Protein

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UniProt accession
A0A6B9J8A7 [UniProt]
Protein name
Glycoside hydrolase family 19 catalytic domain-containing protein
RBP type
TF
Evidence GenBank
Probability 1,00
TF
Evidence Phold
Probability 1,00
Protein sequence
MASESDYDWGDDFLDGDMDFDFDFDGNKDQGFLKSVSKGFLSALKSNTVGDTDTKIKTLRRILPSSFGTTFDFYRELDRKKQEAFKEFKENSVDLMGDLAFLSGSLSESLRDRLPNKIVDGLEEFSKKDFSDWEKTGEFREEQLRMGDVEEDTQQRMLEALEQQSVVNVESTDAITRVMSSVGSKQLSAGLQNNEQLFEVNANLQRLYQYQMKVHGQREAMKLNLMTRQYLTNAKYYKFMEASQHRIIKEIKDVVKNTAMSDFEKTSVLQASKGRLRDNILKSTFSRAGGFGEALGNIISKDGVNDSLSIMTQLVGDVRFASEMSADAGVSPGEIIGSMLGQFVVDRGPEFFETKAGRDLIAKVRAKYPDQAKLFDKTQKELRQFGDLLSYSTKAMGSVMGRHYQETGMMDQPHMTYEEYLEELPPNAKPMPKLLWQAVRKATGAAGGAFNLVGENYQESQGSVYQIKEKSLKDLKNNSVWSVHDSRSLTEEIPALLSEIHHSIEKIRTGSDDVPRLRYDYRTSRVTTTDRLNQQIQRMITPEWELNTYADAAKSIAGDIDKDNELSESASNALAQRLAREADKGNVFNPYDYIGIGTDEYMNEEQAAEIEALVRRRFSITDEMIERTQDSTLDGLMARLTAPTPEGQELLHRLSLRTDSLKNYTPNIADKIDLVRSLGLDEGLKASGFISVDPDSNKEIVNQELIWKQLNNRINGNPINEDLSIGSDEPYPTKDDLYQIFHKRNNKSSPNLSNLSIPSPLPLQEEVSGALSNIIDTLVKIQNNTKTLPAIGVNADPTKALVMDPLLDLVKGTNSTLAEISQYQMEQISLLKKLKSVSTVGIDEDQPSKEITDQQRVEEREKQSLLERLRSVVPADLFNQGVEALIANKPMVLGGLLGGLGVTAMSNPKAAALLAGGAAVATAYGQLSKLGNAGSSPAEDEDLYDEDGNEVLYAAKKNAGDYYDQASRKVIKSWADIKGTVIDVSQGASEIAASGKRLAGRLFGPDGREIILDGLHRFKSFVSKTFQAIDPVGKAKSLIDKAKTGLDQMDVYRKGDPDPVLTSRGFKNGWYFDEEGNEILGWRDILGPVYDQEGNLLVSVEDLNDLQTIGGVSLGKARSATGTFGKMVSKGAKWLQENGRERLGSAILGSEHVIERAGNIGGDRYEPITHRLDSIYGLIAGHWGLDTKMPGMEKVSPKVKSFIDDLGTGEHEDEKPTEGIRLNSLADKIRRKKEAKQAQFQDSVIDIAESLNPDDKDGKKKQDGGILGKLLGMAGGGLFALMKKFLSLGIGGFTNLMKLNGTITKGLFSLGKLLSSALLGRRTKDAVVDGIGGADGDGRRGKRGKRGRFGRFSKLGRMSNMTKFGLGGALMLGGDMAIDAARDGFDVEQGSTADKLLDYGSVGLEAAGWLATGSAVAGMAGTSLGGIAAAAAPFLLNPITLGVAGVGLAGYAAYKFFSSDDLTIQQKLRMAQYGIDDQDEELINDVLRLETQLQDYVQLSGSNAGFSRETPLERFITPFLNNRKTQQGQQDTLQWFSLRFKPVYLSYYAQFQKLDINKFEDYDKLKNNTVPLIAKQTHDEAGMMNPSPYRIQLWISRDTYALSAEETKAQVARYLNEMKEEYDTTNLNSKKLSEDLTIDTVNSKIKKVEKAGMLESAWMRLTGDHNDEEKQKKLDTWFKQPEVIKGIDISDMLPGDKPVEIITAFRLAAYGNEDNMPWRVEAVLKLERWMERYTSYSNGRSEFTGTVEEFWATFSAAFRVTSRKGRELAIRWFQYRFLPVWLAWHQVCRNQRGGDPSKVWRTLSATAQFRFAQQVVELKVFVDERVKGLFSVDEAPFEGERSEGMSTRVKRMLQALEVKANQARLKDPDLEQSRTVKAPDRTDQSVYRLPDNLNINKPKNAPDISEQFGRKQPSPVPEMTSDLSKVKVDVNRDIETDVKLKPGDDKGVSLNKDQITKVLIREMVKKGYDDPRQIAEMLALTDYETGGYRNTAENMRYTNAARARNIFRKLKQFNIPQIQEIIRQGPVAFANAVYNGWLGNTDSPNDGWLYRGRGLVQLTGKDNYERAASDLGIDIVNNPRMVSEDPETMAKTAIWFFENSPQMQSIKEHGDFSFAARGLNGGKALPGMGKRERLYNDYLNNLLNGELTKDLAPSEEENTPYDSAPGMSETEKHINDYVDNHMTKSEMEDRVGQRIAEKSKQYKNGVLVDNKFTRGNALASALPKDSLAKEERALTATKPSATPSLEDNTAAATSAVKQSRNPSVFNDKSIPDLSNVPTPTKPKVDEYNIAKEAIEAQVRSKVKEVPQEPLKVEAAMKPETEAALTSQTAILQGILNAIQEGNQKANRVRQDSVSLT
Physico‐chemical
properties
protein length:2356 AA
molecular weight: 261944,18360 Da
isoelectric point:5,53313
aromaticity:0,07343
hydropathy:-0,56409

