Protein

View in Explore
Genbank accession
QKE54469.1 [GenBank]
Protein name
tail fiber protein
RBP type
TF
Evidence Phold
Probability 1,00
Protein sequence
MADNFELDFGDFSPDFDLDYDFGSQDKNQKKPKKKGDVIKDFASGLWEGFSDSITGYGVPQRLIKSMLPRAYGPALDSIDRTLRFKDDLYDKVRENTKESVTDFKELTREALGAYGGKVPEKLAKRLEDWANSGNNESWRDYVTEDRDSLDVDADTSDLLQAMTYGSAATAELSQAQHTELMATLAAGAVANQKDNAKQSVILDQILTMQRRLVGHTESITTTFQRRSLELQFRHYKLDISIARMQEQYYKRSLEAFSNMIANSTLTDLEKASKSPGHQKLMQKQTGTGVIKQTFSRYGNHLYDSLYGMADNASQNVNNRWSSAARGAAAAMRAGQQARMSGAFNGARNKGALVGTMAASAMPFLLQQLVRNRMEASGNATGMGHNLSYYAESAPGLINGWLRNRKQFDEYYNEFDPNNKWYTRLQKGVLNPLMNNALFSMPITQGNKTRVTTPGVKDLMQPTQWDLMQRRTLVEVIPGLLTQQLTTQQKLVELWGGEKSTETAFNHKQGAFTTKARVKADVRSSIFNRSEFQSAAGSFNSMVEVIDPEEELSPNARVALAMRFARDADAGDGFNINNYLSESGWINTDKDTIREINDFLHARFETKEATGKAKIFGKYQIGDTKEVAELRKRVATNMQSQMNYMPNVQDSVNSLANGGQRALLKEMGIIQRVNGQEVFNHDMYWEMMQKFISNPNFRPDLEEDPNDLLRRVDKGAVSDLKEKAKSKLKGGLDDLGVTDAANNAKDRVNDVLGRGKDAAAGATERLRTSMTKDALNDLYDNAIEKYDDLVSQLQRLAHSGNDMDIRVGIAEVKERAAETIRHIRKQLAGSNREELGEAAYNAVMEQGEQLISSLNRQIDTLDISTLRSGVAAEEAGSTKPLADIVTPEPGVARISQIDEPVSNQPQQPAPEVTLAEETNDLLKELISISASSRDQITATKDATMAQITGDPNLISEGVQERKGFLKSLGDRMKSREASKVAKMVGLGKMYSSGVFTVTKWATIGPAYLGWKATKGLWSYFRKKKEAERGDVDGDGLRENSWMARLRRKKEEKPEAAPKDDKPRKEPTSIFGLLSGIWGGVTGMFDGIKKFGILGGLANFLGLGWIGTLVSGIGTAIGGLGKLILGKKAAETVGDIVGDAADVGDMVEGDGKKGKKGGKGRTRVPKKRGFLNRMTRKVVGGTARAIKNEPGRMAGRASWLLKGGAKTLARRIPMVGAVGLGAFEMYQSYQDNDGLGMADSAGGMAGGLAGAAAGAAIGSVVPIVGTFIGGVVGGAIGAMGGSAIGSSLYKWARSPGLLQQMRLYQYGLNSIDGDYTGKIFALEKGCEPYVKLTDSGKAMLDPKLPLAELARPFINDPNDRDEVESFGGWFVHRFKPVFLTHFAVAKQMFPSSKFEDIDGSSDSAAKYEMARRCQQFDESIDHPYRWSGILFNTQPALDYDQTTQYVQEVVDKLKAGLKDRQKTTTKTTSLMTTGDEDRARAATIDKGVVDAIKPTDGKTLKGVNTDGHTVSGGWGQEVTVVTAQDVLGSILPKKGEPLDDLTAARMKIYGLGSLDVSRVSVLLQLELVMQNRIQFNGRGVTFSGKTKEVFDIIAASFGHGWLSIGAFGSWSKWFSRRFLPAYLAFASAVKNQVGEDQPTIASKNLPPETKLAIINAMTSATYNDGRDEKSIWTVADNPWSDWVVTNTDASILDAHLNNLKALAKTAQYETNDVKGGVKQTDGTTDKDWRPDKSTGQQTTNAVRGTDGLVRSSQRQETVYDPKTGKTTGSYGGGGFGADNAGAAASGAGGLDTTGKVEPLKLGPGTEEGARAMIREAVKSGVTDKKELAIMLANTHHETGGFKNVEENLRYKPQTLMKLWPHRFPTMEKASAVAGGGPVVVANTIYGNRMGNDEPGDGWKYRGRGFIQLTGKDNYQRASKALGVDLVSDPDQVAEDPTMAASSALYFWKANKRIGEQARAGNVAGVRKIVNGGTIGLEDTQKLAQQYAQMLNGGEYDDIISGKDKGETGTTSDGGESMEDMMGKSAQEQAAQSGAAPEGSSTNASPPPAGAATGDASAPSAAPPGSTTNAAPPPGAPSMQSTTGPSAAAETNATSVTPNAKDSTASAEVTPFNKNDLQPQTPPTKPEEVKPVPVTMEMDDTHSKSTAENTASMAEKMDQMLEALNTIAGTNKQMAEKETQAPPAVSPVQPPNPQQTAKDFRSQPVGTTNQGVSLKRTY
Physico‐chemical
properties
protein length:2216 AA
molecular weight: 240043,01350 Da
isoelectric point:7,32043
aromaticity:0,06814
hydropathy:-0,53917

