Protein

View in Explore
Genbank accession
APD22650.1 [GenBank]
Protein name
hyaluronidase
RBP type
TF
Evidence RBPdetect2
Probability 0,72
Protein sequence
MLYLLNKDVRTVRWNGDPLHEVTSAIVKEIMNGDFTLTVKYPISDSGIYQLIQEDMLIKAPTPVLGAHLFRIKKPVEYNDHLEITAYHISDDVMQRSITPVSVTSQSCGMTLSRMVQNTKTALGDFSFNSDIQDRRTFNTTETETLYSILLDGKHSIVGTWGGELVRDNFAMTVKKSRGENRGVVITTHKNLKNYQRTKNSQNVVTRIHAKSTFKPEGAEKETTIRVTVDSPLINSYPYINEKEYENNNAKTVEELQKWAQSKFSNEGIDKVSDAIKIQAYELDGQVVHMGDTVNLKSWKHNVDAFKKAIAYEFDALKEEYISLTFDDKAGIGGSRASGGLSSAADAILGVTESAQEIALEKALQNADLDFDHKAGLLRQEISDDIELAKARAEEVKRELSDTINQRFNSFDNGPLKETKRKAEEALRNAGASSSLAQESKRIGLDSVARLEAFKSQTTSAQTALSGDLDALKRTIANDIRPKQAQAEAEIAKQVEALSRTKNELAGASSSLAQESKRIGLDSVARLEAFKSQTTSAQTALSGDLDALKRTIANDIRPKQAQAEAEIAKQVEALSRTKNELDGASTLLAQEAKRIELDSVARLEAFKSQTTSAQTALSGDLDVLKRTIANDIRPKQAQAEAEIAKQVEALSRTKNELAGVKSAQATYEETTTRRLSELTNLANGKASKSELTQTAEELASRIASVQASGRNLFLNSLFKQDISKTGIWTTSTYTATIDSESKYLGYNALKIIGLNPSGRDGGNPKVTYPVLGQFGKVIPGSTTNQDVTISFYAKANKNGIMLRSRLGNIGYKTGNVTLSTEIKRYVVHIPKGWTNESKQTTNEWLFNFNQEGTVWIWMPKFEISDVDTSYSEAPEDIEGQISTVESTFKQRVNSLEAGVNRLTEGLRTKVDISALNVTAENIRQSVKSLETDTQNKLNQKLSQAEFEVRAGSIRQEILNATKDKADKTLVVSEAGKLREEFSKMKVGGRNLWIKSKTVGAVIEKLPENHVTGQKECYRLENNSTLTFNLEPDFSSRLYQKVTFSAWIKYENVVQGRNFWNVFNCFKHYLFRKNSETGVQSGPDYATLGMYKGSADWKYITFTYDYSEKTNFDQLKTSLRFNLEGATSGTAWVTGIKVEIGSVATDWSPAPEDGENELLVAKTEFKRTADGLSTKMAAVESYVGQDGQRQEALQRYTREESARQATAVRELVNRDFVGKATYQEDVKGINQRIEAVKTSANKDIASQIASYRQSVDGKFTDISSQITTYKQDVGGQISGLSNRLTSSEQGTTTQISNLSNRINSNKQGADNQISNLKTQVATNKDNAERQMGRISDQVSANKANADSQFANVTNQLVRKVETTDFQRVKETSKLYERILGNTENGIADKVARMALTNQLFQVEVGKVAKGGRNYIRNGQFKNGSKNWLEYQSVNFGLNFNYQHSQNPNNRNRPGLHFYHDSQDVANFFGIQQSFAFEGVRGEKVSVSLLVSKDGSDSYSGLKVALHYIKNKNIIGQEWQNIPSPQITSKYKRFTFTFTLSDDVENLNLMLFGEKGKTINLYVTDVQLERGSVATDYKEAPEDTDEAIRSVQSQLTGSWAVQNINSAGDIISGINLGANGHNRFVGKLTHITGETLIDRAVIKSAMVDKLKTANFEAGSVTTTILDAEAVTAEKLKVDNALIRKLTANDAFIDQLTSKRIFSTKVESVISSSTFLEAYQGRIGGFTLGQFDQGGGRWISGVNQFSVGMGNGAGYGVRTAFWANWGNNWNYAGPKAWNVNTDGKMYCRNEVGFYDQVDFSNSSRANFYGNTTFSRSPVFSNGIELGSKDVLGDGWNPKGGRNAVVWWNQVGSGSVKYWMEQKSDRRLKENITDTAVKALDKINRLRMVAFDFIENKKHEEIGLIAQEAETIVPRIVSRDPENPDGYLHIDYTALVPYLIKAIQELNQKIEKMEKTIA
Physico‐chemical
properties
protein length:1954 AA
molecular weight: 216938,12120 Da
isoelectric point:8,34435
aromaticity:0,07881
hydropathy:-0,54278

Domains

Domains [InterPro]
IPR007119
31–326
IPR007119 Coil Coil Coil Coil Coil Coil G3DSA:2.60.120.260 IPR008979 IPR030392
G3DSA:2.60.120.260
1411–1574
G3DSA:2.60.120.260 IPR030392
APD22650.1
1 1954
Legend: Pfam SMART CDD TIGRFAM HAMAP SUPFAM PRINTS Gene3D PANTHER Other

Taxonomy

  Name Taxonomy ID Lineage
Phage Streptococcus phage IPP28
[NCBI] 		1916168 Viruses > Duplodnaviria > Heunggongvirae > Uroviricota > Caudoviricetes
Host No host information

Coding sequence (CDS)

Coding sequence (CDS)
Genbank protein accession
APD22650.1 [NCBI]
Genbank nucleotide accession
KY065469 [NCBI]
CDS location
range 24808 -> 30672
strand +
CDS
TTGCTTTATCTACTTAATAAAGATGTGAGAACCGTTCGGTGGAACGGGGATCCACTTCATGAAGTGACTTCGGCGATTGTTAAAGAGATCATGAATGGCGATTTCACCTTAACTGTGAAATATCCCATTTCCGACTCTGGTATTTATCAGCTCATCCAAGAAGATATGTTGATAAAAGCGCCGACTCCTGTTCTTGGTGCGCATCTATTTCGCATTAAGAAACCTGTTGAATACAATGATCATCTGGAAATCACAGCCTATCACATTTCAGACGATGTGATGCAACGTTCTATCACACCAGTAAGTGTGACTAGTCAGAGCTGTGGCATGACTCTTTCTCGCATGGTTCAAAACACCAAAACTGCTTTGGGAGATTTTTCTTTCAATAGCGATATCCAGGACCGTAGGACCTTCAATACGACTGAAACAGAAACCCTATACTCTATATTGCTGGACGGTAAGCACAGCATTGTTGGTACATGGGGAGGCGAGCTGGTTCGTGATAACTTTGCGATGACTGTCAAGAAGAGTCGTGGGGAGAATCGTGGTGTTGTTATTACAACGCACAAAAATCTGAAGAACTACCAACGCACAAAAAACAGTCAGAATGTTGTCACAAGAATTCACGCAAAGTCGACTTTTAAACCTGAAGGTGCTGAAAAAGAAACGACTATCAGAGTGACTGTTGATAGTCCTCTTATCAACTCATACCCTTATATCAATGAAAAAGAGTATGAGAACAACAATGCTAAAACTGTTGAAGAGTTGCAGAAGTGGGCACAGTCTAAGTTCTCAAATGAGGGAATTGACAAGGTCTCTGATGCTATCAAGATTCAAGCTTATGAACTTGATGGGCAAGTGGTCCATATGGGCGACACGGTCAATCTCAAGAGCTGGAAACATAATGTCGATGCATTCAAGAAAGCTATTGCTTATGAGTTCGATGCCTTAAAAGAAGAATACATCTCTCTGACTTTCGATGATAAGGCAGGTATTGGTGGTTCTAGAGCTTCTGGTGGCCTATCTAGCGCAGCCGATGCAATTCTTGGAGTGACAGAATCTGCACAAGAAATCGCCCTTGAAAAGGCTCTTCAAAATGCTGACTTAGACTTTGATCATAAGGCTGGATTGCTTAGACAGGAAATTTCTGACGATATTGAACTGGCCAAAGCCAGAGCTGAAGAAGTCAAGAGAGAACTGTCTGACACTATCAATCAGCGATTTAATAGCTTTGACAACGGGCCATTGAAAGAAACTAAGCGCAAGGCTGAGGAAGCTTTGCGAAATGCTGGCGCAAGTAGTTCTCTTGCTCAGGAATCCAAGCGGATTGGGCTGGATTCTGTTGCTAGACTTGAAGCGTTTAAGTCGCAGACTACGAGCGCACAAACGGCTCTGTCGGGTGACTTGGACGCTCTGAAACGGACTATCGCGAATGATATTCGACCGAAGCAAGCACAGGCTGAAGCTGAGATTGCCAAGCAAGTTGAAGCACTTAGCCGGACTAAAAATGAACTGGCTGGCGCAAGTAGTTCTCTTGCTCAGGAATCCAAGCGGATTGGGCTGGATTCTGTTGCTAGACTTGAAGCGTTTAAGTCGCAGACTACGAGCGCACAAACGGCTCTGTCGGGTGACTTGGACGCTCTGAAACGGACTATCGCGAATGATATTCGACCGAAGCAAGCACAGGCTGAAGCTGAGATTGCCAAGCAAGTTGAAGCACTTAGCCGGACTAAAAATGAACTGGATGGCGCAAGTACCCTGCTTGCACAGGAAGCTAAGCGGATTGAGCTGGATTCTGTTGCTAGACTTGAAGCGTTTAAGTCGCAGACTACGAGCGCACAAACGGCTCTGTCAGGTGACTTGGATGTTCTAAAACGAACTATCGCAAACGATATTCGACCGAAGCAAGCACAGGCTGAAGCTGAGATTGCCAAGCAAGTTGAAGCACTTAGCCGGACTAAAAATGAACTGGCTGGCGTGAAGTCAGCGCAAGCGACGTATGAGGAGACGACGACTCGTAGACTGTCAGAACTGACCAACTTGGCCAATGGTAAAGCCAGCAAGTCAGAACTCACGCAGACAGCTGAGGAGCTAGCTAGTCGGATTGCGAGTGTGCAGGCATCCGGTCGAAATCTATTCTTGAACTCACTATTCAAGCAGGATATTTCAAAAACAGGAATTTGGACAACGAGTACATATACGGCTACTATCGATAGCGAAAGTAAGTATCTTGGATATAACGCTCTTAAAATTATAGGTCTGAATCCATCTGGCCGTGATGGAGGGAATCCCAAGGTTACTTATCCAGTTCTGGGTCAATTCGGGAAAGTAATTCCCGGAAGTACGACTAATCAAGATGTAACCATTAGTTTTTATGCTAAGGCAAATAAAAATGGAATAATGCTAAGATCTCGATTAGGGAATATCGGATATAAAACTGGAAATGTGACATTGTCGACAGAAATTAAACGATATGTTGTCCATATTCCAAAAGGTTGGACAAACGAATCCAAGCAGACCACAAATGAATGGTTGTTCAATTTCAACCAGGAAGGAACCGTTTGGATTTGGATGCCGAAGTTTGAAATAAGCGATGTAGATACTTCTTATTCAGAAGCTCCTGAAGATATAGAAGGTCAGATTTCAACAGTTGAATCGACCTTTAAACAACGAGTCAACTCGCTCGAAGCTGGTGTGAATCGTCTGACTGAAGGCCTTAGAACCAAAGTGGATATCAGCGCACTCAACGTGACTGCTGAAAATATCCGGCAATCTGTGAAGAGTCTTGAGACAGACACGCAGAACAAGCTAAATCAGAAGTTGAGTCAGGCTGAATTTGAGGTGCGAGCCGGCTCTATCCGTCAGGAAATCCTGAACGCAACCAAGGATAAGGCAGATAAGACTTTAGTTGTATCTGAAGCTGGGAAATTGCGTGAAGAATTTTCAAAAATGAAGGTGGGAGGCCGGAATCTATGGATAAAATCCAAGACGGTTGGAGCTGTAATTGAAAAATTACCTGAAAACCATGTCACAGGTCAAAAAGAATGTTATAGGTTAGAGAACAACTCTACTTTAACGTTCAACCTTGAACCAGATTTCAGCTCAAGGTTGTATCAAAAAGTTACTTTTAGCGCTTGGATCAAGTACGAAAATGTAGTCCAAGGTCGAAACTTTTGGAATGTATTTAATTGCTTCAAACATTATCTTTTTAGAAAAAATAGTGAGACCGGAGTACAGAGTGGTCCAGATTATGCTACGCTTGGTATGTATAAAGGTTCGGCAGATTGGAAATATATTACATTCACTTATGACTACTCTGAAAAAACAAATTTTGATCAATTGAAGACATCATTGCGATTCAATCTTGAAGGTGCTACAAGCGGTACAGCTTGGGTAACAGGAATCAAGGTTGAAATCGGTAGTGTGGCGACGGACTGGTCACCAGCACCAGAAGACGGAGAAAATGAGCTTTTAGTCGCTAAAACCGAGTTCAAGAGGACAGCTGATGGCCTATCTACTAAGATGGCAGCAGTTGAGAGCTATGTTGGTCAAGACGGTCAGCGACAGGAAGCCCTACAGCGCTATACTCGTGAGGAAAGCGCGAGACAAGCGACAGCAGTCCGTGAGCTGGTCAATCGTGATTTCGTTGGTAAGGCTACTTATCAAGAAGATGTTAAGGGTATCAATCAAAGGATTGAAGCTGTTAAAACTAGTGCGAATAAAGACATCGCTAGTCAAATCGCTAGCTATCGTCAATCTGTAGATGGTAAGTTCACGGATATTTCAAGTCAGATAACTACTTATAAGCAAGATGTGGGCGGTCAAATCAGTGGCCTTTCAAATAGACTTACAAGCAGTGAGCAAGGAACCACTACTCAGATTTCAAATCTTTCAAATCGGATAAACAGTAATAAACAAGGCGCAGATAATCAGATTTCAAATTTAAAGACTCAGGTCGCTACAAACAAGGATAATGCTGAACGACAAATGGGTAGAATATCTGATCAGGTTTCTGCAAACAAAGCGAATGCTGATAGTCAATTTGCGAATGTGACCAATCAACTAGTGCGAAAAGTAGAGACTACTGACTTCCAGCGTGTTAAGGAAACCAGTAAACTTTACGAGCGGATTTTGGGCAATACTGAAAATGGAATTGCGGATAAGGTTGCTCGCATGGCTCTGACCAATCAACTGTTTCAGGTTGAGGTTGGGAAGGTTGCCAAAGGTGGTCGAAATTATATCAGAAATGGTCAATTTAAGAACGGTTCGAAAAACTGGCTTGAATATCAATCTGTTAATTTTGGTTTGAATTTCAACTATCAACACTCTCAAAATCCTAATAATCGAAATCGTCCAGGACTACACTTCTATCACGATTCTCAAGATGTTGCTAATTTTTTTGGAATTCAGCAATCTTTTGCTTTTGAAGGTGTTCGAGGAGAAAAAGTGAGTGTATCTCTTCTTGTTTCAAAGGATGGCAGTGATAGCTACAGCGGTTTGAAAGTTGCATTGCACTACATCAAAAACAAAAACATTATTGGGCAAGAGTGGCAAAATATCCCAAGTCCACAAATAACATCGAAGTATAAGCGTTTCACATTTACGTTTACTTTATCAGACGATGTAGAGAATCTGAATTTGATGTTGTTTGGTGAAAAAGGGAAGACCATCAACCTCTATGTTACAGATGTTCAACTCGAAAGAGGTTCTGTCGCGACGGATTACAAAGAAGCTCCTGAAGACACGGACGAAGCGATTCGCTCTGTTCAAAGCCAACTAACTGGCTCATGGGCAGTTCAAAACATCAACTCGGCTGGAGATATCATCTCTGGAATCAATCTTGGCGCCAATGGACATAACCGATTTGTTGGGAAATTGACCCACATCACTGGAGAGACCCTGATTGACAGAGCAGTCATCAAGTCTGCCATGGTTGATAAGCTCAAAACGGCCAATTTTGAAGCTGGTTCGGTCACGACTACGATATTAGACGCTGAAGCGGTAACTGCTGAGAAGTTGAAAGTTGACAATGCGCTTATTAGAAAATTAACTGCAAATGATGCTTTTATTGACCAACTGACATCTAAACGTATCTTCTCTACTAAGGTTGAGTCCGTCATTTCTAGTTCAACCTTCCTAGAAGCCTATCAAGGTCGAATTGGTGGATTCACACTTGGTCAATTTGACCAGGGTGGCGGTCGCTGGATTTCAGGTGTCAATCAGTTCTCTGTTGGTATGGGGAATGGTGCCGGGTATGGAGTCCGGACAGCCTTCTGGGCGAACTGGGGAAATAATTGGAACTATGCCGGACCTAAAGCATGGAACGTCAATACTGATGGGAAAATGTACTGTAGGAATGAAGTCGGTTTTTATGATCAAGTGGATTTTTCGAATTCATCGAGAGCAAACTTCTATGGGAATACTACTTTTTCTCGTTCTCCTGTGTTTTCAAATGGTATCGAACTTGGAAGTAAAGATGTGCTTGGTGATGGTTGGAATCCCAAAGGCGGAAGGAATGCGGTTGTTTGGTGGAATCAGGTCGGTAGCGGTAGCGTGAAGTATTGGATGGAACAAAAATCAGACAGACGCTTAAAAGAGAACATCACAGATACAGCTGTGAAAGCCTTGGATAAAATCAACAGATTAAGAATGGTTGCATTTGATTTCATCGAAAATAAGAAACATGAGGAGATTGGTCTAATAGCTCAAGAGGCTGAAACCATCGTTCCAAGAATTGTCTCACGAGATCCTGAGAATCCAGATGGCTATCTACATATCGACTATACCGCTTTAGTTCCTTACTTAATCAAGGCTATTCAAGAATTAAATCAAAAAATAGAAAAAATGGAGAAAACAATAGCATGA

Tertiary structure

PDB ID
87bbaa9c57c01a4061baa9c13e7fd9962d8152050de572e74fdf0e3924fb797e
ColabFold
Source ColabFold
Method ColabFold
Resolution 0,6171
Oligomeric State monomer
Download PDB
Model Confidence
Very high
pLDDT > 90
High
90 > pLDDT > 70
Low
70 > pLDDT > 50
Very low
pLDDT < 50