Domains

Domains [InterPro]
DC_0124
STR
1–2257
DC_0124
Coil
Unmapped
1604–1635
Coil G3DSA:1.10.530.10
IPR023346
STR
1964–2142
IPR023346
PTHR22595
Unmapped
1971–2142
PTHR22595
IPR000726
ENZ
2047–2099
IPR000726
A0A6B9J8A7
1 2356
Architecture
STR
STR 1-2257 |
Legend: ATT STR RBD CBM LEC ENZ CHP LNK TAS TTP UNK Unmapped

Taxonomy

  Name Taxonomy ID Lineage
Phage Photobacterium phage PDCC-1
[NCBI] 		2664246 Uroviricota > Caudoviricetes > Chimalliviridae > Aphroditevirus > Aphroditevirus PDCC1
Host Photobacterium damselae subsp. damselae
[NCBI] 		85581 Pseudomonadota > Gammaproteobacteria > Vibrionales > Vibrionaceae > Photobacterium > Photobacterium damselae

Coding sequence (CDS)

Coding sequence (CDS)
Genbank protein accession
QGZ14511.1 [NCBI]
Genbank nucleotide accession
MN562221 [NCBI]
CDS location
range 151832 -> 158902
strand -
CDS
ATGGCAAGTGAATCAGATTATGATTGGGGAGATGATTTCCTTGATGGAGATATGGATTTTGACTTTGATTTTGACGGGAATAAAGATCAAGGGTTCTTAAAGTCTGTCTCCAAAGGATTTCTCTCTGCCCTAAAATCTAATACTGTCGGTGATACCGACACAAAAATTAAAACATTAAGACGTATCCTTCCTAGTTCGTTTGGTACAACCTTTGACTTCTACCGCGAACTGGATCGTAAGAAACAAGAAGCATTTAAAGAGTTTAAAGAAAATAGTGTCGACCTCATGGGAGATCTGGCTTTTCTTTCAGGTTCTTTAAGCGAGTCATTGCGCGATCGTCTACCCAATAAAATCGTCGACGGACTCGAAGAGTTCAGTAAAAAAGACTTTAGTGATTGGGAAAAGACCGGAGAGTTCCGAGAAGAACAACTCCGCATGGGGGATGTCGAAGAAGACACTCAACAGCGCATGCTAGAAGCATTAGAACAACAATCCGTAGTAAACGTTGAATCCACGGATGCTATTACTCGAGTGATGAGTAGTGTTGGCTCTAAGCAATTGTCGGCAGGGTTACAGAACAACGAACAACTGTTTGAAGTTAATGCTAACCTACAGCGTTTGTACCAATACCAAATGAAGGTCCATGGTCAACGTGAAGCGATGAAGTTAAACTTGATGACTCGTCAATACTTAACTAATGCTAAGTATTACAAATTCATGGAAGCTTCTCAGCACCGCATTATTAAAGAAATCAAAGACGTTGTTAAAAACACTGCAATGTCTGATTTCGAAAAGACCTCTGTATTGCAAGCTAGTAAAGGTCGATTACGTGACAACATCTTGAAGTCGACGTTCTCGAGAGCGGGTGGGTTTGGTGAAGCCCTAGGTAATATCATCAGTAAAGATGGTGTTAACGATTCTTTATCGATCATGACTCAGTTAGTCGGGGATGTACGTTTTGCCTCTGAGATGTCCGCTGACGCTGGTGTTTCTCCGGGTGAGATAATTGGTTCGATGCTTGGGCAATTCGTCGTGGACAGAGGTCCAGAGTTCTTTGAAACAAAAGCAGGTCGTGACTTGATCGCTAAGGTGCGTGCTAAGTATCCAGATCAAGCTAAGCTTTTTGACAAAACTCAAAAGGAACTCCGTCAGTTCGGTGATTTGTTGTCGTACTCAACTAAGGCCATGGGTTCGGTCATGGGTCGTCATTATCAGGAAACTGGTATGATGGATCAACCTCACATGACTTATGAGGAGTACCTAGAAGAACTACCACCTAATGCTAAACCAATGCCTAAGTTATTATGGCAAGCGGTTCGTAAAGCCACAGGTGCGGCAGGGGGTGCCTTCAACTTAGTTGGTGAAAACTACCAAGAGTCCCAAGGTAGCGTTTACCAGATTAAAGAGAAGTCTCTTAAAGACCTTAAGAACAACTCGGTGTGGTCGGTTCATGACTCCCGTAGTTTGACTGAAGAAATCCCTGCACTGCTTAGTGAAATCCATCACTCTATCGAGAAAATTCGCACAGGGTCAGATGATGTTCCTAGACTGCGTTACGATTACCGTACCTCAAGGGTCACTACTACAGATCGTTTAAATCAACAGATTCAGCGTATGATCACCCCCGAATGGGAATTGAATACTTACGCGGATGCAGCTAAGTCGATAGCGGGGGATATCGATAAGGACAATGAACTGAGCGAGAGTGCAAGTAATGCGTTAGCACAACGACTTGCAAGAGAAGCTGATAAGGGGAACGTCTTCAACCCTTACGATTACATCGGTATTGGAACGGACGAATACATGAACGAGGAACAAGCTGCTGAGATAGAAGCACTTGTAAGACGTCGTTTTAGTATCACTGATGAAATGATCGAACGCACTCAAGATAGCACATTAGACGGACTTATGGCTCGTTTAACAGCCCCTACCCCAGAAGGGCAAGAGCTATTGCATCGTTTATCGCTTCGTACCGATTCATTAAAGAACTACACACCAAATATTGCTGACAAAATAGATTTGGTTCGTAGCCTTGGTTTAGATGAGGGATTAAAGGCGTCTGGGTTTATTAGTGTTGATCCTGATTCTAATAAAGAGATCGTTAATCAGGAATTGATTTGGAAACAACTCAACAACCGTATTAACGGCAACCCTATTAACGAAGACTTATCCATTGGTAGTGATGAACCTTATCCTACTAAAGATGATCTATATCAGATATTTCATAAAAGAAATAATAAGTCATCTCCTAATCTATCTAACTTATCTATTCCTTCCCCCCTCCCTTTGCAGGAAGAAGTTAGTGGTGCTCTCAGCAATATCATCGACACCTTAGTTAAAATTCAAAACAACACCAAAACATTACCCGCCATCGGGGTAAACGCAGATCCTACAAAAGCGCTAGTTATGGATCCGTTGTTAGACTTGGTAAAGGGGACTAACTCCACCTTGGCTGAAATCAGTCAGTACCAAATGGAACAGATCTCTTTATTGAAGAAATTGAAATCCGTTTCTACGGTGGGGATTGATGAAGACCAACCATCCAAGGAAATCACTGACCAGCAACGTGTCGAAGAACGAGAAAAACAATCGTTATTAGAACGTTTACGTTCCGTAGTTCCAGCGGACTTGTTTAACCAAGGCGTGGAAGCTTTGATCGCCAATAAACCGATGGTACTGGGTGGTCTGTTAGGTGGACTTGGCGTCACAGCCATGAGTAACCCTAAAGCGGCAGCTCTGTTAGCAGGTGGTGCGGCGGTAGCAACCGCTTATGGTCAATTAAGTAAGTTAGGTAATGCCGGGTCAAGCCCTGCTGAAGATGAAGACCTTTACGACGAAGACGGAAACGAAGTCCTATACGCTGCTAAGAAAAACGCGGGTGATTATTACGACCAAGCGTCTCGTAAAGTGATCAAGTCTTGGGCCGATATCAAAGGTACCGTTATAGACGTCTCCCAAGGGGCTTCAGAGATCGCAGCCAGTGGGAAACGACTGGCAGGTCGATTATTCGGTCCTGACGGTAGAGAGATCATCCTAGACGGTTTACATCGTTTCAAATCATTTGTCAGTAAGACGTTCCAAGCAATCGACCCAGTAGGAAAGGCCAAGTCATTAATTGATAAAGCCAAGACCGGATTGGATCAAATGGATGTTTACCGTAAAGGTGACCCAGACCCTGTACTTACAAGTCGAGGATTCAAGAACGGCTGGTACTTTGATGAGGAAGGTAATGAGATCCTAGGATGGCGTGACATCTTAGGTCCTGTTTATGATCAGGAAGGAAACTTACTGGTTTCTGTTGAGGACCTTAACGACCTTCAAACCATCGGTGGTGTGTCACTGGGTAAAGCCAGAAGTGCAACTGGTACGTTCGGTAAAATGGTGAGTAAGGGTGCTAAGTGGTTACAAGAAAACGGTAGGGAGCGTCTAGGTTCAGCTATCCTAGGTTCCGAACACGTCATCGAACGTGCGGGTAACATCGGCGGTGATCGTTATGAACCTATTACTCATCGACTTGATTCTATCTACGGTCTCATTGCTGGTCATTGGGGTCTTGATACCAAGATGCCGGGGATGGAGAAAGTCAGTCCTAAAGTGAAGTCTTTCATTGACGATTTAGGAACGGGGGAACATGAAGACGAGAAACCAACTGAAGGTATTCGTTTGAACTCTCTTGCTGACAAAATCCGTCGTAAGAAAGAAGCCAAGCAAGCTCAGTTCCAAGACTCTGTCATTGATATTGCCGAAAGTCTTAACCCGGATGATAAAGACGGTAAGAAGAAACAAGACGGTGGTATTTTAGGTAAACTGCTCGGAATGGCTGGTGGTGGCCTCTTTGCTTTGATGAAGAAATTCCTTTCTCTTGGCATTGGTGGGTTCACCAACTTAATGAAACTTAACGGGACGATCACTAAAGGTTTGTTCAGTTTAGGTAAGTTGTTAAGCAGTGCGTTATTGGGGCGTAGGACTAAAGATGCTGTCGTTGATGGTATCGGTGGTGCCGACGGCGACGGTCGCCGAGGTAAACGTGGTAAGCGAGGTAGATTTGGTCGCTTCTCTAAACTTGGTCGTATGAGTAACATGACGAAGTTTGGTTTAGGTGGCGCACTGATGCTTGGCGGTGACATGGCTATCGATGCGGCTCGTGATGGCTTTGACGTAGAACAAGGTTCTACCGCAGATAAACTCCTGGACTACGGTTCTGTGGGTTTAGAAGCAGCAGGCTGGTTAGCGACAGGTTCAGCGGTCGCAGGGATGGCGGGAACTTCTCTAGGAGGGATCGCAGCAGCCGCCGCACCGTTCTTGTTAAACCCGATCACCTTGGGTGTGGCAGGTGTCGGACTTGCGGGTTACGCGGCGTACAAGTTCTTCAGTTCTGATGATCTCACTATCCAGCAAAAACTTCGTATGGCTCAGTACGGTATAGATGATCAAGATGAAGAACTGATCAATGATGTATTACGCCTAGAAACGCAGCTACAGGACTATGTTCAGTTATCCGGTAGTAACGCAGGGTTCTCTAGAGAAACGCCGTTAGAACGCTTTATAACACCGTTCCTGAATAACCGCAAGACGCAGCAAGGTCAACAAGACACACTACAGTGGTTTAGTCTCCGTTTTAAACCAGTGTATTTGTCTTACTACGCTCAATTCCAAAAACTGGATATTAATAAGTTTGAGGATTACGATAAGCTTAAGAACAACACGGTTCCTTTGATCGCTAAGCAAACCCACGATGAGGCAGGGATGATGAACCCATCTCCTTACCGAATCCAATTATGGATTAGTCGTGATACGTACGCATTGAGTGCAGAAGAGACCAAAGCACAAGTGGCTCGTTACTTAAATGAAATGAAGGAAGAATACGACACCACAAATCTTAATTCCAAGAAACTGTCGGAAGACCTTACCATCGACACCGTTAACTCTAAGATCAAGAAAGTAGAGAAAGCAGGGATGTTGGAAAGTGCTTGGATGAGATTGACCGGTGATCACAACGATGAAGAGAAACAGAAGAAGTTAGATACTTGGTTTAAACAACCAGAAGTCATTAAAGGGATTGACATCTCTGACATGCTCCCTGGGGATAAGCCGGTTGAAATCATTACAGCTTTCCGTTTAGCAGCTTACGGTAACGAAGACAACATGCCTTGGCGTGTAGAAGCGGTACTTAAGTTAGAGCGCTGGATGGAACGTTATACTTCTTACTCCAATGGTCGTTCTGAGTTTACCGGGACAGTGGAAGAATTCTGGGCAACCTTCAGTGCTGCTTTCCGTGTTACTTCCAGAAAAGGTAGAGAACTAGCCATCCGTTGGTTCCAGTATCGTTTCTTACCGGTCTGGTTAGCTTGGCACCAAGTGTGTCGTAACCAACGTGGTGGCGATCCATCTAAAGTGTGGCGTACGTTATCAGCAACTGCACAGTTCCGTTTTGCTCAACAGGTTGTGGAACTTAAGGTCTTTGTTGATGAGCGTGTGAAAGGATTGTTTAGTGTTGATGAAGCACCATTTGAGGGTGAACGTTCCGAAGGAATGTCAACTCGTGTGAAACGCATGCTCCAAGCACTGGAAGTCAAAGCGAATCAAGCTAGACTGAAAGACCCTGACTTAGAGCAGAGTCGTACTGTTAAAGCACCAGATCGTACTGATCAGTCTGTCTATCGTTTGCCAGACAACCTGAACATTAATAAACCTAAGAACGCTCCAGACATTTCAGAACAATTTGGTCGTAAACAACCAAGTCCTGTTCCTGAGATGACTAGTGATCTAAGTAAGGTGAAAGTTGACGTTAATCGAGATATCGAAACTGACGTTAAGCTTAAACCGGGTGATGATAAAGGTGTGTCCTTAAACAAAGATCAGATCACAAAGGTTCTTATTCGTGAGATGGTCAAGAAAGGTTACGACGACCCAAGACAGATTGCCGAGATGCTGGCACTTACTGACTACGAAACTGGTGGGTACCGCAATACCGCAGAAAACATGCGTTACACAAACGCGGCTAGAGCTCGTAACATCTTCCGTAAGTTGAAGCAGTTTAATATTCCACAGATCCAAGAGATCATCCGACAAGGCCCCGTTGCATTCGCCAACGCTGTTTATAATGGCTGGTTGGGTAATACGGATTCCCCTAACGATGGCTGGTTGTATCGTGGTCGTGGATTGGTTCAATTAACGGGTAAAGATAACTACGAACGTGCTGCTAGTGATTTGGGTATCGACATTGTCAATAACCCTCGTATGGTGTCTGAAGATCCTGAGACCATGGCTAAGACCGCTATTTGGTTCTTTGAAAACTCACCACAAATGCAGTCCATCAAAGAACACGGTGACTTTAGCTTTGCGGCTCGTGGGTTGAACGGTGGTAAAGCGTTGCCGGGAATGGGTAAGCGTGAACGCCTGTACAACGATTACCTGAATAATTTGTTGAACGGTGAACTCACCAAAGACCTAGCTCCGTCAGAAGAAGAGAATACACCTTACGACTCAGCCCCGGGAATGTCCGAAACCGAGAAACACATCAACGACTATGTCGATAATCACATGACTAAGTCCGAGATGGAAGATCGGGTTGGACAGCGTATTGCAGAAAAATCAAAGCAATACAAGAACGGAGTTTTAGTCGACAACAAATTCACCCGGGGCAATGCTCTAGCTTCAGCGCTCCCTAAAGATTCGTTGGCGAAGGAAGAACGAGCTTTAACGGCAACCAAACCTTCCGCGACGCCGTCTCTTGAAGACAACACCGCGGCAGCAACGAGTGCAGTTAAACAGTCCCGTAATCCTTCAGTGTTTAACGATAAATCGATTCCTGATCTAAGTAACGTTCCTACCCCTACTAAACCTAAGGTCGACGAGTACAACATCGCTAAAGAAGCGATAGAAGCTCAAGTGCGTTCCAAAGTCAAAGAGGTTCCACAAGAACCACTTAAAGTAGAGGCGGCAATGAAACCAGAGACGGAAGCTGCTTTAACTAGCCAAACGGCAATCCTACAGGGAATACTCAACGCTATCCAAGAAGGTAATCAAAAAGCCAACCGGGTACGACAGGATTCTGTATCATTAACCTAA

Genome Context

Genome Context

Gene Ontology

Description Category Evidence (source)
GO:0004568 chitinase activity Molecular Function IEA:InterPro (UniProt)
GO:0016998 cell wall macromolecule catabolic process Biological Process IEA:InterPro (UniProt)
GO:0006032 chitin catabolic process Biological Process IEA:InterPro (UniProt)
GO:0006952 defense response Biological Process IEA:UniProtKB-KW (UniProt)

Tertiary structure

PDB ID
44f13135f330a55ca71aa80ca30550c65a2e9518db87f9f377bea284b2913156
ColabFold
Source ColabFold
Method ColabFold
Resolution 0,4859
Oligomeric State monomer
Download PDB
Model Confidence
Very high
pLDDT > 90
High
90 > pLDDT > 70
Low
70 > pLDDT > 50
Very low
pLDDT < 50