Identifiers and Description

Gene Model Identifier

Contig19406.0.0.g75

Standard Name

KELCH29

Aliases

Contig19406_0_0_g75

Description

Dynein heavy chain and region D6 of dynein motor

Genome Browser

Genome Browser (Micronucleus)

Micronuclear Genome Browser

Gene Ontology Annotations

Cellular Component

• integral component of membrane (IEA) | GO:0016021
• dynein complex (IEA) | GO:0030286

Molecular Function

• DNA binding (IEA) | GO:0003677
• RNA binding (IEA) | GO:0003723
• magnesium chelatase activity (IEA) | GO:0016851
• ATP binding (IEA) | GO:0005524
• RNA helicase activity (IEA) | GO:0003724
• ATPase activity (IEA) | GO:0016887
• microtubule motor activity (IEA) | GO:0003777
• kinase activity (IEA) | GO:0016301
• nucleotide binding (IEA) | GO:0000166
• protein binding (IEA) | GO:0005515

Biological Process

• photosynthesis (IEA) | GO:0015979
• cell cycle (IEA) | GO:0007049
• chlorophyll biosynthetic process (IEA) | GO:0015995
• chromosome segregation (IEA) | GO:0007059
• cell division (IEA) | GO:0051301
• microtubule-based movement (IEA) | GO:0007018

Domains

• ( pfam03028 ) Dynein heavy chain and region D6 of dynein motor
• ( pfam12774 ) Hydrolytic ATP binding site of dynein motor region D1
• ( pfam12780 ) P-loop containing dynein motor region D4
• ( pfam08393 ) Dynein heavy chain, N-terminal region 2
• ( pfam12775 ) P-loop containing dynein motor region D3
• ( pfam12781 ) ATP-binding dynein motor region D5
• ( pfam12777 ) Microtubule-binding stalk of dynein motor
• ( pfam13418 ) Galactose oxidase, central domain
• ( pfam13415 ) Galactose oxidase, central domain
• ( pfam07728 ) AAA domain (dynein-related subfamily)
• ( pfam13854 ) Kelch motif
• ( pfam00630 ) Filamin/ABP280 repeat
• ( pfam07646 ) Kelch motif
• ( pfam13964 ) Kelch motif
• ( pfam01344 ) Kelch motif
• ( pfam13207 ) AAA domain
• ( pfam00004 ) ATPase family associated with various cellular activities (AAA)
• ( pfam13401 ) AAA domain
• ( pfam13238 ) AAA domain
• ( pfam00910 ) RNA helicase
• ( pfam12846 ) AAA-like domain
• ( pfam01833 ) IPT/TIG domain
• ( pfam01695 ) IstB-like ATP binding protein
• ( pfam13191 ) AAA ATPase domain
• ( pfam06414 ) Zeta toxin
• ( pfam13671 ) AAA domain
• ( pfam01078 ) Magnesium chelatase, subunit ChlI
• ( pfam13245 ) Part of AAA domain
• ( pfam13604 ) AAA domain
• ( pfam02367 ) Uncharacterised P-loop hydrolase UPF0079
• ( pfam01580 ) FtsK/SpoIIIE family
• ( pfam01656 ) CobQ/CobB/MinD/ParA nucleotide binding domain

Gene Expression Profile

Homologs

Source	Identifier	Score	Description
T. thermophila	TTHERM_00486600	9.997093137033517e-262	Dynein heavy chain family prot ein
SGD	YKR054C	9.997093137033517e-262	DYN1 SGDID:S000001762, Chr XI from 547925-535647, Genom...

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>Contig19406.0.0.g75(coding)
ATGTTCCAACCCCAAGGTATTGACAACTCCAAGAAAGGAAACAAGATTCTCCCAAGTAAC
GATATCTATGCCATGAAAGTGGGAACCAGTAAGTTACAAACCCATTTCCAGAGACTTGTG
AGGCTTGGCCATTAAAAAACAGTTAGAGCTTCAACATCTATCTTTTTAAAAAATAGAGTT
CTAATGTTTTTTATGTCCACTAATGAGGTAACTTGGTACAAAGAGAAATTCGGAAGTGAT
TTGGTGCCTCCTGCTAGAACTCAGCATGTCGCCATTTCTACCCCAAAACATGATAAAATC
TTCATTTTTGGAGGTCACTCTACTCCCTAAGTTAGATTGAACGACACATGGTTCTTAACT
GTACAAAACTTGACATGGAAGAGAGCTGAAGGTGAAGAGCCTGCTACTCCCAAAAATCAA
GATTCAGTGACTGGTGCTCCAGCTCCAAGAGCTAATACCTCTGCCACGATAGTTGACAAC
AAAGTTTACATTTTCGGTGGTCATGGTGGTGTTAACTATGCTAGAGTAGCCTTCAATGAC
ATGTACTCCTTCGACTTAGACTCTCACTAATGGGAAAAGATTGAATACTAAAACAACCCT
CCTGAACCAAGAGGTGGTCACACCATCTTCTCAATTGGAAGAAAGATATACTCATACGGT
GGATGGAACTCTGAATCTCAATACAACAACATCATCGTGTTCAACCTCGACACCAATGAA
TGGTACGACCCAGACATCTACAATGATATTCCCAGATGGAATCACAGTGCTATCATGGTT
GAGGCTATTCCCTCATGGAAATATTTCGTTTTTGGAGGTGAATCTGGAGACTTCCCAGAA
GGTGGTCCAAGAAACTTCGGACATTGTGTTAACAGTGCTTGCTACCTCGACATTGAAACA
ATGCATTGGACTACTATGCAACCAGAGGATGTGGACGCATAGAACAAAGGTGTTCAACCC
CCTCCCAGAGAATACTCAGCTATGGCCTATGATCACAAGGATTCAAGACTTTTAGTCTTC
GGTGGTTGGAACAACGGTTGGTTCAATGATCTCTACGCTCTTAACGTATCTAAGATTGTC
GGTCCCTCATATGCTATCACTGAAATCGACCCACCTCTTGGTCAACTTTCAGGTAATGTT
CCTGTTGTCATTAAGGGTGTTGGCTTTAAGGATGCTAACATTAAAGTTTACTTCACCTGT
GGAAAGAACCCAGTAGATGTCCCCTCAAAGATGTCAATTGAAGTACCAGGCATGTACGTT
TCAGAGACTGAAATTCATTGCGTTACTCAGAGTTTTGAGCAATTCGGACCCAAAGAAGCT
ATCTGTCAGCTTTCCATCCAAGGAGGAGATCTAACCACAACCTACGTTTCCTTCTCTTAC
TTCATGAACACCAGAGCTTACAAATCACTTGCTTATGGTCCAGGTCTATTGCCTGAGGGA
GCCGTCGGTCATGAAACTGAATTCGTTATCCAAGCCAGAAACGACTCTGGAGAGAACAGA
AGATCAGGAAGAGACAAGTTCCAAGTTAAGATCACTTCCATGGGAGCTGAAACCAAGGAT
GTGCCATGCATTGTTCACGATAAGGATGATGGACAATACGTTGTAAAGTATTTAGTTGAG
GATGAATCTGACTGCAAGATTGAAATCCTCTTTGAAGATGACAAGGGCAAATGGGTTCCA
CTAAGAGGTTCCCCATACAAATCCTCCTTCTCTGCAAAATCATCTGCCAACGTTAACAAC
TTGACCGGTCCAGCTATGGGCAAGTATATCGCCTCAGAGTTGGAGCAACTCCACAGTTTC
ATCCAAGAGACATCTAAGGGTGGTACCACCAAAGAAAAGAACATTCAAGATGTTAAGACT
TTGATCTCTGTCAAGGACGCTGTTGATTCAGTCTTCAATCTTAACGATGAAATTGTACTT
AGACTTGACTGTCTCGATGAATCATTGAGAATGTTCCAAGAGCATCAAATTGCTAAGGAT
TCCTAATTGAAACATATTAAGAGACTCTTTGACGAATGGGTTGGCCTCAAGAAGCTAGCC
AAGGATGTTAGAAAGGAAATCTCACCATTGATCTAAAACGAGAACGAAAAGACAACCACC
ATGATTAAGAAATTCGAAGAAGATCTAAAAGTTTACACTACTGAACTCAAGAAGAGAGAC
TTCTACTTCTACAAAACTGGTGTTTCAGATTCAAAGAAGAAGCTTAGTGATGTTAACGAA
GAAATCGCTGTTTTTGACCAGAAACTTGTTGACTATGGATATAATGCAATTAAATTCGGA
AACCCAGACCTTATCATTAACTCAACCAAATAAGTCGATTCCATTAAGATTGAAATTCTG
