Identifiers and Description

Gene Model Identifier

Contig11813.0.g68

Standard Name

IARS2

Aliases

Contig11813_0_g68

Description

tRNA synthetases class I (I, L, M and V)

Genome Browser

Genome Browser (Micronucleus)

Micronuclear Genome Browser

Gene Ontology Annotations

Cellular Component

• cytoplasm (IEA) | GO:0005737

Molecular Function

• ATP binding (IEA) | GO:0005524
• nucleotide binding (IEA) | GO:0000166
• aminoacyl-tRNA ligase activity (IEA) | GO:0004812

Biological Process

• tRNA aminoacylation for protein translation (IEA) | GO:0006418

Domains

• ( pfam00133 ) tRNA synthetases class I (I, L, M and V)
• ( pfam08264 ) Anticodon-binding domain of tRNA
• ( pfam09334 ) tRNA synthetases class I (M)
• ( pfam13603 ) Leucyl-tRNA synthetase, Domain 2

Gene Expression Profile

Homologs

Source	Identifier	Score	Description
T. thermophila	TTHERM_00370900	2.0004062814618821e-57	Isoleucyl-tRNA synthetase
SGD	YPL040C	2.000704504372864e-47	ISM1 SGDID:S000005961, Chr XVI from 479001-475993, Geno...