Domains

Domains [InterPro]
DC_0593
STR
1–1806
DC_0593 G3DSA:1.10.530.10
Coil
Unmapped
772–792
Coil IPR023346
cd00325
ENZ
1821–1971
cd00325
PTHR22595
Unmapped
1821–1950
PTHR22595
IPR000726
ENZ
1895–1950
IPR000726
QKE54469.1
1 2216
Architecture
STR
RBD
STR
STR 1-1806 | RBD 1807-1816 | STR 1817-1990 |
Legend: ATT STR RBD CBM LEC ENZ CHP LNK TAS TTP UNK Unmapped

Taxonomy

  Name Taxonomy ID Lineage
Phage Salmonella phage vB_SalM_SA002
[NCBI] 		2739752 Viruses > Duplodnaviria > Heunggongvirae > Uroviricota > Caudoviricetes
Host Salmonella enterica subsp. enterica serovar Heidelberg
[NCBI] 		611 Pseudomonadota > Gammaproteobacteria > Enterobacterales > Enterobacteriaceae > Salmonella > Salmonella enterica

Coding sequence (CDS)

Coding sequence (CDS)
Genbank protein accession
QKE54469.1 [NCBI]
Genbank nucleotide accession
MN445183.1 [NCBI]
CDS location
range 120870 -> 127520
strand -
CDS
ATGGCTGACAATTTTGAACTTGATTTTGGTGACTTCAGTCCGGACTTCGATCTCGATTACGATTTCGGTAGTCAAGACAAGAATCAGAAGAAGCCAAAAAAGAAAGGCGACGTGATCAAAGATTTCGCGTCCGGCCTATGGGAGGGATTCTCAGACAGCATCACGGGATACGGTGTTCCGCAACGTCTGATTAAATCCATGCTCCCACGTGCGTACGGTCCGGCGTTGGATTCCATCGATCGTACATTACGCTTTAAAGATGACCTATACGATAAAGTTCGTGAGAACACCAAAGAGTCAGTAACGGACTTTAAAGAACTCACCCGTGAAGCCTTAGGCGCTTACGGCGGGAAGGTTCCCGAGAAGTTGGCCAAACGTTTAGAGGATTGGGCCAACTCCGGCAACAACGAATCTTGGCGTGATTACGTGACTGAGGATCGTGATTCCTTAGACGTTGACGCTGACACCAGTGATCTGTTACAAGCCATGACTTACGGCAGTGCGGCTACCGCAGAACTGTCGCAAGCACAGCATACCGAGTTAATGGCAACGTTGGCCGCAGGTGCGGTGGCTAACCAGAAAGACAATGCGAAACAGTCGGTGATCCTCGATCAGATCCTCACCATGCAGCGTCGTCTGGTAGGGCATACTGAGAGCATCACTACCACGTTCCAACGTCGGTCACTTGAACTCCAGTTCCGTCATTATAAGCTGGATATTTCTATTGCCCGCATGCAAGAGCAGTATTACAAGCGCTCGCTTGAAGCCTTCTCTAACATGATTGCCAACTCAACCCTGACCGATCTAGAGAAAGCGTCTAAATCTCCGGGTCATCAGAAGCTGATGCAAAAGCAAACCGGGACTGGTGTAATTAAACAAACGTTCTCACGCTACGGTAACCATCTGTACGACTCCTTGTATGGAATGGCAGACAACGCATCACAAAACGTCAACAACCGTTGGTCGTCTGCGGCACGTGGCGCAGCTGCTGCAATGCGGGCTGGCCAGCAGGCGCGTATGTCAGGGGCCTTTAACGGTGCACGTAATAAAGGTGCATTGGTTGGTACCATGGCCGCGTCAGCGATGCCGTTCTTGCTACAGCAGCTGGTGCGTAACCGAATGGAAGCCAGCGGTAATGCCACGGGGATGGGACATAACCTCAGTTACTACGCCGAATCAGCCCCAGGGTTAATCAACGGGTGGTTACGTAACCGCAAACAGTTTGATGAGTACTACAATGAGTTCGACCCCAACAACAAATGGTACACCCGTTTGCAGAAAGGGGTGTTGAACCCGTTAATGAACAACGCCCTGTTTAGCATGCCGATTACGCAGGGTAATAAGACCCGGGTAACGACCCCAGGCGTAAAAGACCTGATGCAACCAACCCAGTGGGACCTGATGCAACGTAGGACGTTGGTGGAAGTGATTCCTGGTCTGTTAACCCAACAGCTGACGACACAGCAAAAGCTGGTTGAGCTGTGGGGTGGGGAGAAATCCACAGAGACCGCCTTTAATCATAAGCAGGGTGCATTCACCACGAAGGCCCGTGTAAAAGCTGATGTGCGTTCCAGTATCTTTAACCGCAGCGAGTTCCAGTCGGCAGCCGGTTCGTTCAACAGCATGGTTGAAGTGATTGACCCAGAAGAAGAGCTGTCGCCAAACGCCCGTGTGGCGCTGGCCATGCGCTTTGCCCGTGATGCGGATGCGGGTGATGGGTTTAACATCAATAATTACCTGAGTGAGTCGGGTTGGATCAATACCGATAAAGATACCATCCGTGAAATCAACGACTTCCTGCATGCGCGCTTTGAAACCAAAGAAGCTACCGGGAAAGCGAAGATCTTCGGTAAGTATCAAATCGGTGATACGAAGGAAGTAGCAGAACTGCGTAAGCGTGTGGCAACGAACATGCAATCGCAGATGAACTACATGCCTAACGTACAGGATTCGGTAAACTCCCTGGCGAACGGTGGTCAGCGTGCTCTGTTGAAAGAGATGGGTATCATCCAACGTGTCAACGGTCAAGAAGTCTTTAACCACGACATGTACTGGGAGATGATGCAGAAGTTCATCTCAAACCCGAACTTCCGTCCTGATCTGGAAGAAGATCCTAACGATCTCCTGCGTCGTGTTGATAAAGGTGCGGTAAGTGATCTGAAGGAGAAGGCGAAGTCCAAGCTTAAAGGTGGGTTGGATGACCTGGGCGTTACCGATGCTGCGAACAATGCAAAGGATCGCGTTAATGACGTCCTGGGACGCGGTAAGGACGCGGCTGCGGGGGCGACTGAACGTCTTCGCACCTCGATGACCAAAGATGCCCTTAACGACCTTTACGATAACGCGATTGAGAAGTACGACGATCTGGTGTCTCAGCTGCAACGTTTAGCGCACAGCGGCAACGACATGGATATTCGTGTAGGTATCGCGGAAGTAAAAGAACGGGCGGCCGAAACCATTCGTCATATTCGTAAACAGCTTGCGGGGTCTAATCGCGAAGAACTCGGCGAAGCTGCCTACAACGCAGTCATGGAACAGGGTGAACAATTAATCAGCTCATTGAACCGACAGATTGACACTCTGGATATCTCTACGCTGCGCAGCGGGGTAGCGGCTGAAGAAGCAGGTTCAACAAAACCGTTAGCCGACATTGTTACGCCAGAACCTGGTGTGGCACGGATCAGCCAGATTGATGAGCCGGTATCCAATCAACCACAGCAGCCAGCACCAGAAGTCACGCTGGCGGAAGAGACCAACGACCTGTTAAAAGAGTTGATCTCCATCTCTGCGTCGTCACGTGACCAAATCACAGCGACCAAAGATGCCACCATGGCCCAGATTACCGGTGACCCTAACTTGATCAGTGAGGGGGTTCAGGAACGCAAAGGGTTCTTGAAATCATTGGGCGATCGCATGAAGTCTCGCGAAGCATCTAAGGTCGCGAAGATGGTTGGCCTCGGTAAGATGTACAGCTCCGGCGTCTTCACAGTCACCAAGTGGGCGACGATTGGTCCGGCCTATTTAGGGTGGAAAGCCACGAAAGGGTTGTGGTCGTACTTCCGTAAGAAGAAGGAAGCTGAACGCGGTGACGTTGACGGCGACGGTCTACGCGAAAACTCTTGGATGGCACGATTGCGTCGTAAGAAGGAAGAGAAACCTGAAGCCGCACCAAAGGATGATAAACCGCGGAAAGAGCCTACTTCGATCTTTGGCTTGCTCTCCGGTATCTGGGGTGGCGTCACGGGGATGTTCGACGGGATTAAGAAGTTCGGTATTCTCGGCGGACTGGCTAACTTCTTAGGGCTAGGTTGGATCGGTACGCTGGTCAGCGGAATCGGTACTGCCATCGGCGGTTTGGGGAAACTCATCCTCGGTAAGAAAGCAGCAGAGACGGTAGGGGATATCGTTGGGGATGCGGCTGATGTCGGTGACATGGTCGAAGGCGATGGTAAGAAAGGGAAGAAGGGCGGTAAAGGTCGGACGCGTGTGCCGAAGAAACGCGGCTTCCTGAATCGCATGACCCGTAAAGTGGTTGGCGGTACTGCCCGTGCCATTAAGAACGAACCGGGTCGTATGGCCGGTCGTGCTTCATGGTTGCTCAAAGGTGGTGCGAAGACCTTGGCACGTCGTATCCCGATGGTGGGTGCAGTGGGGCTCGGTGCATTTGAGATGTACCAATCCTATCAAGATAACGATGGGTTAGGGATGGCGGACTCCGCAGGTGGGATGGCTGGTGGCCTGGCCGGTGCAGCCGCAGGGGCAGCAATTGGTTCTGTTGTACCAATTGTCGGGACCTTTATCGGTGGGGTGGTTGGTGGCGCTATTGGTGCAATGGGTGGATCAGCAATCGGGTCCTCGCTGTACAAATGGGCGCGTTCACCTGGACTGTTACAACAGATGCGTCTGTATCAGTACGGTTTAAACTCCATTGACGGTGACTATACCGGTAAGATCTTTGCGTTGGAAAAAGGGTGTGAACCATACGTTAAGCTGACCGATTCCGGTAAGGCCATGCTGGATCCAAAACTGCCCCTGGCAGAATTGGCCCGCCCATTTATCAACGACCCTAACGATCGTGATGAAGTGGAGTCCTTCGGTGGCTGGTTTGTACACCGCTTCAAACCGGTGTTCTTAACCCACTTCGCTGTCGCTAAACAAATGTTCCCAAGCTCTAAGTTTGAGGACATTGATGGATCCAGTGACAGCGCAGCCAAGTATGAGATGGCACGTCGTTGTCAGCAGTTTGACGAATCCATCGACCATCCTTACCGTTGGTCAGGCATCCTGTTCAACACCCAACCTGCGTTAGATTACGACCAAACCACGCAGTACGTTCAAGAGGTTGTCGACAAACTGAAGGCTGGGTTGAAGGATCGTCAGAAGACAACCACGAAAACGACGTCGCTCATGACTACGGGTGATGAAGACCGCGCACGCGCAGCAACCATTGATAAAGGTGTGGTGGACGCGATTAAACCCACCGACGGGAAAACGCTGAAAGGCGTAAACACCGACGGTCATACCGTATCGGGTGGCTGGGGGCAAGAAGTGACCGTGGTCACTGCCCAAGACGTGTTGGGTTCCATTCTGCCGAAGAAAGGCGAACCGTTGGATGATCTGACCGCAGCCCGTATGAAGATCTACGGGTTAGGCAGTCTTGATGTGAGTCGGGTTTCGGTACTGCTCCAGTTAGAACTGGTCATGCAGAACCGTATTCAATTCAACGGACGGGGTGTCACCTTTAGCGGTAAAACGAAAGAGGTCTTTGACATCATCGCCGCGTCGTTTGGTCATGGGTGGCTGTCGATTGGTGCCTTTGGGTCATGGTCAAAATGGTTCTCTCGTCGTTTCTTACCAGCATACTTGGCATTTGCCTCGGCTGTGAAGAATCAGGTTGGTGAAGATCAACCGACGATTGCTTCGAAGAACTTACCGCCAGAAACGAAACTCGCTATCATCAATGCGATGACCAGTGCGACGTACAATGACGGTCGTGACGAGAAGAGTATCTGGACCGTGGCGGATAACCCGTGGAGTGATTGGGTTGTCACCAACACCGATGCCAGTATTCTGGATGCACACCTCAACAACCTGAAAGCATTAGCGAAGACGGCGCAGTATGAAACCAACGACGTTAAAGGTGGGGTGAAACAGACAGACGGCACGACGGATAAAGATTGGCGTCCTGATAAGAGCACGGGCCAGCAAACCACCAATGCCGTACGCGGCACAGATGGGCTGGTGCGGAGTTCACAACGTCAGGAAACTGTCTACGATCCTAAGACCGGGAAAACCACTGGCTCATACGGGGGTGGGGGTTTCGGTGCCGATAATGCGGGTGCCGCAGCATCTGGCGCAGGTGGGTTAGACACCACCGGTAAAGTTGAACCGCTGAAGTTGGGTCCAGGCACTGAGGAAGGTGCGCGGGCCATGATCCGCGAAGCTGTGAAAAGCGGTGTTACCGATAAGAAAGAACTGGCGATCATGTTGGCGAACACCCACCATGAAACCGGGGGCTTTAAGAACGTTGAGGAAAACCTGCGTTACAAACCTCAGACGTTAATGAAGCTGTGGCCTCATCGGTTCCCAACCATGGAGAAAGCATCTGCTGTCGCAGGTGGTGGTCCGGTTGTAGTGGCAAACACCATCTACGGTAACCGCATGGGGAACGACGAGCCAGGAGACGGTTGGAAATACCGTGGGCGTGGCTTTATCCAGTTAACGGGTAAAGACAACTACCAGCGCGCTTCTAAAGCGTTGGGCGTGGACTTGGTGTCTGATCCAGATCAGGTCGCCGAAGACCCGACCATGGCAGCATCCTCAGCCTTGTATTTCTGGAAAGCCAATAAACGTATCGGTGAGCAAGCACGAGCGGGTAACGTAGCGGGTGTGCGTAAGATCGTCAACGGCGGCACCATCGGCCTTGAAGACACGCAGAAGCTCGCACAACAGTACGCTCAGATGTTGAACGGCGGCGAGTACGACGACATCATTTCCGGCAAGGATAAAGGTGAAACGGGTACCACGTCGGACGGCGGTGAGTCCATGGAAGACATGATGGGTAAATCTGCTCAGGAGCAGGCTGCGCAGTCTGGCGCTGCTCCAGAGGGGTCATCCACCAATGCTTCTCCGCCGCCGGCAGGGGCTGCGACTGGCGATGCTTCGGCACCTTCAGCGGCGCCTCCAGGTTCAACAACAAACGCGGCTCCGCCTCCAGGCGCACCGTCCATGCAGTCTACCACGGGTCCAAGTGCAGCAGCAGAAACCAACGCGACCTCGGTTACACCGAACGCCAAGGATTCCACTGCGTCTGCTGAAGTTACGCCGTTCAATAAGAACGACCTGCAACCGCAGACACCGCCGACCAAACCAGAAGAGGTTAAACCTGTTCCGGTTACCATGGAGATGGACGATACCCACTCGAAATCGACTGCGGAAAACACGGCGTCGATGGCTGAGAAGATGGATCAGATGCTTGAAGCCTTGAACACCATTGCTGGCACCAACAAGCAAATGGCCGAAAAGGAAACACAAGCACCGCCAGCGGTTAGTCCGGTTCAACCACCGAACCCGCAACAAACGGCAAAGGACTTCCGTTCCCAACCGGTTGGAACCACTAACCAAGGCGTCTCGTTAAAACGCACTTACTAA

Genome Context

Genome Context

Tertiary structure

PDB ID
802d3882e105f03295e33cebcdcb5be160d33b8e5c3dc3c14ec16a842eb935ae
ColabFold
Source ColabFold
Method ColabFold
Resolution 0,4296
Oligomeric State monomer
Download PDB
Model Confidence
Very high
pLDDT > 90
High
90 > pLDDT > 70
Low
70 > pLDDT > 50
Very low
pLDDT < 50