TCAATGGTCTCTCTATGGGATCATATTGATGTGTGCTAAAACATGTTCTCTAACTATATG
GAAGCTAAGTGGATTGATACTAATCCATTTGACATGGAAGAAGAAGTTAAGAATGTCTTC
AAGTTCCTTAAGGAAATGAAAGTAGACAAGAGATGCAACGCTTATCTCGGTATCCAAGAA
GACATCAAGAGATGGTTGGTTTTCCTACCACTTATCTCTGAACTCAGAGACGAAGCAATG
AGACCCCGCCACTGGAAAGCCATTAAGGACAAGGTCCAAAAAGATTTCGAAGTTAATGAG
AAATTACTTCTTAAGGATGTTTACAACCTCAACTTGAACAAGTATCAAGAAGATGTTGAG
GAAATCACTGATCAAGCCAGATAAGAGTCTAAGATGGAAAAGACTTTGGTTAAACTCGAG
GAGACATGGAAGGATATTATTTTCGAATTCAACAAACATAAAGACACTGATGTCATGTTG
ATTAAACTTTCTGAAGAAAACTTCGAAATGCTTGAAGAAAATCAAGTCAACGTCACTGCT
ATGTTCTCATCTAGATATCTCTCAACCTTCGAAGAGAAATGCGTGTACTGGTAAAAGTCA
CTTGCTGCTATTGCTGAAATCGTTTAACTATTGGCTGAAGTGTAAAGATCTTGGTCTTTC
TTGGAAAACCTTTTCATTCACTCAGAGGAGGTCAAGAAGGAACTCCCCAAGGAATCAGAG
AAATTCGTAGGTATTGACAAGGAAGTCAAAGCCATTCTCTTAGATGGATTCAAAAAGCAA
AAAGCTCTTGAATTCTCAACTCAAGACAACGTTATGCAAAGATTAGAAGAAGTTCAAAAG
CAATTGACTCTCTGCGAGAAAGCTCTTAATGATTTCATGGACAGCAAAAGAAGAGCCTTC
CCCAGATTCTATTTCGTGTCTCCAGCTGACTTGCTCGATATTCTCTCTAACGGTAACAAC
CCCAAGAAAATTATGGTACACATGCCAAAGATCTTCCAGGCTATCGAAACCCTACACTTG
AAAGAAGATGGAGAAAGACCATAAGCCATTGGTATGGAAACATGTGTTGGTAAAGAGTAT
GTTGATTTTTCCAAGCCACTCAAACTTGTTGGCAAGGTAGAGAACTACTTAGGAGATGTC
ATTGATACAATGAGAAATTCATTGAGACACATTGGTGGTAAATCAGTATCTGCTCAACAA
GTCACTCCAAAAGCAGAATGGATCAAGCAAGATCCTTCATAGATCACTTTGATCATTAAC
TTGTGCTTGTGGGTACGTAACGTCGAAACTGCATTCTTAGCCTTAAAGGGAACTCCAAAC
GCCATGAAGAAGGCATTCGATGATCAAGTCGTTTCACTCACAGACTTAATCAAGATGGTG
CAAGGTGATTTGGACAAGGCAGTCAGACAAAAGATCATGTGCATGATTACTATGGATGCT
CACTCCAGAGATATTATTGATAAGCTCATTGTTGAAAAGGTATACCAATCTGATGAATTC
CAATGGCAATCTTAACTCAAGTCCTACTACGATCAAAAGCAAGCTGATTTCAGACTCAAG
ATTGCTGATGCTGAATTCTGGTATGGTTATGAATATTTAGGAAATGGACCACGTCTTGTC
GTTACCCCACTTACTGATAGAATTTATGTGACAGCTACTCAAGCTCTCCACTTGAAAATG
GGTTGTGCACCAGCTGGTCCCGCTGGTACAGGTAAAACAGAAACAACTAAAGATCTCGCT
TCCGCTATGGGTAAAGCTTGCTATGTGTTCAACTGCTCCGATCAAATGGATTACAAAGGT
ATGGGAGGTATTTTCAAGGGTCTTGCCGCTTCAGGTTCATGGGGTTGCTTCGATGAGTTC
AATAGACTTGTCCCCGAAGTGCTCTCTGTGTGTTCAGTTCAATTCAAATCCGTTACTGAT
GCAATCAAGCAAAAGAAAGATAGATTCTTACTTCAAGAAGATGAAATTATGCTTGACCCA
ACTTGTGGTGTGTTCATCACTATGAATCCAGGTTATCTTGGTAGATCTGAGTTACCAGAA
GGTCTTAAGGCTCTTTTCAGACCAATTACTGTCGTCGTTCCAGATCTTGAACTTATTTGC
GAAAACATGCTCATGGCTGAAGGTTTCGTAGAGGCAAAGATCCTTGCTAAGAAGTTCACA
ACTCTCTATTCTCTCTGTAGAGATCTCTTGTCAAAGCAATCCCATTATGATTGGGGTCTT
AGAGCTATTAAATCAGTGCTGGTCGTCGCTGGTGCTTTCAAGAGAGCCGAGTCTCATCTT
TAAGAACAAGCTCTTCTCATGAGAGCCTTGAGAGATTTCAACATCCCCAAGATTGTTGCT
GACGATCTAGACATTTTCTTCGGTCTTTTGGGTGATCTTTTCCCAGGCATCAATGTTCCA
AGAAAGGTAGATGAGAGATTCGAAGGTATTATCAGACAAGCTGCTCAAGATCTCTTTTAC