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>Contig11813.0.g68(coding)
ATGTCAATTTTGAAATAAAACAGAACATTAGTTTAATCTAGGTATCAAAGTTTACTGTCT
TGGGAACTATATAATTGGCAACTTATCAATAGACAAGGAAGACCTGTTTGGGCTATACAT
GATGGTCCACCATTTGCGAGTGGTAAACCACATATTGGTTAGTTCTACAACAAAACTTTA
AAAGACATAATAAACAGATATAAGCTTTTACAAGGTTATCAAGTGAACTTTATCAATGGC
TTCGATTGCTATGGCACAACTATAGAAGATCTTGCATTAGCTTAAGACACTGATAAGCAT
AATATCAAAGGATTAAATTTAAGAATCAGTAATGACCAAATAGAAAAATTCACAAATTCT
AGTAAGCAAGAAAAAGATGTCCTCAAAAACAGATAATAAATACGACAATTTGTCAAAGAT
AGCATACTTACTTAAATGTAAAGCTATTCAAATTGGGGAATAATGTCGGACTGGAGATAA
TCTTACTTCACTATGATGCCTGAGTATGAATCAATGGTTTTGAACAAGTTTGCAGATCTA
TTGAGTAAAAAGCAAATATTTAGAGGTGGTAGAGCAGTCTTCTGGTCAATTGATCAATAG
AGAATTATGGATGAGCATCAAATTGAAGAAGTTTAAGAAATTATTGATTGTTCAATTGTA
AAGTTTCCTATTAGAAGGTGTGGAGTAAACACTTAAAAAATACTACAGATGTACCCTGAC
ACAAAGTTTTTAGTATTTCAAACAGAACCATGGAAAATTTTGGGGACAAATGCAGTATCA
ATCCATGAATCAATTTCTTATGCTTTGTGTTCTTTTATGGATGAGTACTTTATTGTTGCA
GAGAAAAGAATTCCAGAACTATAAGTTAGAGTTGGTGCAGAAAATCCAATTAAACCTTTA
ATGATTTTTACTGGAGATTAACTCTCTGATATAACTCTTGATCATCCTTTGATTCCAAGA
CTAGAAGTGCCAATCGTAATTTATAATGGGGTGAAGAGCACATTTGGAACAGGAATTAAT
GCTGTAGCTCCTGGACATGATTTAAATTCTTTGAAAGTGGCAGTATAATATAATCTGCCA
AAGGAAGGATGTGTAGATGAAAAAGGAAACTTAAAAGAATTTCTTGGAGTTGAATTTTCA
AAATTGAATGTGCGAGATAGTAAAACTAATAGTTATGTTCTAAAAATGCTATAACAAGAA
AAGGCTCTTTTCAAATCCTATAAATATCAAAATACATCCTACATCAATACAGAAACTAAA
GAAAGAATAGTCATGATAACAGTAGACTCATGGTTTATGAGAATCTCAGAGAGAATGCAC
GCAAGTTGCTTATAAGAATTAGCATCGATTAAATATGTTCCATAGCTAAATTTAAAAAAT
ACTGAGGAAACGCATCTTGATTATATGAAATTACAAGAAAAGAATAAGACAAAGAAGCAA
GATTTTGATGCTTATTATATAAATTTAGTTGAAGAAATCAATAAGGTGCTGATTGATTAG
GAAATAGTTAGGAACGTTGCTAAAATATTCAAATAAAATGGAGGATCAGATGCATGGTTT
AGTTTGAGTGTTGAAGAGCTTTTGCCAAGGAGATACAAAGATAGAGCAAAAGATTTGATA
AAAGGAGATTAAGTATTTGATGTCTGGTTTGATAATGCTCTTTCCTGGAATTATGTGTAG
GATCAAGAATCATACTAAAGTTACCTTAACAGTTTTGATACCAATCTTTAAGCAATTCCT
CAGACTAATTAATCACAGATAACAATAGAAAATTAAGGACCAGTTATAAATGTGATTGAA
GATTAATCTTAAAGTACAACTAAAAAGAATAGCATGAAAGAGTATTTATAGAGGAAAAAG
CAAAAGAAAATTGACACCTAATAAGAATCGTCTTTGATAGGAAGTTCTCCATAATTACAA
GAATAACAAATAATATACAATCCTTAATTAAGACAACTTTAGCAATAGAGCGAAAATGTG
TTTTAAAATGAGATAACCAGTCGATTTAACAAAGTATCATTTGATAAATTGAGACTATTT
GATGAAGTGCCAGCTATGCAATCAAAGTTCTTACTTAAAGATTAGAAACTTTTCCCATTT
AACATGTTCTTAGAGGGATTTGATTAGCATTCAAGATGGTTCATGTCTAGTTTTATATTG
TCTATTGCATTAACTGGGGAATCACCCTTTAAAATACTTAAAACTCATGGGCTCTTGCTT
GATGAAAGTGGAGAAAAGATATCGAAATCTTAAGGCTCATCAGGAGCCCTAGATCCAGAG
GATTTAATTGAGGGAACTCTAAAATTAGATGGAACTAGAAAGTTTGGATATGGAGTAGAT
GTAGTGAGAGCATGGTGCGCTTACAAAGACACTGATAAGAATATTTTTGTGCAAAAAGAA
CAGCTAGATGAGGTTAACAGAGAAGTGAAGATTTTCAGAGATGTAATTAGAGTATTACTT
CTGAATATTAAAAATCTAGATATCAATAAGCAACCATACAAGTTTGATGAACTAAGTGTA
GTTGATAAAATGATGATGATAAAGCTTTTGTAGTTTTCCACTAAGATGACAGATCTATTT
AATAAGCATGAGTTATCAAAAGTGTATGAGGAGACAAATAAATTCGTTGTGAGAGATGTA
GTGAATTTTTATTTGGACTTTACTAAACACAGAAAGTTCACTGATTCATTAAGTGTCCAA
CAAGTAATGAATAAGCTTTTGAATACTTTGTTGCTTACATCAGCCCCTATACTTTGCTTT
TCATCGCAAGCTGCTTTTGATGACATGTCTGTTAATTTATTCAAAGACTATGAAAAGCCA
CAAACTGTATTTTAGCTTTAATGGTTTAACGATGAAATACAAAGATCAATTGACAGCAAG
TATCTTGCTAAGTTCTAAATGAGAGATCTATTTGATAAGCTTTTAGAAATGAGATTAAAA
TTAAGAGAAGCATATGAAGAATTTATACTTGGTATGGTATCTGGTAGAGATTTTTAAAAG
ACAAGTATCCATTTCATTATTACTTCACCAGATAGCAATGAAGCAGCTTTATTAGAACTA
TTAGAAAATGATCTTGAAGATTTCTTCTTTGGAGTGAAAATCAAGATAGAAACTGAAGAT
GAAAATAAACCAAAGAAAGTAGCACCGCTTAAGACTCTGAGACATTCCTTCGAATATAAA
CCTACAAAAGAGGACTTAGAGAGATAACCCGAACTTACTCCAATTACTTATAATTTCAAA
CTGAGAGTTTATAGAAATAGCATGGAAAAATGCTCTGTATGTAAGAAAGCTAGAATTCCA
AATTAAAAGAATAAGGAAGGGCAGTAAACAATTGAAGTAGAAGGAGATAAAAAAGATCAA
GCTGAAATTAATCATGATTAAGTTTGCAAATCCTGCTTAATTCTGAATTCTTTAGTAAAC
TAGTAATGA

