Protein

Protein accession
A0A2I7QMK7 [UniProt]
Representative
v3wn
Source
UniProt (cluster: phalp2_17880)
Protein name
Lysozyme domain protein
Lysin probability
100%
PhaLP type
VAL
Probability: 99% (predicted by ML model)
Protein sequence
MANIFHGAEAVNQVELAEGPLSPIERVIVEEEGYADAPYADTKGITTTGVGQTGEYSGMSAKEAIADKTQQTRNLIPAFDSLDVDTQAQLVSAMYRGDLGQSPKSRALFNQGKYAEAADEFLNNDEYRTTQHPAIQQRMERVANAMRNAGAPMEAEAEFNLMNNPEIAPITSQTTIPTTGDNKMVELEARNVEKMAQMAETSHNNKLKAAGMTNEQFSALDQTFEEYIASGNTMEAGSRATFYLEAERTKEELTAAINAPEDKTLFDDLNSPLAFAGNTALSTLNTLGNIFGGIVSMPSEIRAGLNLASVSDEDMAMYNQLQGRSEAVWSDEEYKWYQDNQKTVANIQKAEEQIAASGAISDVTGVLAPYVNQELGADFVEEGKGIYDDAVAGKSSIGEVVTGLTDLFINNPGALTQSTVESLPYMLAAAYNMPMTMASGWANNQQEAVTAFEIANGTLPTESDLAKITALTGAQALMDLAGDRLVTGGAANLKKTAAAVTGKKVASKGVAAATGRVAVSAAGEFVAEGGADALGQLAATAGEGDVDIGQSVGTGLLGAGSGAATSGAIETPQVLASAGKATVNTSKKAVDTVKEVKTGVNYSKAIKANDPTALPEQGAKGYDAKQDAEARTSMLESGKLEESVAKENFSQIIKDANTRIKEFQALKTKLDAGDTSVQAEAVALRKEIAAIAPIVKRAKASRAPKNVQAQATNLATAKTNNSNTQAAVNTVLGSMSQDPQAIPVETVKQILNNKDIKLTAFQRARMNANLTTRSAEVSLDDVSREIIQGSEANMGVRQYVADALAAAEIEDTDTVNALITGLRSFRTSQVAKLNREGNTANFTKNVTSEIRYMDAALNEMRIAIGDSNVSDTTDNTVATDDVVANDVREVIENDSDTTTDTTDGDSGSIPVPTEGVAEQQASAPSEAQVAEDTTTTTLSPLAQALPEPMQLPDDAEISQSDLHVDTLIEEAQVLLAEGTTYDQTIEAVRERFGDETANFVADGLDSEQAVNQGTLGEQLTRSLTQAPEETAYSVDLDAVDNVNTRLENVITSAGLAQSSPHLKDAMDDVKAAIRSGATVAAAVKEIVPAYTGKPVKRMNASIRKLQADINRVPTNVDSGMTATERKSWLQQVNWVKEFFAPTNPVNILQTNGSIFDQASSQRQVEDYIGRPLTDGELEQYMDYQTRRKSLLTALDKVFSAEGYTDNYALGETYTSNGKTLKKAPKYNDMMQYLAEDGELPAGVKESIVSAAYNWIATTANDTLYNEDSAMNSIIGETNGDAHVHRDVRNILQGKGTTRTTILQSLGKDVLGTIGINGTRNAPGNVDTAMETSLGQFTLEVMKQAGVVKQDQLSPEELKTLNRFSKDSDGVSPNIRFIKAAVGKDGKLHSKLDQVTQHMKDARVSARETGTPAAWTQMFGITSRQVFPEFEKPTSVATKVTGTNRNVPRKTQEVLAKHNAREHYLKGDLTAMAQTMSETAPEAFMELLGVRDPESVHVSRREAQKADNRNIERVWGNFDEFYQQNLEVGLDQPHFYTHNVWKNGRFGIAQNMVNPQGDKNHRAFIKQKGWDVELDPNNVEQMSQFWAAMDEELGFDSRNSMPKHIQEAANIARGFLETDTFEDGDIETLSQIIRTELGGATNTAMLKLDAIMHIARHDIAVDTNETFQSEMFMEIDGKTNGIIISLIQYGAAATGIDLLKLVGMGGLYGEGEVRNFNDFKKAGNLDAYNKLAKDWIKNLREAYTGADVTAMFKLYGLIDEKGNAIPKQERNLAKNPLMVIFYGSGEKAVKQSLGSAFTETVMDKLEAAGQAGDLQAYNALRNDLNMIVADALPEVTQASQILETDLSNVTLAKLEQQVGEVFGTTAYAEVQNQYPEYMTRRDQVRDVYDSMYRRHAVLREKLIEARKAELVEQGQLSNLEDMAKHEYRAIDDRIAAIGPHFNSHSTKGGDVTESIDPSKTKTEVDTKTRVQAKYGNKAQKVTSEGTRKVPAAPGVGAGPMSIHSADASIMRETYDNDIDSIGVHDANLIGITDAKKLGQVQNKAFETVTRETSVLVEALKAFRNSDQTYAAIIKEEGLNRAELDSAVTQLDIPIEAATIRGRVVDLVASAKVADKVKDDMWKNTRYVHQYADHNGIAAHESNTETWDRFQYVKSGDAKRLVTQVVDEVVTESINNGGSTLRSKALGLTRGSSQGINFTEASDASNYDNSVDVDLTNVSDVFESLPATGGKIENIAHKETLRNMVFNLTNKLSEPFGFHMREKEGVTNYGVATQSDIYLTTLANGAPETSGILAQGIRMSPEEIMAHELNHVVFMEGFKTDSRYRRQFERIFDAVKAEATPDIFLDNPATATAAEREGAQRHFDYIFNNKDGNNLEEFGAFATTNEKLIDFVNTVNVKPEKWFDGDGPYEIMVNILSRIVDGFNSRILSLKDLSNDKKLFTLMDAMNGISGKKQNGIVQAAQSAAALGQTVMQAPSAMIEGAARKLANVPVFKDSRYATVRVLSEAVRNGNTGRDLNQAMLTQINTMRDIATEGKYGWFQSTGDEMVGRTIDTAVFRDMQRTSNVTLDMARKRAKDAMTKHVQNAFKTPVQDHEWNAMNKVLLKLDIDSISDVGFEKLQQLITDEAALDTEIAGLEQLLKTFNNYNFYRRHSENLGYFMNTGRSMEAAALLNAHNISKGYGDAKMNVSDAQAARVEPIIDRLATLYGIKHADATNLNAVADLLQRDPEGVNAVIDAHHTLKEGSKAQFASTQEQKTLSMKGWTKEEYNAATGIEVATLDRKAELEAQGYIIQDAPIPRDSKDPVQDDMYIFVAPDGALAPYMAQIASLTSNVAKGSDTVKVESQYGADNPYDSGQVDIGIINKGKQASQAQIHLNPVSPGPSGNKMIPIISPKTGKVTGWRYMMTEANRDELLQKENNVANVLGAMAGNVVDKVKTQEVNKELVVAAKAQYDADVAKGRGRAYVEISEEAEGTNLEIWRRMPTEMQNEVIKAFGTPRMMVRSDLVDQMFGYRKPSVVELFNKDPAARRYWEHLVVQTLETVLPKDTVQKVRKAENILQALVQETKDIVVVRSVVVPLFNVFSNTMFLMLQGINPVSAIKGQVEAYVAGNRLVADIRKHDQLAIELARKSINATTRTRLQGEMSAVRRRIEINPTNASYQAGLMPSVVDDAAADVNVSNSLRGQTQRKVSAAIDKKFGRMPALVPDTIKGVLGLPDSTAYLAMNNFVRNSDFIARHVVANHWAEQQAKEQGRAVTPEQMNEHYAEAVELFVNFDAPTHRGTQYANDIGIAWFTKYLFRVNRGVARTFLKNPVKVSLAMLGMEMAGFDSMTDTPISSAVVAGRNPLTALDDPITSAIEALSLTVPGQVIS
Physico‐chemical
properties
protein length:3366 AA
molecular weight:366711,6 Da
isoelectric point:5,03
hydropathy:-0,40
Representative Protein Details
Accession
v3wn
Protein name
v3wn
Sequence length
248 AA
Molecular weight
27885,33440 Da
Isoelectric point
9,32833
Sequence