TTTGATGAGCCAGAGTTCATCCTTAAAATCGTTCAATTGGGTGAGTTGCTCGAAATTAGA
CATTGTGTCTTCGTTATGGGTAACCCAGGTTCTGGTAAATCTGCAACATGGAAGACTCTT
GCCAAGGCTTAAGATAGAGACAACAAAAAGACAACTTTAGTTGATCTTGATCCAAAGGTC
GTGTCTACAAACGAACTATATGGAGTCGTGCTCCTAGCTACTAGAGAATGGAAAGATGGT
CTTTTGTCTAAAACCATGAGAACCTTGTCATAAGTTCCAGATAACAACCCTAAGTGGATT
ATTTTAGATGGTGATTTGGACGCTAACTGGATTGAGTCTATGAACTCAGTTATGGACGAT
AACAAGATTTTGACACTTGCTTCCAATGAGCGTATCGTTTTGAAGCCACACATGAGAATG
ATCTTCGAAATCAGAGATTTGAGATTCGCTACTCCAGCTACAGTATCCAGAGCCGGTATT
CTTTTCATCTCTGACTCAGCTGGTTATCAATGGAAATCTTACCAAAGATCTTGGATCACC
AAGAAGCCTTACAATGAGGAGACCAAGTAAATTCTCCAACAACTCTTCGATAAATATATT
CCAGAAACCTTCACTCATTGCAGAAAGTCATTCAAATATCTCGTACCTGCTATGGAAATT
TCAATTGTCATCTCTATGTGTAAACTTCTTGAGAGCATCATGGATAAACAAGAAGTTAAA
GGTATTGAATATGTATTTGTCTTTGCCTGTATTTGGTGTATTGGAGGAGGTTACTCTGAA
AAGGACGGTCATGATTACAGAAAGGAATTCTCTAACTGGTGGAAGGATAAATGGAAGACC
ATTAAGTTCCCTAACAAAGGTACCGTCTTCGATTACTTCGTCGATATCGAAAACACTAAG
CTCGAAGAATGGAGTAAGATGTAAACCAAAGATATCGAAAAGGAAATTGATACTAGCAAG
AGTATCTCAAACTACACTGTTCCAACTGTAGACACCATTTCAGCTCAATTCTTGATGAAG
TAATTCATTAACGTTGATCACTCACCCATGCTTGTTGGTAATGCTGGTTGCGGTAAAACT
CAAATCTCCAAGGGTCTCTTGCAAGATTTGACCACAACTACTGATCAATACATTCAATAA
GTTGTTAACTTCAATTATTATACTGACTCTATGCTTTTGCAAACTATTTTGGAGCAACAA
CTTGAAAAGAAAGCTGGTAGAACTTATGCCCCAGTCGGTAAATTTAAGCTTATCTATTTC
ATTGATGATCTTAACATGCCCGAACTTGATCCATATAACACTTAAACAGCTATCTCACTC
CTTAGACAACACAAAGATTATGAACATTGGTATGATAGATCAAAGCTTTCATTGAAAGAT
ATTAAAAACACTCAATACACTGCTTGCATGAACCCAACTGCTGGTTCTTTCCAAATCAAC
CCTCGTCTTCAAAGACATTTCTGGACTCTTGCCATTCCCTTCCCAGAACAGACTTCTTTG
TTCACTATTTACAACACTTTCTTGTCAAAGCACTTCAATAAATTCAAGGGAACCATCCAG
GAGTAAGTTGTTCCAATCATTAAAACTGCCTTGACTCTTCACGCTGAGATTGAAAAGAAT
TTCAGAAAGACTGCAGTTAACTTCCATTATGAGTTCAATGTTAGACATTTAACAAACATT
TTCCAAGGATTATTGGTTGCCAAGCCAGAAGCCATAAAGGAACCAGATAACTTAATTAAA
CTTTGGATCCATGAGTCTGAAAGAATTTATGGAGATAGATTGTCATCACAAGAAAACATT
AATACCTACAAATTTGTTGTTGCTGATTTAGTGAAGAAATCTTTCGCAAAGTATAACTTA
ACCAAGTACTTCTAAGGTGCCAACCCAGAGCCATTAATTTTCGCTCAATTTGTGTCTGGT
TTAGAAGAAAAACTCTACGATCAATTCTCTTCAATTGACGCACTTAGCGAGAGACTTCAA
GAAGCTCTCAGAGAATACAACGATACCAACCCAGTCATGGACTTAGTGTTGTTCGAAGAT
GCTATGAAGCATGTGTGCAGAATTACCAGAATTATTGCTGCTGATGGTGGTCACGCTTTA
CTTGTCGGAGTTGGTGGTTCAGGTAAATAATCACTATCCAAGCTTTCATCATTCATCTGC
ATGTACTTAACCACAACAATCATGATCTCCTCAACTTATGGTATCAACGATCTCAAGACA
GATTTGCAAACCATGTACAACAAGGCAGGTCTCAAGGACGAAGGTATCATGTTCCTCTTG
ACTGAAGGTCAAATCACCAACGAGAGATTCTTGGTCTTCATCAACGATCTCCTTTCATCA
GGAGAAATTGCTGATTTATTCGCATCTGAAGATAAAGATACAATTGTTAACAACATCAGA