>Contig11813.0.g68(protein)
MSILKQNRTLVQSRYQSLLSWELYNWQLINRQGRPVWAIHDGPPFASGKPHIGQFYNKTL
KDIINRYKLLQGYQVNFINGFDCYGTTIEDLALAQDTDKHNIKGLNLRISNDQIEKFTNS
SKQEKDVLKNRQQIRQFVKDSILTQMQSYSNWGIMSDWRQSYFTMMPEYESMVLNKFADL
LSKKQIFRGGRAVFWSIDQQRIMDEHQIEEVQEIIDCSIVKFPIRRCGVNTQKILQMYPD
TKFLVFQTEPWKILGTNAVSIHESISYALCSFMDEYFIVAEKRIPELQVRVGAENPIKPL
MIFTGDQLSDITLDHPLIPRLEVPIVIYNGVKSTFGTGINAVAPGHDLNSLKVAVQYNLP
KEGCVDEKGNLKEFLGVEFSKLNVRDSKTNSYVLKMLQQEKALFKSYKYQNTSYINTETK
ERIVMITVDSWFMRISERMHASCLQELASIKYVPQLNLKNTEETHLDYMKLQEKNKTKKQ
DFDAYYINLVEEINKVLIDQEIVRNVAKIFKQNGGSDAWFSLSVEELLPRRYKDRAKDLI
KGDQVFDVWFDNALSWNYVQDQESYQSYLNSFDTNLQAIPQTNQSQITIENQGPVINVIE
DQSQSTTKKNSMKEYLQRKKQKKIDTQQESSLIGSSPQLQEQQIIYNPQLRQLQQQSENV
FQNEITSRFNKVSFDKLRLFDEVPAMQSKFLLKDQKLFPFNMFLEGFDQHSRWFMSSFIL
SIALTGESPFKILKTHGLLLDESGEKISKSQGSSGALDPEDLIEGTLKLDGTRKFGYGVD
VVRAWCAYKDTDKNIFVQKEQLDEVNREVKIFRDVIRVLLLNIKNLDINKQPYKFDELSV
VDKMMMIKLLQFSTKMTDLFNKHELSKVYEETNKFVVRDVVNFYLDFTKHRKFTDSLSVQ
QVMNKLLNTLLLTSAPILCFSSQAAFDDMSVNLFKDYEKPQTVFQLQWFNDEIQRSIDSK
YLAKFQMRDLFDKLLEMRLKLREAYEEFILGMVSGRDFQKTSIHFIITSPDSNEAALLEL
LENDLEDFFFGVKIKIETEDENKPKKVAPLKTLRHSFEYKPTKEDLERQPELTPITYNFK
LRVYRNSMEKCSVCKKARIPNQKNKEGQQTIEVEGDKKDQAEINHDQVCKSCLILNSLVN
QQ