MIYHGRKAVAKVTEMLGRPLSYLERRVVEEEGFADKKYKDTKGIVTSGVGQTGKYKNMSFEETFQDHLKRARGRIKNFDQLPEQVQAELLQAEYRGDLGGSPKYVKLFNQGNYEEAAAEFLNNKEYKTTKYSGIKNRMERVANTVGAFAGPQKGLPPLAAAEPEGLIGQSFERPVPNRYTVEAGDTVSKIAKQYGVSVDELVKTNRIADPNKIAVGQQLTVPRASMRDYYDMFANFANDLITNPLMRR
Other Proteins in cluster: phalp2_17880
Total (incl. this protein): 54 Avg length: 675,4 Avg pI: 7,55
Protein ID Length (AA) pI
v3wn 248 9,32833
1AOOi 233 9,76827
1ingQ 259 9,93556
1yCD7 314 9,23163
1zkTf 318 9,22125
22BPU 175 9,61870
29smm 261 5,05704
2INGG 295 6,87135
2Nofr 248 9,15272
2ODNB 248 9,34400
2QV3x 275 8,05766
2Rten 271 5,94623
2URPH 234 4,79559
2YL7R 246 4,38680
2dRly 231 5,25297
2mLtS 236 4,62353
2uQ6M 219 4,69049
3851v 234 4,72135
39f5C 234 4,72135
3CYjl 198 9,69838
3QTFB 228 4,32814
3RFpm 228 4,35281
3aslC 234 4,76120
3cgE1 218 9,75995
444ba 232 9,90500
4nesD 224 9,92170
4sryl 248 9,02843
58Zbj 235 9,89063
5b3V8 232 9,86555
5cfjz 238 9,62927
5gqUT 267 9,59652
6yZj7 232 9,93008
6zA8w 238 9,74267
6zzEK 232 10,03929
7GWLo 218 9,83061
7J3Ci 218 9,69819
80utE 219 9,56371
8A4ww 218 9,83873
8AYuA 218 9,81391
8FTFb 220 4,60535
8GmoD 218 9,75995
8fQbj 218 9,72978
8lZ45 229 9,93008
uonu 188 4,81627
vfLi 275 8,78545
A0A1J0GV20 3344 4,86857
A0A2I7QM84 3366 5,03255
A0A2I7R0M3 3476 5,18794
A0A2I7RAS2 3366 5,03255
A0A2I7RBA8 3366 5,03255
A0A2I7S949 3366 5,03255
A0A220YL73 1956 5,74457
A0A220YL75 161 5,45674
Similar Clusters (pHMM search)
# Cluster # Members Identity (%) Alignment Length E-value
1 phalp2_14894
8xs0s
 2 39,9% 218 5.540E-52
2 phalp2_31099
1WqwK
 11 47,3% 150 1.037E-51
3 phalp2_16212
4JORj
 1 37,5% 152 1.554E-33
4 phalp2_31782
4c4WR
 2 31,5% 168 6.464E-32
5 phalp2_39238
3ORqc
 6 30,2% 185 1.439E-30
6 phalp2_12171
6x91f
 31 22,4% 254 3.987E-24
7 phalp2_1915
4hcut
 54 29,1% 182 2.496E-14
8 phalp2_21268
1q2Yq
 46 18,4% 277 1.947E-10

Domains

Domains [InterPro]
Unannotated
LysM
Representative sequence (used for alignment): v3wn (248 AA)
Member sequence: A0A2I7QMK7 (3366 AA)
1 248 AA (representative)
Domain positions follow the representative sequence above; the member sequence bar is scaled to the same axis.