CCAGCTGTCAAGGGTGCTGGTATTATCGATAACAAGGATAACTGCTGGAACTACTACATC
CAAAGAGTGAAGAAGAACCTTCACATGTGCTTGTGCTTCTCACCAGTCGGTGAGTCATTC
AGAAGCAGATCTAGAAAGTTCCCAGCCTTAGTTAATTGCACTGTCATTGATTGGTTCCAC
CCATGGCCCGAGGATGCACTCCTTAGTGTCGCAGCTAAATTCTTGTCTGACGTTGAGATG
CAAAGCGACGAAGTCAGAGATTCAATCACCAGGTTTATGCCTTTCTCATTCAAGACTGTG
AACGAATTCTCAGCCATTATTTTCGAGCAAGAGAGACGTTATGTCTATACTACCCCTAAA
TCTTTCCTTGAACTGATCAAGCTCTTCAAGGTCATGCTTGGCAAAAAGAAGGATGAACTT
GAGCAAAGCAAATCCAAATACGAAGCTGGAGTCGTCAAGCTACAAGAAACTGGAGAAATC
GTCTCTAAATTAGAGGAAGAATTGAAGGTCTTCTCAGTAGAAGTCGAAGAAAAGAAGAAA
TTAGCAGATGCTCAGGCCGAAATTGTCGGAAAAGAAAAGACAAAGGTTGAGGCTCAAAGC
AATATTGCAAATGCTGAAGCTGAAAAGTGCTCTAAGATCAAGGTTGAAGTCGAAGAAGAA
TCATCTAAAGTGCAAAAGGATCTTGATGAAGCTCTTCCATTGGTCGAGAAGGCCAAGGAA
GCTCTTAAGGGTCTCAGTTTGAAAGATTTCCAGAACTTGAAAGCCTTGAAATCACCCCCT
AAGGATATTGAAAATGTGTTCAACTGTGTGTTGAATCTCCTCTGTAACATTGACGCAAAC
GTCCCAGTTGACAAGAACGGTAAGCTCAAGACAGAGAACTCATGGAAAACTTCCCTATCA
GTCATGGCAAACCCAGGTGCTCTACTTGCTACCCTCGAAGGTTTCAAGGAAAAGATCGAT
CAAGACTTGGTTTCCGGCAATAACTTCAAAGCCATCAGAGGAACAATTTCTGATCCCAAC
TTCACCCCAGCTATTATTAAGAACAAGTCATCTTGCGCTGGTGGTCTTTGCGATTGGATT
CTTAATATTACTATGTATTACGATGTGTTCGTATCAGTTGAACCAAAGAAAGCTGCCGTG
CGTGCTGCTCAGAACAAACTTGCCGAAGCTAATGCCAAGAAAGAAGAGATGGATACTCTC
GTCAAGAAGTTGACTGATGAATTAGCTATTCTCCAAGCTGATTTCCAAAAGGCTATGGAT
GAAAAGAATGCTGCCGAAGCAGAAGCCAACAAGTGCGCTAGAAGACTCGACTCTGCCCAG
AGATTGGTGAATGCCCTTGGAAGTGAGAGTGAGAGATGGTCACAAGCCATTATTGACCTC
GGTGATAAGATTAATGTTATCACTGGTGATGTACTCTTGGCTTCAGCATTCGTGTCTTAT
GTAGGACCATTCAACAAGAAGTTCAGAGACATCATTACCAACAACAGATTCTTGGACTTC
TTCAAGAAGAACAAGATTCCAATGAGTCCCGATCCAAACCCACTCACAATCTTGACTGAT
GAGGCTACTATTGCCGAATGGAACAATCAAAAATTGCCAGCTGATAGAGTGTCAACTGAA
AATGGTGCCATCCTCACCAACTCAGAGAGATATTCCCTCATTATTGATCCTCAACTTCAA
GGTATCACCTGGTTGAAGGAGAAGGAAAAGAACAACGATTTGCAAGTAACCAGATTGAAC
AATCCAAGGATGATTAAGACTCTTGAATTCGCTATTGAATCAGGTTAATCAGTACTTATT
GAAAACATGGAAAACAACATTGATGCAGTTATTCAACCAGTCTACTCTAGAGCCATCATT
AAGAAGGGTAAGACCAGATACATCAGAATGGGAGACAAAGAACTTACTCTCCACAACAAC
TTCAAACTCTTCATGCACACTAAGCTATCTAACCCTCATTACCCTCCTGAAATCCAAGCT
GAGTGCGCTTTGATCAACTTCACTGTAACAGAGGCAGGTCTTGAAGATCAACTCTTGGCC
TTAGTCGTCAAGAAAGAAAGACCAGATTTGGCTATTTAAAAGGAAGAACTTATCCAACAA
CAAAACGAGTTCTTGATCAAACTTAAGCAACTCGAAAACGACTTGCTTTTCAGATTAGCT
ACTTCAGAAGGTGATATTCTAGAAAACATCGAGCTTATTGAGAACCTCGAGTACTCCAAG
AAGATTTCAATGGAAATTAAAGTAAAGGTCGAAATCGCCAAGATAACTGAGGTCTAAATT
AACGATGCCTCCGAAGCTTACAGACCAGCTGCCAGCAGAGGTGCCCTCGTATTCTTCATG
CTCAATGAACTTTACAAGATTCACAGTTTCTACAAGTTCTCACTAGACTCTTTCGTTATT
GTCGTCAACAGAGCTATTGATATCGTAGCAGAGAGAATGAATCCAAAGAAGGAAGTTAAG
