Protein

UniProt accession
E5AGK1 [UniProt]
Protein name
Lysozyme
PhaLP type
VAL

evidence: ML prediction

probability: 99 % (predicted by ML model)

Protein sequence
MATVQRQRTQLGLNNPGVGEINVGTSQGGSFAQGLLDAANAFNTVAPKYIGEKVEADKVLQANRALKGLMPTEDATYGGTRANMMVGAQNGINEMTMRLKDDAASWSGTEEEWNAHVVQQRNDFEAGIHQKYPELANDRDTSKMVTNMFMEQQPTIQASKVSADLQREHLDRQNTFQTRLTQVTAGKDGPDLTRSLEDLRPVAKALKLSDSEFEQMLVAEGKGRAATGDTSLLMATKGIKNADGVSLYDRDASVRSTVIQGRRMDLSLHQADLSEAKYGMEQRFLSGEMSSAELISAAANMNEMYGGAAYSASEINSLRDQKAKADAKLGKRVDFVGKINDGQLVALEDYTEKEINEGAAAYHDQGDAMVDAYAKAKGYTSEQTEGMRAKVQSEITVKLAKAGIKDQQLVRQIGSFQNIGPDHLKDMKQEPDEMKTLLNRWNTLPDYMRTQVVGDKPAAFLYNYQMGLSNNMNPGQALDFAQKAGRDINFSGKDNKEIANTGDDVASDLISNNGFNPFDNYPDYIRQQMKDFATDDVRRFRKAGYDIDGAKEQAQQNLANNYSYVGGTVIRGDRKQLAQKLKLNPDDLGAQFQAYLQVNKQKFEDEAGGPKVDEMYFDIDQDRGIFTVRAGSGGIPVQGARPLSELGNYKWLDQINKGNSKAEMRDRVMKAEGYAFGGPMSGDAAADVGKSVMDALFPPAGAAEHTPELQHGEIQKNEAFTDYLSSAENQAKAGFNASAGVFTPYDSDTGTAGTDTVAYGHKLTAEERANGYINIDNNPVPYREGESQLTEQQAQRLLQQDMKAHVPPTPGWKTDFDGLPGNIRRALIDTSFNMGKGFLSKNPTANAWFKQGDYQAGFIQLLTASNENGKRSKGVLVRRASAYNMAGGGEWPRISKVDVQEDGTMRVKFDGDKSSITPQMRQIISDDGWLMVKRGKAGSLHERSAAGTVSI
Physico‐chemical
properties
protein length:951 AA
molecular weight:104167,00000 Da
isoelectric point:5,41314
aromaticity:0,07256
hydropathy:-0,67266

Domains

Domains [InterPro]
IPR023347
740–884
IPR023347
IPR002196
751–880
IPR002196
IPR023346
751–903
IPR023346
Protein sequence: E5AGK1
1 951
Legend: Pfam SMART CDD TIGRFAM HAMAP SUPFAM PRINTS Gene3D PANTHER Other

Taxonomy

  Name Taxonomy ID Lineage
Phage Erwinia phage phiEa100
[NCBI] 		925983 Autographiviridae > Eracentumvirus > Eracentumvirus era103
Host Erwinia amylovora
[NCBI] 		552 Bacteria > Proteobacteria > Gammaproteobacteria > Enterobacteriales > Enterobacteriaceae > Erwinia

Coding sequence (CDS)

