAGATATGTTAACAAAGAAATGGGAAAACTTGGTCTTAGCGTCATTGTTGACCCCTCC
AAAATGCGCACTGCTGCTGTGAAACCGGAAATAGGTAGTTCAGAACAATCTATAAGCTTG
GACGCAAAATTGTCGGCTATTTTCAAGAAAATTGGTAATCGAGAACTTACAAAAATTGGA
TTAGAAGAATTGTATGTCTTCAAGCAAGAAAATCCCTATTACGACATTGAGCCTGAAATC
AGTAATGTATCACCACTTTTCAAAAATTATATCACCAGAGGTTTGGAGAAGATTGAACAA
GAAAAACTGAGAAATGGTGATTATAAAAAGATTTACAACAAACCAGAAAAGGCTTCCAGT
GCTCAAGAAGCACTCGCAAGATTTGAAATGTTAAGAGCAAAATGTGGCATTGCTTCAACA
GAAACTGCTCCAAGATCATCAGTTTTGACCGCAAACACCAACACTTTAAATCAAGCGGTG
GATGATGTTGATTGTATTAAAATGCCTGCTCCGAAGCCAACTACATCAAAAATAGCACCT
GTTTCAAGACCTGCAACTGCTCCTGCCCAAGGAACTGGAACACGATCTACTAATATTGTA
GATCTGAAGCGTAGATTAGAAAATATACCCACTGATGCAATTCCAGAAAATCGTGATGCC
ATACCGCTTTCTAAAACGCAACGGATGTTAACGCGATTGAGACAGGGTGTGGAGATATTT
AATGAAGCTATGGAAGGGTGCAATAGTACAGACAAGGATATAGATAAAGTGCTTTTAAAA
TTTTCCAACTATAAAAAGAATTACGAATCCACAATAAAACATTTGACTGAACAATTGCAA
GCATTAAAGGCGGAAATTTTAAATGCCAATAGAGATGAAAAGTTTGGGACTCAATCACTA
ATACAAGCAGCAAAAACAATTAAAGGTCATGGCCAAAAACTGTCCTCCCAACACAAAGAT
TTACATAGCAGTGTATCAAGAATTGGTAAAACAATCGACAGAAACTTCAACTCCGACTGC
ACCAGTGTTTCAGTTCCTGGAATCTTCTCAAGTGAAGAACATGAAACTCTTCTAAACACA
GCGATATGTGAACATTATTACAGACAAGGAAGACTTGAGATCGCGGAATCTCTTGTTAAT
GAAGCGAAACTTAATTTGGATGATAAATGGGTGACTCCTTTTGTTGAAATGAATGATGTT
CTTTTGAGTTTGAAAAGTAGAGATATAGAACCTGCGTTAGCATGGGCAAAACAAAACCGT
GAAAGTTTGAATAAAAATAAAAGCGAGCTTGAATTTAAGCTGCATACTTTGAAATTTTTA
AGTATAATAAGTAAAGGCATTTCTGTGCAAGGCGAAGCTTTGCACTATGCTAAAAACTTT
CAGTTGTTTGCGAATGATCACCAAAAACAAATTCAAAAACTTATGGGATGTTTTTTGTAT
CTACAAAAAGGATTAAATAACTCGCCATACTCTGATATATTGAAAGATGATACTTGGAAT
GAAATTTGTGGAATTTTTACTCGAGACGCATGTGCAATAATGGGAATGTCACTTGAAAGT
CATTTAATGTCGAGTTTTACTGCTGGATGTACTGCTCTTCCTGCACTCGTAACAATTAAG
TCAGTTATAGAACAGCGACAATGTTCTGGGGTTTTGCTACACAAAGACGAATTACCAATA
GACATTGACTTGGATCCAACACAAAGATACCATTCTATATTTGCGTGTCCAATTTTGCGA
CAGCAAACAACGGCTAGCAATCCTCCGATGCGATTAACATGTGGCCATATTATATCACGA
GATGCGTTATCAAAGCTTAACAATAATAACAAAATAAAATGTCCTTACTGTCCAATGGAA
CAACCTACAAATGAGGCTAAGAAAGTTTTCTTTTAAAATGATCTAAAACTGTGTTTTCCT
TTTGCCATGTGAATACCCTTTCATACTTTATATACCGGTTACAGTTCAATATTCTGTTTT
GTACCTACTCTACTTACTGTTGTTTAGATTTTATTTCTGGTTCTGTGAATTAGAATTATT
GTTTTTCAATCTATTTTAGTAAAGATGGCAATATTTGTGTACATATTGAATAAGTGTTTG
CCTAATAATTATGTTGAATGTAATGAAATAAAAACTAGACTATGTTTATGTTTACATTAG
ACTATTCCTTTACATTCAATTCATGTATGATGTACCAACATCATGTTTCAGTCCAGTGTA
AGTGTGGCTGTGTTCATGTTCCTTTACTTAATTTGCTACACTGCAAGTTTCTTACAAAAT
ACTTCACGTAATGGTTCCCATGGGAATCAAACAACAATAACCCTTTGTGGCCATATTAGA
TAAACATCAACATTATAAAGAAAGCATTCTGTGGTAAGGTTTCTGTTTGGCATATTAACT
GAATTATTACTGCCAGTTAAAGGCCATCAGCACTACTATTAGTTGTGAAAATCTGTTAAT
TTGATTAAGTTAATTGGACTTCAACAAGTTAAAGCATTGTTACACTCTGAAAGTTTTTCA
AGAATTGAATAATGGATGGAGAAGCTGCCCCTGTTTCGCCAACCATAGACAGAAATTGTG
AAAAGTCGTTTCGAGTAGAAGATATAGATCAAATTTCACTACGAAATGAAAACGGAGAAC
CAGTTTTATTTGGACAACTAAGAAACGGAAAATCAGCCATAGTGGTGTTTTTGAGGCATT
TTCTTGACTACACAACCCAAGAATATGTTGAAGATTTTTCTAAAATTGATCAGGAAAGTT
TGCTCGAATCAAATGTACAAATATTTTTTGTTGGATGTGCACCTTCAAAGTTTATCAAAG
ACTTCCGCCAACAAACCGGATGTGTGTTTAGTATCTACTGTGATTCAAAAAGATTGATTT
ATAAAAAGCTACAGCTATATGAAGGACCTATTGAGACTTTGAAAAGTAAACACAAAAGTG
TTCATATCAAATCTAGCAACTTTGTTGGAAATTTTAAAACTTTTATCAATTCAATGATAT
CTCAACAATTCCAAGGTGATGTGTTCCAGCAAGGTGGTGAAGCAATCATAGACCAGAAAG
GAGAAGTCTTGTTGTTTAATAGAGCAAAACATCCTCTTGATCATACCCCAATCAATGAAT
TATTAAATATCTTGCATCTACCTTTGGTAGATTTTAGTAGTCGATACAGAATCCAAACTG
TTTGAATGTTTATCGGAATATGTTCACTTCTTA