GAACTAGCAGAAGGTGAGGAATAAAATTAAGAAGAGCAAGAAGAAGAGAAGGCAGAGGAC
GAGCCAATGACACCAAGAACTCTTAACAAGAGAGTTGAGGCTCTTACTGAATCAATTACC
TTTGAAGGATTCAATTACACCAGAAGAGGTCTCTTCGAAAAACATAAGCTACTTGTTGCT
ACTATGCTTTGCTTGAGAATCCTCGTCAGAAAGAGAAAGATTGAAGAGATCGAAGTATCA
GCACTTATCAAGAAAGAAATTGCTCTTGATGTTCCCAATCAAGCTGAATCTCTCAAGTTT
ATCCCAGAATCTGCCTGGCCAGCTGTTAAGGGACTTGAAAATGTAAAGTTATTCGCAAAT
TTAATCTCACAAATGGAAAGTGAAGCCCTTTAATGGAGAAAATGGTATGCCGAAGAAAAG
GCAGAGGTTGCTGAGCTTCCAAGAGCTTTCAAGGATATTTCACTATTCCATAGATTGCTT
CTATTGAGAGCACTGAGACCTGATAGATTATCTGGCGCTCTAACACAATTTGTATTTGAA
AACTTAGGTGAAGCTTTCATTGAATAAACCCCATTTGATATCTTCACTACTTATGCCGAA
ATGAACCCATAAACACCTATTTTCTTCGTGCTATTCCCTGGTGTTGACCCCACTCCTGAT
GTAGAAAGAGTTGGAAGAAAGTTTGGAGTTACTATCCAATAAGGAACTTTCATTAATATT
TCTATGGGACAAGGTCAAGAAGATATTGCTATCAAGGCTCTCCATAATGCAGGCAAACAA
GGTCACTGGATCATGTTGCAAAATGTACATCTCATGCAGAGTTGGTTGAAGATATTTGAA
AGAAATCTTGAAATTGTTTGTGAAGATGTTCATCCCAACTTCAGATGTTTTGTTTCCTCA
GAACCACCCCCTCTCCCAGAATATGAAACAATTCCCGAGTCTATTTTGCAAAATGCAATT
AAGGTAGCTAATGAGTCACCATAAGATCTTAAGGCTAACATCAGAAGAGCCTTCGCTCAA
TTCGATGAAGCTCACTTTGAAAAAGCTGCAACACATAAACTCTCCGACTTCAAGGCCTTA
TTATTCGGTCTTTGTATGTTCCATTCATTGATTTTAGGTAGAAAGAAGTTCGGTTCTCAA
GGTTGGTCTCGTAACTACAACTTCAACGATGGTGATCTATAAATTTGCGGTGATGTGCTC
CACAATTACTTAACTAAATATGAAAAGGTTCCATATGATGATCTTAGATATATCTATGGT
GAGATCATGTATGGTGGTCACATTACAGATGGCTGGGATAGAAGAACTAACAACACCTAT
CTTAAGGTTCTTATCAGACCAGAAATTTTAAACGGGATGCAATTGACATGCGCTCCAGGT
TTCAAATCACCAGATCCACAAAAGTTCGATAGAGAAGCTTATAGAAAATACATTGAAGAA
AAACTTCCACAAGAGTCACCAAACATGTTCGGTCTTCACCCTAATGCTGAAATTGGTTAT
CTTACCACATAAGGAGAAACTCTCTTCTAATTGATCTTAGCTGTCTAAGGAGGAGGATCC
GCAGGCGGTGGTGGCAAAAAGAAGGAAGACACTGTCAAAGAGTTTATCAAGAAGTTCCTT
GAAACTTTACCAGCCAACTTCTCTATGCTTGATATTACAGCAAGAGTTAAGGATAAGTCA
CCATATATTGTCGTGTGCATACAAGAGTGTGAAAGAATGAATACTCTCTTGTAAACAATC
AGATTCTCATTATATGAACTTGATGCTGGTCTTAAGGGTCAACTTAATATTACTGATGCT
ATGGAAGGTCTTGCAACTGCACTCTCATTGAATAGAGTTCATGACTCTTGGGAAAAGTAT
GCCTACTTCTCAAAGAAGCCTTTAATTGAATGGTTCGCTGATCTATTAGCTAGAATTCAC
CAATTAACTGTTTGGTCAACCGAAATGACTACTCCTAAATCTCTTTGGATCTCAGGTCTA
TTCAACCCTATGTCTTTCTTAACTGCTATTATGCAAGTTACTGCCAGAGAGAAGTTCCTT
CCTCTTGATGATATGTGTCTTAGAACTGATGTTCTTAACACTAAGGACATTGATGATTTG
TAAGGAAATGCTGAAACTGGTGCTTATGTTCATGGTTTCTTCTTGGAAGGTGCCGGTTGG
GAATATGGTAGAGGCGGTGAGCAAGGATATCTTACCGATATGGTCTTAAAGGAATTACAT
CCAGAAGTTCCAATCATGCACGTCACATCTATTAGACTCAGCGAAAGAGAGTCTTCCGGA
TATTACGAATGCCCAGTCTACGTGACATCAATGAGAGGTCCAACCTACATCTTCACAGCC
AATTTGAAGATGGAAAGCGAAGAGTCAGACCCTAACAAGTGGATTCTTGCTGGAGTCGCC
TTGTTGCAATCCCCTGAATGA