Coding sequence (CDS)
Genbank protein accession
CBX45103.1 [NCBI]
Genbank nucleotide accession
FQ482086 [NCBI]
CDS location
range 30510 -> 33365
strand +
CDS
ATGGCAACTGTGCAGAGACAACGCACACAACTCGGCCTCAATAACCCAGGTGTCGGCGAAATCAATGTGGGAACCTCACAGGGAGGCAGCTTTGCACAGGGGCTACTTGATGCGGCTAATGCCTTCAATACGGTGGCCCCTAAGTACATCGGTGAGAAGGTAGAGGCTGATAAAGTATTGCAGGCCAACCGCGCTCTCAAAGGTTTGATGCCAACCGAAGACGCAACCTATGGTGGCACACGCGCTAACATGATGGTTGGTGCTCAGAACGGTATCAATGAGATGACCATGCGGCTCAAGGACGATGCTGCAAGCTGGAGTGGTACGGAAGAAGAGTGGAACGCTCATGTGGTCCAGCAGAGAAATGACTTTGAAGCTGGCATCCACCAGAAGTACCCTGAACTGGCCAATGACCGTGACACATCTAAGATGGTTACGAATATGTTTATGGAGCAGCAACCTACCATCCAGGCTAGTAAAGTCTCTGCTGACCTGCAACGTGAACACCTTGACCGACAGAACACCTTCCAGACTCGTCTAACTCAGGTTACTGCTGGCAAGGATGGACCTGACCTTACACGCTCGCTTGAAGATCTCCGTCCAGTGGCTAAGGCTCTGAAGTTGTCTGACTCTGAGTTTGAGCAGATGCTTGTAGCTGAAGGTAAGGGACGCGCCGCAACTGGCGACACCTCGCTACTCATGGCAACCAAAGGCATCAAAAATGCTGATGGTGTTAGCCTGTATGACCGCGATGCCTCAGTGCGCTCTACGGTAATCCAAGGTCGCCGTATGGACCTCAGCTTGCATCAGGCTGATTTGTCTGAGGCTAAGTATGGTATGGAGCAACGCTTCCTCTCTGGTGAAATGTCCTCTGCTGAGTTAATCAGTGCTGCGGCTAACATGAATGAGATGTATGGTGGTGCTGCTTACTCTGCATCGGAGATCAATTCACTCCGTGACCAGAAGGCCAAGGCTGATGCCAAGCTGGGTAAGAGGGTTGACTTTGTTGGCAAGATCAATGATGGTCAATTGGTAGCACTTGAAGATTACACTGAAAAGGAAATCAATGAGGGTGCTGCCGCTTATCATGACCAGGGTGATGCTATGGTTGATGCCTACGCTAAAGCCAAGGGCTACACCTCAGAGCAGACTGAAGGTATGCGTGCTAAGGTTCAATCTGAGATTACGGTCAAACTGGCTAAGGCTGGCATCAAAGACCAGCAGCTAGTCAGACAGATTGGTTCATTCCAGAATATTGGACCTGACCACCTGAAGGATATGAAGCAAGAGCCTGACGAAATGAAGACCTTGCTGAACCGCTGGAATACCTTGCCAGACTATATGCGTACACAGGTCGTAGGTGATAAGCCTGCTGCCTTCCTGTACAACTATCAGATGGGACTGAGCAACAACATGAACCCAGGGCAGGCTCTGGACTTCGCTCAGAAAGCGGGTCGGGATATTAACTTCTCAGGTAAGGATAACAAAGAGATTGCCAACACAGGTGATGATGTTGCTAGCGATTTAATCTCTAACAATGGATTCAACCCGTTTGACAACTACCCTGATTATATCCGTCAGCAGATGAAAGACTTTGCTACCGATGATGTTCGTCGATTCCGTAAGGCAGGGTATGACATTGACGGTGCCAAAGAGCAGGCACAGCAAAACCTGGCTAACAACTATTCATACGTGGGTGGTACTGTTATCCGTGGCGACCGTAAGCAACTTGCTCAGAAGCTGAAGTTAAACCCTGATGACCTGGGTGCTCAGTTCCAAGCGTACCTGCAAGTTAACAAGCAGAAGTTTGAGGACGAGGCAGGTGGTCCAAAGGTTGACGAGATGTACTTCGACATTGACCAGGACCGTGGGATCTTCACTGTGCGTGCTGGCTCTGGTGGCATCCCTGTGCAAGGTGCTCGCCCATTGTCTGAGTTGGGCAACTACAAGTGGCTTGACCAGATTAACAAAGGGAACTCTAAAGCTGAGATGCGTGACCGGGTTATGAAGGCTGAGGGCTACGCATTTGGTGGTCCTATGTCTGGAGACGCTGCTGCCGATGTTGGCAAGTCTGTTATGGATGCACTGTTCCCGCCAGCAGGTGCAGCAGAGCACACTCCTGAACTTCAACATGGAGAGATTCAGAAAAATGAGGCTTTCACCGACTACTTATCTAGTGCGGAGAACCAGGCCAAAGCTGGCTTTAATGCTAGCGCTGGGGTGTTCACACCTTATGACTCAGACACAGGTACAGCAGGAACCGACACTGTAGCATACGGTCACAAGCTGACGGCAGAGGAAAGAGCCAACGGTTATATCAACATTGATAACAACCCAGTCCCGTATCGTGAGGGCGAGTCTCAGCTTACTGAGCAGCAAGCACAGCGTCTGTTGCAGCAGGATATGAAAGCGCATGTACCACCCACACCTGGATGGAAGACTGACTTTGATGGATTGCCTGGTAACATTCGTCGTGCATTGATTGATACCTCATTCAACATGGGCAAAGGCTTCCTTAGCAAGAACCCTACAGCAAACGCATGGTTTAAGCAGGGTGACTATCAAGCTGGCTTTATTCAGTTGCTGACAGCTAGCAATGAGAATGGTAAGAGAAGTAAAGGCGTCCTTGTCCGTAGGGCCAGTGCATACAACATGGCAGGTGGAGGCGAATGGCCTCGCATCTCTAAGGTTGATGTACAGGAAGACGGTACAATGCGTGTTAAGTTTGATGGTGACAAGTCCAGCATTACCCCACAAATGCGCCAGATTATCAGCGATGATGGTTGGCTAATGGTTAAGCGTGGTAAGGCTGGTAGTCTGCATGAACGTAGTGCAGCAGGTACAGTTAGCATCTAG

Gene Ontology

Description Category Evidence (source)
GO:0003796 lysozyme activity Molecular function Inferred from Electronic Annotation (UniProt)
GO:0009253 peptidoglycan catabolic process Biological process Inferred from Electronic Annotation (InterPro)
GO:0016998 cell wall macromolecule catabolic process Biological process Inferred from Electronic Annotation (InterPro)
GO:0031640 killing of cells of another organism Biological process Inferred from Electronic Annotation (UniProt)
GO:0042742 defense response to bacterium Biological process Inferred from Electronic Annotation (UniProt)

Enzymatic activity

EC Number Entry Name Reaction Catalyzed Classification Evidence Source
3.2.1.17 lysozyme
aka muramidase 		D-glucosamine residues in chitodextrins
Hydrolases
Glycosylases
Glycosidases, i.e. enzymes hydrolyzing O- and S-glycosyl compounds
 match to sequence model evidence used in automatic assertion
ECO:0000256 		RuleBase:RU003788

Tertiary structure

No tertiary structures available.