Protein

Protein accession
A0AAF0GRA4 [UniProt]
Representative
6eT1I
Source
UniProt (cluster: phalp2_33306)
Protein name
Tape measure protein
Lysin probability
100%
PhaLP type
VAL
Probability: 99% (predicted by ML model)
Protein sequence
MVQNGKPIGNMKFGLGIDGTAELGNTLDKLTKQFKQAESAMKANMKAFDGAGNSVNALEQKYSDLTSVVKIQEKRIDVLNNRRTEAIKKYGEESKQVQTLNTQINNSTSKYNALSTELNKTKQAYVIASSGVDEYSKAMKDNERNMKAEVSALKSAGDKVGAYKAQKEGLKRQDELTTKAIQAQEKAIEGLSSEFGENSREVQTAKDRLGDFKRQQQLTAKQLDGTEKQLKETSTATENMNEQLKKTDSAGDKASKGLSKISGATKGALSGIKTLVGSVGFGAMATIGNKAIGAISSNLDSAISRIDTLANSTRAFENMGFSAKATSKAMDGISKAIEGLPTALNDSVSNVQLLAASTGDLDKSVDVYKALNDGILGFGGDANMATNAIVQLSQAFSNGKVDASTWNSMINSGLGPTLNAMAKTMGKTTGELKEGLSDGSISVEQFQNALIKLDKEGGGGLKALGQIAKDSTKGISTSIANAKTAMVRGTAELIKGFDASLQAMNLPSIGEMISNSGKRVEGFMKAVATAMPAVASKLTFVGDTFNAVFGGIKSTLDNAKNWIEAFGIMWKGDGIIDPKKLGLDLDTVMAIDESVVNLKKSVGGLFTWFDSIKAMWTGDGIVNLNELGLDLDTVFLIDDSIQSIKETFTSFKEYLVSSFTLGDNEGPAGFIQKLADGLNYFTKTILPMVIPFIAKALETIVKLITGVRKIIVQVMDYVIKNIIPLVMPILQKLFDAFGKIFDKISSWWDNNGDRIGKAILNLVKLLQPVFKIAIVLLGSFIDSVIGFFDGMVDFITGTIDVFSMVLTGDFKGLWDAIKRIFLGGIKAVWNYINIIFVKNIVTAVKGLGTNFTNIIKGLWDSIKNLFSSGTTGAWNMIKGWASNIANGVRGIKNNFTQVIKDLWTGVKNTFKGGMDTVVGWIKGLPKKLADGIKGGAHFLKDAFKNMFNGAMKVIEKPVNGIIGGANWILEKLGMDKMKTWEAPKYAQGTPNGGHPGGPMMVNDGRGAEMVIDPSGQAIIPKGKNVTMYGRRGTQVLTAEETAQVLGHKRPKFAYKKGTGFFDKVTGGVKNLWTGAKNMAKSAFDKVGSFVGDIWDYASNPSKLVEKVFSSVVDTSGLIKYPLDIATGLVKKATTAMTSKVADLFSSGNLDTGVGTAGVYKYLADVARKVVSKFPGMRVTSGYRPGDPYSHGSRNAIDVAFPASMNGSSKYREAGNYAFDNFKNQVGYVIALNKVRDRAGTSGTGIHDAWANWASGGHMDHLHINGVRDPQSKGGAIDTTTTGSGVDRWRATAKRALQMTGQWTTANLNALMNQMRTESNGNPKAINLWDINAKNGIPSKGLMQVIDPTFRQYAMKPYNKNIYDPLSNILASIRYTLSRYGSLTKGWRGVGYANGGLITREHLAMVGEGNKPEMVIPLDSAKRSRAMMLLAEAQKRLGVTPTTVAAGGSNDELIAQLIIQQQQTNILLQALLEKDTDVYLDKRKVTAEIEPVLTKGKEKATMTAGRRLGRLV
Physico‐chemical
properties
protein length:1511 AA
molecular weight:162661,9 Da
isoelectric point:9,51
hydropathy:-0,19
Representative Protein Details
Accession
6eT1I
Protein name
6eT1I
Sequence length
2066 AA
Molecular weight
222620,60900 Da
Isoelectric point
9,58073
Sequence
MADGKRIGGAFLDFQVDYSQLKTFLSTMNSLSDQTNKQISGIGSVIESTIQKTKNLTKETASGANQQKNAMSNIMTQYANASKKVEEMTNSISKTKTTSSNTTKSILSDSKSIAGESSKTAFKMSQSTSQAFDSMKKDSRSLNQTLVAGMKANVQEFGQSFKNLGSTFSGIASSIINTFKKIPSGIASIPKTIATQMKNLAGSITSGFARAKDSAISQIKKIPDAVRSAGNSIKTGFATAFNTVVSTATNVVNKTNRAIQTLPQTISRAGSAIKNGFSNGIKAIPQIASNVAKTAGNAFSSIGTTVKNVASASGSAMKSFLSSGMQNVLSKARSVFPGVKKQIQDGVDEPAKTASLSLGKIAGAIGVMKVASKAFSMIGSSMEGAINRIDTLANADRVFENMGFKAEETQKMMQALNKSITGLPTALNDAVSGVQLLASSTGDIGKSQKIFEALNNGILGFGGSADMVNNAIVQLSQSFSNGKVDAETWNSMINSGLGPALNAIAKQMGKTAGELKTGLSEGTISVKDFQDRLIELNEKGGGGLKSLQQIAQDATKGIKTSIANFKTSVTRGVAEIIKAFDKFITAVTGKGVADWIGTFASGFEAGLKKVASGFEAVTPLAKKLYDTLKPFAPVIGGVVAGLLAMGGINSTIFAISKLSGVFAMFTKALWANPIGLVVGLIVTLGVVFYNTYKKSETFRKSVDNLLKPLKKVGEMAQLAGKMIQLYLFGEYTQDKGEQFAKTRKALEEMLPKQVVDAFVKQIQRVSDAKEKLTTIIKAISLSFQDLKPEEYGEKMKSLHDYLGQFIPEEQLNAIWVRIANFNNAINQFKDIFSIFYDALTGNFKDFNQLYEEYGDIFDISQLFDIVYISQILNQVGDTFRSAFTQIKQAILTGITEGDFTQLYTLIQQIAPTIIGMLLGGIPQIAIAGGRLLLSIADGMGLNIPQLITKLTTEILPNIVNTLVTGAITFVNVGIQWINNIIAGINQSLPTLLPIASGIISNLVTFIMQALPVIVQTGWTILSNLMDGIMQALPNLINIAVQLVVWLAQTIAQNLPIIVNKGMDIVLNLLQGILKKFPEWWEMAVKLIIQFGTKLAENFPSIVKKGWELLTKLVQGIGERIPALLAMVVRFMGDMLGKILEYLPDLIILGAKLIVALIKGLWEFGKGLGEFIGGFWDSLKKGFAQIDWGEIGRNVIDGIVKGFTKGFKKAKDAVTELAGNIGGWFKEKMGIKSPSRVMAKISQWVPAGVAVGVEKGAPLVDEAMDALTARMSKTVQSADPTVKNEIKVESKPTSMPVDTKQITNDGSLNAAAFNTGLQTIVPQVTNTIGTMANAVDTALTNQVPEMLSSGREWITTMNNGIIQTVPQLTTSVSSMVNQTNSRIDANDATMTRNGTEWGRNILSGFNSIYPQFINRVGQFTNDTVNRLRSINNTVLSIGRQYMQLLLNGINQLYGTVVSRVTALGNQMVSSLNSKRGGFYNAGTYLMNGLISGINAVKGSLNTTMNSVANAMVGGIGKGVNGVASGVNYIMGQVESKKRINSWNVPKYASGTDGHPEDGFAMVNDQPGSTYHEIVQRPNGETFIPKARNAVLWLKKGTKVVKASMTKQILKARKNAIPRYKNGVGDIDVADFIDDEDALKRFFQSKVNYSQIKSPWNGMTRTAVDMIGHASNDMVQTALSDFFSHGNFDGSLFAGGGAFNNVYTYLVDVAQKLMTKFPGLVPTSGYRPGDAYYHGKHQAIDLAYPGVSNDPRYTTIANYAFEKFKNQIAYVITNGRVRDRMGLSGTGASGNWVTWPAHDHFDHIHLNGAFGGGQLQSGGGGGVERWRGLAIKALRMEGQYSPANLNALLNQMRTESNGDPNAINLWDPNALKGTPSKGLMQVIDPTFQAYARSPYNKNIFDPISNILASIRYTLRTYGSLIAGWRGVGYENGGMVTKDGLYRMGEGNKAEMVIPLTKPQRAMELIMQAIQYMGGGGLIKSLSNVAIPVMDNLTGFAINSAGISGGADDPTNKAILSAIMEQNEILRQILAKNTDVILNGRVVSQELLPELDKQRARNQLLERRKEGKK
Other Proteins in cluster: phalp2_33306
Total (incl. this protein): 21 Avg length: 2108,5 Avg pI: 9,35
Protein ID Length (AA) pI
6eT1I 2066 9,58073
1FRHe 1986 9,41201
4FG 2170 9,23937
4jgmz 2162 9,26135
5FCi3 2064 9,16652
5FvmD 2189 9,39171
5Rbd5 2162 9,25884
5Ws3k 2110 9,64584
61j8K 2164 9,37675
61xWd 2165 9,28379
6JF 2169 9,31473
6Kh 2172 9,29455
6qkTD 2165 9,22712
6tYte 2173 9,36102
6vJft 2169 9,32453
71UJl 2141 9,16510
7u3b9 2165 9,25381
7wcDN 2146 9,32479
86QiO 2066 9,64281
8olFN 2163 9,31737
Similar Clusters (pHMM search)
# Cluster # Members Identity (%) Alignment Length E-value
1 phalp2_30563
5GtxV
 2 28,6% 1410 0.000E+00
2 phalp2_11347
7spQX
 5 30,2% 1657 0.000E+00
3 phalp2_18614
7ATdb
 10 19,4% 1750 3.894E-79
4 phalp2_3349
3e8AL
 6 19,2% 1721 2.425E-37
5 phalp2_36694
5Qujv
 72 19,2% 1648 2.873E-36
6 phalp2_17324
4kx54
 4 17,6% 1577 6.025E-30