>Contig19406.0.0.g75(protein)
MFQPQGIDNSKKGNKILPSNDIYAMKVGTSKLQTHFQRLVRLGHQKTVRASTSIFLKNRV
LMFFMSTNEVTWYKEKFGSDLVPPARTQHVAISTPKHDKIFIFGGHSTPQVRLNDTWFLT
VQNLTWKRAEGEEPATPKNQDSVTGAPAPRANTSATIVDNKVYIFGGHGGVNYARVAFND
MYSFDLDSHQWEKIEYQNNPPEPRGGHTIFSIGRKIYSYGGWNSESQYNNIIVFNLDTNE
WYDPDIYNDIPRWNHSAIMVEAIPSWKYFVFGGESGDFPEGGPRNFGHCVNSACYLDIET
MHWTTMQPEDVDAQNKGVQPPPREYSAMAYDHKDSRLLVFGGWNNGWFNDLYALNVSKIV
GPSYAITEIDPPLGQLSGNVPVVIKGVGFKDANIKVYFTCGKNPVDVPSKMSIEVPGMYV
SETEIHCVTQSFEQFGPKEAICQLSIQGGDLTTTYVSFSYFMNTRAYKSLAYGPGLLPEG
AVGHETEFVIQARNDSGENRRSGRDKFQVKITSMGAETKDVPCIVHDKDDGQYVVKYLVE
DESDCKIEILFEDDKGKWVPLRGSPYKSSFSAKSSANVNNLTGPAMGKYIASELEQLHSF
IQETSKGGTTKEKNIQDVKTLISVKDAVDSVFNLNDEIVLRLDCLDESLRMFQEHQIAKD
SQLKHIKRLFDEWVGLKKLAKDVRKEISPLIQNENEKTTTMIKKFEEDLKVYTTELKKRD
FYFYKTGVSDSKKKLSDVNEEIAVFDQKLVDYGYNAIKFGNPDLIINSTKQVDSIKIEIL
SMVSLWDHIDVCQNMFSNYMEAKWIDTNPFDMEEEVKNVFKFLKEMKVDKRCNAYLGIQE
DIKRWLVFLPLISELRDEAMRPRHWKAIKDKVQKDFEVNEKLLLKDVYNLNLNKYQEDVE
EITDQARQESKMEKTLVKLEETWKDIIFEFNKHKDTDVMLIKLSEENFEMLEENQVNVTA
MFSSRYLSTFEEKCVYWQKSLAAIAEIVQLLAEVQRSWSFLENLFIHSEEVKKELPKESE
KFVGIDKEVKAILLDGFKKQKALEFSTQDNVMQRLEEVQKQLTLCEKALNDFMDSKRRAF
PRFYFVSPADLLDILSNGNNPKKIMVHMPKIFQAIETLHLKEDGERPQAIGMETCVGKEY
VDFSKPLKLVGKVENYLGDVIDTMRNSLRHIGGKSVSAQQVTPKAEWIKQDPSQITLIIN
LCLWVRNVETAFLALKGTPNAMKKAFDDQVVSLTDLIKMVQGDLDKAVRQKIMCMITMDA
HSRDIIDKLIVEKVYQSDEFQWQSQLKSYYDQKQADFRLKIADAEFWYGYEYLGNGPRLV
VTPLTDRIYVTATQALHLKMGCAPAGPAGTGKTETTKDLASAMGKACYVFNCSDQMDYKG
MGGIFKGLAASGSWGCFDEFNRLVPEVLSVCSVQFKSVTDAIKQKKDRFLLQEDEIMLDP
TCGVFITMNPGYLGRSELPEGLKALFRPITVVVPDLELICENMLMAEGFVEAKILAKKFT
TLYSLCRDLLSKQSHYDWGLRAIKSVLVVAGAFKRAESHLQEQALLMRALRDFNIPKIVA
DDLDIFFGLLGDLFPGINVPRKVDERFEGIIRQAAQDLFYFDEPEFILKIVQLGELLEIR
HCVFVMGNPGSGKSATWKTLAKAQDRDNKKTTLVDLDPKVVSTNELYGVVLLATREWKDG
LLSKTMRTLSQVPDNNPKWIILDGDLDANWIESMNSVMDDNKILTLASNERIVLKPHMRM
IFEIRDLRFATPATVSRAGILFISDSAGYQWKSYQRSWITKKPYNEETKQILQQLFDKYI
PETFTHCRKSFKYLVPAMEISIVISMCKLLESIMDKQEVKGIEYVFVFACIWCIGGGYSE
KDGHDYRKEFSNWWKDKWKTIKFPNKGTVFDYFVDIENTKLEEWSKMQTKDIEKEIDTSK
SISNYTVPTVDTISAQFLMKQFINVDHSPMLVGNAGCGKTQISKGLLQDLTTTTDQYIQQ