InterProScan

SMART	TOG (IPR034085) - T[1-225] 1.9E-43 - T[269-504] 3.4E-69 - T[562-795] 6.9E-53 - T[824-1064] 1.2E-49 - T[1158-1396] 5.3E-50
Gene3D	ARM-like (IPR011989) - T[2-250] 1.4E-57 - T[266-498] 3.5E-76 - T[563-806] 1.9E-52 - T[819-1059] 6.0E-69 - T[1126-1392] 3.3E-85
SUPERFAMILY	ARM-type_fold (IPR016024) - T[29-195] 2.11E-37 - T[275-483] 2.11E-37 - T[632-785] 2.11E-37 - T[639-765] 4.26E-51 - T[830-1043] 4.26E-51 - T[1164-1388] 4.26E-51 - T[1249-1368] 4.13E-12 - T[1446-1728] 4.13E-12
Pfam	CLASP_N_dom (IPR024395) - T[840-1024] 5.7E-9 - T[1244-1363] 1.4E-6
SMART	CTLH_C (IPR006595) - T[2133-2190] 3.0E-9
ProSiteProfiles	CTLH_C (IPR006595) - T[2133-2190] 11.618
Pfam	CTLH/CRA (IPR024964) - T[2134-2276] 3.0E-27
SMART	CRA_dom (IPR013144) - T[2188-2282] 3.9E-12
CDD	Rmd5_dRing (IPR037683) - T[2314-2360] 3.52555E-27
Pfam	Znf-RING_LisH (IPR027370) - T[2316-2355] 1.4E-5

Best Blast Hits in UniProt

Protein Name	Identity	Bit Score	e-value
RMD5A_HUMAN	54.082 %	430	1.29E-135
RMD5B_HUMAN	49.364 %	396	7.9E-124
CKAP5_HUMAN	41.194 %	1422	0

Transcript Model

Transcript Id

Possible name(s)

Gene model

Location

Amino acid sequence

Nucleotide sequence