Legend: EAD CBD Linker Disordered Unannotated
Pfam accessions: PF01476

Taxonomy

  Name Taxonomy ID Lineage
Phage Vibrio phage 1.026.O._10N.222.49.C7
[NCBI] 		1881421 Schitoviridae > Nahantvirus > Nahantvirus 49C7
Host No host information

Coding sequence (CDS)

Coding sequence (CDS)
CDS Source ID
[NCBI]
CDS Source
MG592410 [NCBI]
CDS location
range 22095 -> 32195
strand +
CDS
ATGGCAAATATCTTTCACGGGGCCGAAGCAGTCAACCAAGTTGAACTAGCGGAAGGCCCTCTTTCACCTATAGAGCGTGTGATTGTAGAAGAGGAAGGTTATGCTGATGCTCCGTATGCAGACACTAAGGGTATTACCACAACTGGCGTAGGCCAGACAGGTGAATACTCAGGTATGTCAGCTAAGGAAGCTATCGCAGACAAGACTCAACAGACACGTAATCTGATCCCTGCATTTGACTCTCTAGACGTAGATACTCAAGCACAGTTGGTTTCAGCTATGTACCGTGGCGATTTGGGCCAAAGCCCTAAATCACGAGCACTGTTTAATCAAGGTAAATACGCTGAGGCTGCCGACGAGTTTCTAAACAACGACGAGTACCGCACAACTCAACACCCAGCAATCCAACAACGTATGGAACGTGTAGCTAATGCTATGCGTAACGCAGGTGCCCCTATGGAAGCTGAAGCAGAGTTCAACCTAATGAACAACCCTGAGATTGCTCCAATCACTTCTCAAACCACTATACCTACTACAGGTGATAATAAGATGGTTGAGTTAGAGGCTCGTAACGTTGAGAAGATGGCACAGATGGCTGAGACTTCTCACAACAACAAACTCAAAGCTGCCGGCATGACTAATGAGCAGTTCTCTGCATTGGATCAAACCTTTGAAGAGTACATTGCTTCTGGCAATACAATGGAAGCGGGTTCACGTGCTACTTTCTACCTAGAAGCTGAACGTACTAAAGAGGAACTCACTGCAGCAATCAATGCTCCAGAAGACAAGACTCTATTCGATGACTTGAACAGCCCTCTAGCATTCGCAGGCAACACTGCCCTATCTACCCTTAATACTCTTGGTAATATCTTTGGTGGTATAGTTTCAATGCCTTCAGAGATTCGTGCGGGTCTAAACCTAGCAAGTGTTAGCGATGAAGACATGGCTATGTACAACCAACTCCAAGGTCGTTCAGAAGCTGTATGGTCTGATGAAGAGTACAAGTGGTACCAAGACAACCAGAAAACAGTAGCGAACATTCAGAAGGCTGAGGAGCAGATTGCTGCGAGTGGTGCTATTAGTGATGTAACTGGTGTACTTGCACCTTACGTTAACCAAGAACTTGGTGCAGACTTCGTAGAAGAAGGTAAAGGCATCTATGATGATGCTGTAGCAGGCAAGTCTTCAATTGGTGAAGTTGTTACTGGTCTAACAGATCTATTTATTAACAACCCCGGTGCACTTACTCAATCTACCGTTGAGTCTCTACCGTACATGCTTGCAGCTGCATACAACATGCCGATGACTATGGCATCTGGTTGGGCGAATAACCAACAAGAAGCTGTAACTGCATTTGAGATTGCTAACGGAACTCTACCTACTGAATCAGACCTAGCTAAGATCACTGCGTTAACAGGTGCACAGGCACTTATGGACTTGGCAGGTGACCGTCTAGTGACTGGTGGTGCAGCAAACCTTAAGAAGACTGCAGCAGCCGTTACAGGTAAAAAAGTAGCATCAAAAGGTGTAGCAGCCGCAACAGGTCGTGTAGCTGTATCAGCAGCCGGTGAGTTTGTAGCAGAGGGCGGTGCAGATGCATTAGGCCAACTAGCAGCAACAGCAGGTGAAGGTGATGTAGATATCGGTCAATCAGTTGGTACTGGTCTACTAGGTGCAGGTTCTGGTGCAGCAACTTCTGGTGCTATCGAGACTCCTCAAGTACTAGCATCAGCAGGTAAAGCTACTGTAAACACTTCAAAGAAAGCGGTAGATACTGTTAAAGAAGTTAAGACAGGTGTGAACTACTCAAAGGCTATTAAAGCTAATGATCCTACTGCACTGCCTGAACAAGGTGCTAAAGGTTATGACGCTAAGCAAGACGCTGAAGCACGTACCTCTATGCTTGAATCAGGTAAACTAGAAGAGTCAGTAGCTAAAGAGAACTTCAGCCAGATCATTAAAGATGCTAATACCCGTATTAAAGAGTTCCAAGCACTTAAAACTAAGTTAGATGCTGGTGACACTTCTGTACAGGCTGAAGCAGTTGCTCTACGTAAAGAGATTGCTGCTATTGCTCCTATTGTTAAACGTGCTAAAGCTTCTCGTGCGCCTAAGAATGTACAAGCACAAGCTACTAACTTGGCAACAGCAAAGACTAATAACAGCAACACTCAAGCAGCAGTTAATACTGTTCTTGGTTCTATGTCTCAGGATCCTCAAGCTATTCCAGTTGAAACTGTAAAGCAGATCCTAAACAACAAGGACATCAAACTTACTGCATTCCAACGTGCGCGTATGAACGCTAACTTGACTACACGTAGTGCAGAAGTAAGCCTAGATGATGTAAGCCGTGAGATCATCCAAGGTAGTGAAGCTAATATGGGTGTTCGTCAGTATGTAGCAGACGCACTGGCAGCAGCAGAGATTGAAGATACCGATACAGTTAATGCACTGATTACAGGTCTTCGCAGTTTCCGTACTAGCCAAGTTGCTAAACTGAACCGTGAAGGTAACACTGCAAACTTTACTAAGAACGTAACTAGCGAAATCCGTTACATGGATGCAGCTCTTAACGAGATGCGTATAGCAATAGGAGATTCTAATGTTTCTGATACTACTGATAATACTGTGGCTACTGATGATGTGGTGGCTAACGATGTACGAGAGGTAATTGAAAATGATAGCGATACTACAACTGATACTACTGATGGTGATAGTGGCAGCATTCCTGTCCCTACCGAGGGAGTAGCCGAGCAACAAGCTTCGGCTCCGTCCGAAGCGCAGGTTGCGGAGGATACGACCACTACAACTCTATCCCCTTTAGCTCAAGCTCTTCCAGAGCCTATGCAGTTACCTGATGATGCTGAGATTAGTCAAAGTGACTTACATGTAGATACTCTAATTGAAGAAGCACAAGTGCTACTTGCAGAGGGAACTACATACGATCAAACAATCGAAGCGGTACGTGAACGTTTCGGTGACGAGACTGCTAACTTTGTTGCTGATGGTTTGGACAGTGAACAGGCCGTGAACCAAGGTACTCTAGGTGAGCAACTTACTCGTAGCCTTACACAAGCTCCAGAAGAGACAGCTTACTCTGTAGACCTTGATGCAGTGGACAATGTAAACACACGTCTCGAGAACGTAATTACTTCAGCTGGTTTGGCTCAATCAAGTCCTCATCTTAAAGATGCTATGGATGATGTGAAGGCAGCTATCCGTAGTGGTGCAACAGTAGCGGCTGCTGTTAAAGAGATCGTTCCTGCTTACACAGGTAAGCCGGTTAAACGAATGAATGCTTCAATCCGTAAACTACAAGCTGACATCAACCGAGTACCTACTAATGTAGATAGCGGCATGACAGCAACAGAACGTAAGTCTTGGTTACAACAAGTGAACTGGGTAAAAGAGTTCTTTGCTCCGACTAATCCAGTTAACATCTTACAGACTAACGGTAGCATCTTTGATCAAGCTAGTTCTCAACGTCAGGTTGAAGACTACATTGGCCGTCCTCTTACAGATGGTGAACTTGAGCAATACATGGACTACCAGACTCGTCGTAAGTCTTTGCTTACAGCTCTAGACAAAGTGTTCAGTGCTGAAGGTTACACGGATAACTACGCTCTAGGTGAGACATACACTTCAAATGGTAAGACTTTGAAGAAAGCTCCTAAGTACAACGATATGATGCAGTACCTTGCAGAAGACGGTGAACTACCTGCTGGCGTTAAAGAATCTATCGTATCTGCAGCTTACAACTGGATTGCTACAACTGCGAATGACACGCTATACAACGAAGACTCGGCAATGAACAGTATCATTGGTGAGACTAATGGTGATGCCCATGTACATCGTGATGTACGTAACATCCTGCAAGGTAAGGGTACAACTCGTACTACAATCCTTCAGTCACTTGGTAAAGATGTACTTGGTACTATCGGCATCAACGGTACACGTAATGCTCCGGGTAACGTAGACACAGCGATGGAGACATCACTAGGTCAATTTACTCTTGAAGTAATGAAGCAAGCAGGTGTTGTTAAGCAAGACCAACTTTCTCCAGAAGAGTTGAAAACGCTAAACCGTTTCTCTAAAGACTCTGATGGTGTTAGCCCTAACATCCGTTTTATTAAGGCGGCTGTAGGTAAAGACGGTAAGCTACACAGCAAACTGGACCAAGTAACACAACACATGAAAGATGCTCGTGTATCTGCACGTGAGACTGGTACTCCGGCTGCATGGACACAGATGTTCGGTATTACTTCTCGTCAGGTGTTCCCTGAGTTTGAGAAGCCTACTTCAGTAGCGACTAAAGTAACTGGTACTAACCGTAATGTTCCTCGTAAGACTCAAGAAGTTTTAGCGAAGCACAATGCACGTGAGCACTACCTTAAAGGTGATCTTACAGCTATGGCTCAAACAATGTCTGAGACAGCTCCTGAAGCGTTCATGGAATTACTTGGTGTAAGAGACCCTGAGTCAGTTCATGTGTCACGACGTGAAGCACAGAAAGCAGACAACCGTAACATTGAACGTGTATGGGGTAACTTCGATGAGTTCTACCAACAGAACCTTGAAGTAGGCCTAGATCAACCTCACTTCTACACACACAACGTGTGGAAGAATGGTCGTTTTGGTATTGCACAGAATATGGTCAATCCTCAAGGTGACAAAAATCACCGTGCTTTCATTAAACAGAAAGGTTGGGATGTAGAACTAGATCCAAATAACGTAGAACAGATGAGTCAGTTCTGGGCAGCAATGGATGAAGAACTAGGTTTCGATAGCCGTAACTCTATGCCTAAGCATATTCAGGAAGCAGCTAATATTGCTCGTGGTTTCTTAGAAACAGATACATTTGAAGACGGTGACATTGAGACACTTTCTCAAATCATTCGTACAGAGTTGGGTGGAGCTACTAACACAGCAATGCTTAAGTTAGATGCAATCATGCACATTGCACGACATGATATCGCAGTAGACACTAACGAGACTTTCCAGTCTGAAATGTTCATGGAAATCGATGGTAAGACGAATGGTATCATCATCTCTCTTATTCAATACGGTGCAGCAGCAACTGGTATCGATCTTCTTAAATTAGTTGGTATGGGTGGTCTATACGGAGAAGGGGAAGTCCGTAACTTTAATGACTTTAAAAAGGCAGGTAATCTTGATGCGTACAACAAACTTGCTAAAGACTGGATTAAGAATCTAAGAGAAGCGTACACAGGGGCAGACGTAACAGCTATGTTCAAACTGTATGGTCTTATCGATGAGAAGGGTAATGCAATTCCTAAACAGGAACGTAACCTAGCGAAGAACCCTCTAATGGTAATCTTCTATGGTTCAGGTGAGAAAGCTGTTAAGCAATCTCTAGGTTCAGCATTTACTGAAACTGTAATGGACAAGTTGGAAGCAGCAGGCCAAGCCGGTGATCTTCAAGCGTACAACGCTCTACGTAACGACCTGAATATGATTGTTGCAGATGCGCTACCGGAAGTGACACAGGCGAGCCAGATTCTTGAAACAGATCTAAGCAATGTAACGCTTGCTAAGTTGGAACAGCAAGTAGGTGAAGTATTCGGTACTACTGCATACGCAGAAGTACAGAATCAATACCCAGAGTACATGACTCGTCGTGACCAAGTTCGTGACGTATATGATTCAATGTACCGTCGCCATGCTGTACTTCGTGAGAAGTTGATTGAGGCGCGTAAAGCAGAGCTTGTTGAACAAGGTCAATTGTCTAATCTTGAAGATATGGCGAAGCATGAGTATCGTGCAATCGATGATCGTATTGCAGCAATCGGTCCTCACTTTAACTCTCACTCTACTAAAGGTGGTGATGTAACTGAGTCGATTGACCCAAGTAAGACTAAGACAGAAGTTGATACTAAGACTCGTGTACAAGCTAAGTATGGTAACAAAGCTCAGAAGGTTACTTCTGAAGGTACTCGTAAAGTTCCGGCAGCTCCGGGTGTTGGTGCAGGTCCAATGAGTATTCACAGTGCAGATGCTTCAATCATGCGTGAGACTTACGATAACGATATCGACTCTATCGGTGTTCACGATGCTAACTTAATCGGTATTACTGACGCTAAGAAGCTAGGCCAAGTACAGAACAAAGCTTTTGAGACTGTTACGCGTGAAACAAGCGTACTAGTAGAAGCTCTTAAAGCTTTCCGTAACTCTGACCAAACTTACGCAGCTATCATTAAGGAAGAAGGTTTAAACCGTGCTGAGTTAGATAGTGCAGTTACTCAACTGGATATCCCTATTGAAGCAGCTACCATTCGTGGTCGTGTGGTTGACTTAGTAGCTTCTGCTAAAGTAGCAGACAAAGTAAAAGACGATATGTGGAAGAATACTCGTTATGTACATCAGTACGCAGACCACAACGGTATAGCAGCGCATGAGTCAAACACTGAAACTTGGGATCGTTTCCAATACGTTAAGTCAGGTGATGCTAAGCGATTAGTTACTCAAGTAGTAGACGAAGTCGTAACAGAGAGCATTAACAACGGAGGCTCAACACTACGTTCTAAAGCATTAGGTTTAACTCGTGGTTCAAGTCAGGGAATCAACTTCACAGAAGCAAGTGATGCTAGTAACTACGATAACTCAGTTGATGTTGACCTAACTAACGTTAGTGACGTATTTGAATCATTACCAGCAACAGGTGGTAAGATTGAAAACATTGCTCATAAAGAGACACTACGTAACATGGTATTCAACCTAACTAACAAGTTATCTGAACCATTCGGTTTCCATATGCGTGAGAAAGAAGGCGTGACTAACTACGGTGTAGCAACTCAGTCTGACATCTACTTAACTACGTTAGCGAATGGAGCACCAGAAACATCAGGTATCTTGGCTCAAGGTATTCGTATGAGTCCTGAAGAGATTATGGCCCACGAACTTAACCACGTAGTGTTCATGGAAGGTTTTAAAACTGACTCTCGTTACCGTCGTCAATTTGAGCGTATCTTTGATGCGGTTAAAGCAGAAGCAACTCCAGATATCTTCTTAGATAATCCGGCTACTGCAACTGCGGCAGAACGTGAAGGTGCACAACGTCACTTCGACTACATCTTTAACAACAAAGATGGTAACAACCTAGAAGAGTTCGGTGCATTCGCTACTACTAACGAGAAGCTAATTGACTTCGTTAATACAGTAAACGTTAAGCCTGAGAAGTGGTTTGATGGTGATGGCCCTTACGAGATTATGGTTAACATCCTGTCACGCATCGTAGACGGTTTTAACTCTCGTATTCTTAGCCTTAAAGACCTTAGCAACGATAAGAAGTTGTTTACTCTAATGGATGCTATGAACGGTATCTCAGGTAAGAAGCAGAATGGTATTGTCCAAGCGGCACAGTCAGCAGCAGCTCTAGGTCAGACAGTTATGCAAGCTCCATCAGCAATGATCGAGGGTGCAGCACGTAAACTGGCAAATGTTCCTGTGTTCAAAGACAGTCGTTACGCTACAGTACGTGTACTGTCTGAAGCAGTTCGTAATGGCAACACTGGCCGTGATCTTAACCAAGCTATGTTAACGCAGATCAACACAATGCGTGATATCGCTACAGAAGGTAAGTACGGTTGGTTCCAGTCTACTGGTGATGAGATGGTTGGCCGTACAATTGACACAGCAGTGTTCCGTGACATGCAACGTACGTCTAATGTGACTCTAGATATGGCGCGTAAGCGTGCAAAAGATGCAATGACTAAGCATGTTCAGAATGCATTCAAAACTCCGGTACAAGACCACGAGTGGAACGCAATGAACAAAGTACTGCTTAAACTGGACATCGATTCTATTAGTGACGTTGGTTTTGAGAAACTACAGCAGCTAATCACTGATGAGGCAGCATTGGATACAGAGATTGCAGGTCTAGAGCAGTTACTGAAGACTTTCAATAACTACAACTTCTACCGTCGTCATTCTGAGAACTTAGGTTACTTCATGAATACTGGTCGTAGTATGGAAGCTGCAGCTCTACTTAACGCACATAACATCTCTAAAGGTTACGGTGACGCTAAGATGAATGTGAGTGATGCTCAAGCAGCACGAGTAGAACCAATCATAGATAGACTAGCAACGCTTTACGGTATCAAGCATGCAGATGCTACGAACTTGAATGCGGTAGCAGACTTACTTCAACGAGACCCTGAGGGCGTTAATGCAGTAATCGATGCTCACCATACTCTGAAGGAAGGTTCTAAAGCACAGTTCGCTTCTACTCAAGAGCAGAAGACTTTGTCTATGAAAGGTTGGACTAAAGAAGAGTACAATGCGGCTACAGGTATTGAAGTAGCTACTCTTGACCGTAAGGCAGAGTTAGAGGCACAAGGTTACATCATCCAAGATGCTCCTATTCCTCGCGATAGCAAAGACCCTGTACAAGACGATATGTATATCTTCGTGGCTCCAGATGGTGCACTTGCTCCATACATGGCACAGATTGCATCTCTAACTAGTAACGTAGCTAAAGGTTCGGATACGGTTAAAGTTGAATCTCAGTACGGTGCAGACAATCCATACGATTCAGGTCAAGTGGATATCGGTATCATCAATAAAGGTAAACAGGCTTCTCAGGCTCAAATTCACTTGAACCCTGTTAGTCCGGGCCCTAGTGGTAACAAGATGATTCCTATCATCTCACCTAAGACTGGTAAAGTTACAGGCTGGCGTTACATGATGACTGAAGCTAACCGTGATGAGTTACTTCAGAAGGAGAACAATGTAGCTAATGTTCTTGGCGCAATGGCCGGTAATGTTGTGGATAAGGTTAAAACTCAGGAAGTGAATAAAGAGTTGGTAGTTGCAGCTAAAGCTCAATACGATGCAGACGTAGCTAAAGGACGTGGCCGTGCGTATGTTGAGATTAGTGAAGAAGCGGAAGGTACAAACCTTGAGATTTGGCGTCGAATGCCTACTGAGATGCAGAATGAAGTGATCAAGGCGTTTGGTACTCCTCGAATGATGGTACGTTCTGACCTTGTAGATCAGATGTTCGGTTATCGTAAACCAAGTGTAGTAGAGTTGTTCAATAAAGATCCTGCGGCACGTAGATATTGGGAGCATCTAGTAGTTCAGACTCTTGAGACTGTATTGCCTAAGGACACAGTACAGAAGGTTCGTAAAGCAGAGAACATCCTTCAGGCGCTAGTACAAGAGACTAAGGATATTGTTGTAGTACGTTCAGTAGTAGTACCACTGTTCAACGTATTCTCGAATACAATGTTCCTGATGCTGCAAGGTATTAACCCTGTATCTGCAATCAAGGGCCAAGTTGAAGCGTACGTAGCAGGTAACCGTCTAGTAGCGGATATCCGTAAACACGACCAACTAGCTATTGAACTAGCTCGTAAGTCTATCAACGCAACTACGCGTACAAGACTTCAAGGTGAAATGTCAGCTGTTAGACGACGTATTGAGATTAACCCTACTAACGCATCTTACCAAGCAGGCTTGATGCCTTCAGTAGTAGATGATGCAGCGGCAGACGTTAATGTATCTAACTCTCTTCGTGGTCAGACTCAACGTAAAGTAAGTGCAGCTATCGATAAGAAGTTTGGTCGTATGCCGGCTCTAGTTCCAGATACAATCAAAGGTGTTCTAGGTTTACCAGACAGTACTGCTTACTTAGCGATGAACAACTTTGTACGTAACTCGGACTTCATTGCCCGTCACGTTGTAGCTAATCACTGGGCAGAGCAGCAGGCTAAAGAGCAAGGTCGCGCTGTAACTCCAGAGCAGATGAATGAGCACTACGCAGAAGCTGTTGAACTGTTCGTTAACTTCGATGCACCTACTCACCGTGGTACACAGTACGCGAATGATATAGGTATCGCTTGGTTCACTAAGTATCTGTTCCGAGTTAACCGAGGTGTTGCAAGAACATTCCTGAAGAATCCAGTTAAGGTATCTCTAGCGATGCTTGGTATGGAAATGGCAGGGTTTGATTCAATGACTGATACTCCAATCAGTTCAGCGGTTGTAGCAGGACGTAATCCACTAACTGCACTGGATGATCCTATTACCTCAGCTATCGAAGCACTAAGCCTAACAGTACCGGGACAAGTGATCAGCTAA

Gene Ontology

Description Category Evidence (source)
GO:0003796 lysozyme activity molecular function None (UniProt)
GO:0031640 killing of cells of another organism biological process None (UniProt)
GO:0042742 defense response to bacterium biological process None (UniProt)

Enzymatic activity

No enzymatic activity data available.

Tertiary structure

PDB ID
upi000ca2dd3a_model
Method AlphaFold3 (non-commercial)
Resolution -
Chain position -
Model Confidence
Very high
pLDDT > 90
High
90 > pLDDT > 70
Low
70 > pLDDT > 50
Very low
pLDDT < 50
The structures below correspond to the cluster representative (v3wn) rather than this protein.
PDB ID
v3wn
Method AlphaFoldv2
Resolution 81.67
Chain position -
Model Confidence
Very high
pLDDT > 90
High
90 > pLDDT > 70
Low
70 > pLDDT > 50
Very low
pLDDT < 50