VVNFNYYTDSMLLQTILEQQLEKKAGRTYAPVGKFKLIYFIDDLNMPELDPYNTQTAISL
LRQHKDYEHWYDRSKLSLKDIKNTQYTACMNPTAGSFQINPRLQRHFWTLAIPFPEQTSL
FTIYNTFLSKHFNKFKGTIQEQVVPIIKTALTLHAEIEKNFRKTAVNFHYEFNVRHLTNI
FQGLLVAKPEAIKEPDNLIKLWIHESERIYGDRLSSQENINTYKFVVADLVKKSFAKYNL
TKYFQGANPEPLIFAQFVSGLEEKLYDQFSSIDALSERLQEALREYNDTNPVMDLVLFED
AMKHVCRITRIIAADGGHALLVGVGGSGKQSLSKLSSFICMYLTTTIMISSTYGINDLKT
DLQTMYNKAGLKDEGIMFLLTEGQITNERFLVFINDLLSSGEIADLFASEDKDTIVNNIR
PAVKGAGIIDNKDNCWNYYIQRVKKNLHMCLCFSPVGESFRSRSRKFPALVNCTVIDWFH
PWPEDALLSVAAKFLSDVEMQSDEVRDSITRFMPFSFKTVNEFSAIIFEQERRYVYTTPK
SFLELIKLFKVMLGKKKDELEQSKSKYEAGVVKLQETGEIVSKLEEELKVFSVEVEEKKK
LADAQAEIVGKEKTKVEAQSNIANAEAEKCSKIKVEVEEESSKVQKDLDEALPLVEKAKE
ALKGLSLKDFQNLKALKSPPKDIENVFNCVLNLLCNIDANVPVDKNGKLKTENSWKTSLS
VMANPGALLATLEGFKEKIDQDLVSGNNFKAIRGTISDPNFTPAIIKNKSSCAGGLCDWI
LNITMYYDVFVSVEPKKAAVRAAQNKLAEANAKKEEMDTLVKKLTDELAILQADFQKAMD
EKNAAEAEANKCARRLDSAQRLVNALGSESERWSQAIIDLGDKINVITGDVLLASAFVSY
VGPFNKKFRDIITNNRFLDFFKKNKIPMSPDPNPLTILTDEATIAEWNNQKLPADRVSTE
NGAILTNSERYSLIIDPQLQGITWLKEKEKNNDLQVTRLNNPRMIKTLEFAIESGQSVLI
ENMENNIDAVIQPVYSRAIIKKGKTRYIRMGDKELTLHNNFKLFMHTKLSNPHYPPEIQA
ECALINFTVTEAGLEDQLLALVVKKERPDLAIQKEELIQQQNEFLIKLKQLENDLLFRLA
TSEGDILENIELIENLEYSKKISMEIKVKVEIAKITEVQINDASEAYRPAASRGALVFFM
LNELYKIHSFYKFSLDSFVIVVNRAIDIVAERMNPKKEVKELAEGEEQNQEEQEEEKAED
EPMTPRTLNKRVEALTESITFEGFNYTRRGLFEKHKLLVATMLCLRILVRKRKIEEIEVS
ALIKKEIALDVPNQAESLKFIPESAWPAVKGLENVKLFANLISQMESEALQWRKWYAEEK
AEVAELPRAFKDISLFHRLLLLRALRPDRLSGALTQFVFENLGEAFIEQTPFDIFTTYAE
MNPQTPIFFVLFPGVDPTPDVERVGRKFGVTIQQGTFINISMGQGQEDIAIKALHNAGKQ
GHWIMLQNVHLMQSWLKIFERNLEIVCEDVHPNFRCFVSSEPPPLPEYETIPESILQNAI
KVANESPQDLKANIRRAFAQFDEAHFEKAATHKLSDFKALLFGLCMFHSLILGRKKFGSQ
GWSRNYNFNDGDLQICGDVLHNYLTKYEKVPYDDLRYIYGEIMYGGHITDGWDRRTNNTY
LKVLIRPEILNGMQLTCAPGFKSPDPQKFDREAYRKYIEEKLPQESPNMFGLHPNAEIGY
LTTQGETLFQLILAVQGGGSAGGGGKKKEDTVKEFIKKFLETLPANFSMLDITARVKDKS
PYIVVCIQECERMNTLLQTIRFSLYELDAGLKGQLNITDAMEGLATALSLNRVHDSWEKY
AYFSKKPLIEWFADLLARIHQLTVWSTEMTTPKSLWISGLFNPMSFLTAIMQVTAREKFL
PLDDMCLRTDVLNTKDIDDLQGNAETGAYVHGFFLEGAGWEYGRGGEQGYLTDMVLKELH
PEVPIMHVTSIRLSERESSGYYECPVYVTSMRGPTYIFTANLKMESEESDPNKWILAGVA
LLQSPE