Domains

Domains [InterPro]

No domain annotations available.

Taxonomy

  Name Taxonomy ID Lineage
Phage Enterococcus phage Phi_Eg_SY1
[NCBI] 		3022905 No lineage information
Host No host information

Coding sequence (CDS)

Coding sequence (CDS)
CDS Source ID
[NCBI]
CDS Source
OQ623132 [NCBI]
CDS location
range 26989 -> 31524
strand -
CDS
ATGGTTCAAAACGGGAAACCAATTGGAAATATGAAGTTTGGTTTGGGTATAGATGGTACTGCTGAACTTGGTAATACATTAGACAAATTAACGAAACAATTCAAGCAAGCAGAAAGTGCCATGAAGGCTAACATGAAGGCGTTTGATGGAGCAGGCAACTCTGTCAACGCCTTAGAACAAAAATACTCAGACCTAACTAGTGTTGTGAAAATTCAAGAAAAACGAATTGACGTTTTGAATAATCGCAGAACTGAGGCAATTAAAAAGTACGGTGAAGAATCAAAGCAGGTACAAACTCTTAATACTCAAATTAATAACTCAACTTCAAAATACAACGCTTTATCTACAGAGCTTAACAAGACAAAACAAGCCTATGTAATTGCCTCAAGTGGTGTTGATGAGTATTCCAAAGCAATGAAAGACAACGAGCGTAATATGAAGGCAGAAGTCTCTGCGTTAAAATCAGCAGGAGACAAAGTAGGCGCATATAAGGCTCAAAAAGAAGGTTTAAAACGTCAAGATGAACTTACCACAAAAGCAATTCAGGCACAAGAAAAAGCAATTGAGGGATTGAGTTCAGAGTTTGGTGAAAACTCCCGTGAGGTTCAAACAGCGAAAGACCGTTTAGGTGACTTTAAACGTCAGCAACAATTAACAGCCAAGCAACTTGACGGAACAGAGAAACAATTAAAAGAAACAAGTACTGCAACTGAAAACATGAATGAGCAGTTAAAAAAGACTGACTCAGCAGGTGACAAAGCTAGTAAAGGTTTATCCAAAATCTCAGGAGCGACTAAAGGCGCGCTGAGTGGTATTAAAACACTAGTTGGGTCTGTAGGTTTTGGAGCAATGGCAACCATAGGTAATAAAGCAATTGGTGCCATCTCCTCTAACCTAGATAGTGCTATTAGTAGGATTGACACACTGGCAAACAGTACGCGTGCGTTTGAGAACATGGGGTTTTCTGCTAAGGCTACATCCAAAGCAATGGACGGAATCAGTAAAGCCATTGAAGGGTTACCTACTGCGTTGAATGACTCTGTATCAAATGTGCAGTTGCTAGCTGCTTCAACAGGAGACTTAGATAAATCAGTAGACGTCTACAAGGCATTGAATGATGGTATCTTAGGATTTGGCGGAGACGCCAACATGGCTACAAATGCAATCGTTCAATTATCACAAGCTTTTTCTAATGGTAAAGTTGACGCTTCAACATGGAACTCAATGATTAACTCAGGTTTAGGACCTACCCTTAACGCTATGGCTAAAACCATGGGTAAGACAACAGGGGAACTAAAAGAGGGATTATCAGACGGTTCTATCAGTGTTGAACAGTTCCAAAACGCGTTGATAAAGCTAGATAAAGAAGGTGGCGGAGGTCTAAAAGCGTTAGGACAAATCGCCAAAGATTCAACTAAAGGTATTAGTACATCTATAGCAAACGCTAAGACAGCAATGGTCAGAGGTACAGCAGAACTCATCAAAGGTTTTGACGCCTCACTACAAGCCATGAACTTACCCTCAATTGGGGAAATGATTAGTAACTCAGGTAAACGCGTAGAAGGCTTTATGAAGGCTGTAGCTACAGCAATGCCTGCGGTAGCTAGTAAGTTAACTTTTGTAGGTGATACATTTAACGCCGTATTTGGAGGAATCAAGTCCACGCTTGACAATGCCAAAAACTGGATTGAGGCGTTTGGTATTATGTGGAAAGGTGACGGAATTATTGACCCTAAAAAACTAGGGTTAGACCTTGATACAGTAATGGCAATTGATGAGTCAGTAGTAAATCTTAAAAAATCAGTAGGCGGTCTATTCACATGGTTTGATAGTATTAAAGCAATGTGGACAGGTGACGGTATCGTCAATCTTAACGAGCTAGGTTTAGACTTAGACACTGTTTTCTTAATTGATGATTCTATTCAAAGTATTAAAGAGACATTCACTAGTTTTAAAGAATATCTAGTTTCATCATTTACATTAGGGGACAACGAAGGACCAGCGGGATTTATTCAAAAACTAGCTGACGGATTGAATTACTTCACAAAGACTATTCTACCAATGGTAATACCTTTCATTGCTAAAGCATTAGAAACAATTGTCAAACTCATCACAGGAGTACGTAAAATAATTGTACAAGTGATGGACTACGTGATTAAGAATATTATACCATTGGTTATGCCAATCCTGCAAAAACTATTTGACGCCTTCGGTAAAATCTTTGATAAGATTTCCAGTTGGTGGGATAATAACGGGGACCGCATTGGTAAGGCAATTCTAAATCTCGTAAAACTTTTACAACCTGTATTCAAGATTGCAATTGTCCTACTAGGGTCGTTTATTGACTCAGTAATTGGCTTCTTTGATGGAATGGTTGACTTCATCACAGGTACAATAGATGTGTTCTCAATGGTTCTTACAGGTGATTTTAAAGGTCTATGGGACGCTATTAAACGTATTTTCCTAGGCGGAATAAAAGCAGTATGGAACTACATTAACATTATCTTTGTTAAAAACATTGTAACAGCAGTAAAAGGACTAGGAACAAACTTCACCAACATTATCAAAGGTCTATGGGATAGCATTAAAAACCTATTCTCATCCGGAACAACTGGGGCATGGAATATGATAAAAGGTTGGGCGTCTAATATTGCCAACGGTGTAAGAGGTATTAAAAACAACTTTACCCAAGTAATTAAAGACCTCTGGACAGGTGTGAAAAACACATTCAAAGGTGGTATGGATACTGTAGTAGGGTGGATAAAAGGACTACCTAAAAAACTAGCTGACGGAATCAAAGGAGGCGCACACTTCCTAAAAGACGCGTTCAAAAACATGTTTAACGGAGCCATGAAGGTAATTGAGAAACCAGTAAACGGAATCATTGGCGGTGCTAACTGGATTCTTGAAAAACTAGGCATGGACAAAATGAAAACATGGGAAGCACCTAAGTACGCTCAAGGTACCCCTAACGGTGGGCATCCGGGCGGACCAATGATGGTCAACGACGGACGCGGTGCAGAAATGGTAATTGACCCTAGTGGACAAGCTATCATCCCCAAAGGTAAGAACGTTACAATGTACGGACGTAGAGGCACGCAAGTATTAACCGCAGAAGAAACTGCCCAAGTCCTAGGTCATAAACGTCCTAAGTTCGCATACAAAAAAGGAACTGGATTCTTTGACAAGGTAACAGGAGGGGTTAAAAACCTCTGGACTGGTGCCAAGAATATGGCTAAAAGTGCATTTGACAAAGTAGGTAGTTTTGTTGGTGATATTTGGGACTATGCAAGCAACCCAAGCAAACTGGTTGAAAAAGTATTCTCTAGCGTAGTAGATACCTCAGGTTTAATCAAGTATCCTCTAGATATCGCTACAGGACTAGTTAAAAAAGCAACAACAGCTATGACAAGTAAAGTAGCTGATTTGTTCTCAAGTGGAAACCTAGATACAGGCGTAGGAACAGCAGGGGTTTACAAGTACCTAGCAGACGTAGCGCGTAAAGTTGTATCAAAATTCCCTGGTATGCGCGTAACAAGCGGATATAGACCAGGCGACCCATATAGCCACGGTTCAAGAAACGCTATTGACGTTGCTTTCCCTGCAAGCATGAACGGTTCAAGTAAGTACCGTGAAGCAGGTAACTACGCATTTGACAACTTCAAAAATCAAGTAGGTTACGTTATTGCTCTTAACAAAGTACGTGACCGCGCTGGAACATCTGGAACTGGTATTCATGATGCATGGGCTAACTGGGCTTCTGGAGGTCACATGGACCACTTGCACATTAACGGTGTGAGAGACCCTCAATCTAAAGGCGGAGCTATTGACACAACAACCACTGGCTCAGGTGTAGACCGTTGGCGTGCAACAGCTAAACGTGCGCTACAAATGACTGGACAATGGACAACAGCCAACCTTAACGCCTTGATGAACCAAATGCGTACAGAGTCAAACGGAAACCCTAAAGCAATCAACCTGTGGGATATCAACGCCAAGAACGGTATTCCATCAAAAGGGCTAATGCAAGTGATAGACCCAACCTTTAGACAGTATGCAATGAAGCCATACAATAAAAATATCTACGACCCATTGTCTAATATCTTAGCCTCTATCAGATACACGTTATCACGCTACGGGTCCTTAACAAAAGGGTGGCGCGGTGTAGGATACGCGAACGGTGGACTCATCACAAGAGAACACCTAGCAATGGTAGGAGAAGGAAATAAGCCAGAAATGGTGATTCCGTTAGATAGTGCAAAACGTAGTAGAGCAATGATGTTACTTGCTGAGGCTCAAAAACGATTAGGAGTAACACCAACAACAGTAGCCGCAGGTGGTTCAAATGACGAACTAATTGCACAACTAATCATACAACAGCAACAAACTAACATCTTACTACAAGCGTTGTTAGAAAAGGATACAGATGTTTACCTAGACAAACGGAAAGTGACTGCTGAAATAGAGCCTGTTCTTACGAAAGGTAAAGAGAAAGCAACTATGACAGCAGGTAGACGTCTAGGGCGTCTAGTATAA

Gene Ontology

Description Category Evidence (source)
GO:0098003 viral tail assembly biological process None (UniProt)

Enzymatic activity

No enzymatic activity data available.

Tertiary structure

No tertiary structures available for this protein.

The structures below correspond to the cluster representative (6eT1I) rather than this protein.
PDB ID
6eT1I
Method AlphaFoldv2
Resolution 50.61
Chain position -
Model Confidence
Very high
pLDDT > 90
High
90 > pLDDT > 70
Low
70 > pLDDT > 50
Very low
pLDDT < 50