Protein

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UniProt accession
A0AAE8BZS4 [UniProt]
Protein name
Uncharacterized protein
RBP type
TF
Evidence UniProt/TrEMBL
Probability 1,00
Protein sequence
MKSNTLAFNIDFVEANPAWAELFEMLDGHNDEQNLTVIEQLLNLRRINADTNDELAEASIRQLGINITRDLMQYRLPSLKRVIDCLPDWQQVSGTTQWPKFVGMLLGGQFDASRLYTADYQTFVPTPLGTLIQDGGTWYKTNKVNLEVDAQLIDGGLDLTITKDAEKDVVSALQEVGMTQQEAEDWFNNHIGFEPVNNDAQQYTARSAMFYRRIADLFYQWAPIEEVLEGVYAAINLSAKLYLGAHVVVEPVRRFMVGAPLQKSIAFIQPEFIRGGEWTTFGAVIKYSDNTEQTVEVWVEDSSWIAERDGNAVRFNEPLAISVINLTLSYNGTKQALESRIYPMGVEPDPDELIIECPTLYGNASAKVRVYGKYLSTGSMKELTDSGMIALSTTLGTFNGTTLNLPSVDADSKVDISVAFQGQFDMSKTQEFDVNRSVKDLVPTELRIILDDEIPQGEEVSIKYAVTYNDGTSKLGTAQARTTSEHTEIVENVLKSKVMRSDYLTSVYAVFGEVTPIEAVKQVVLKAPDIKLATIDLVVPETVVERDIVRPKAMALYVLASATQAQINARDPSIVVAYIEVFGIWFSSEDKATAVNAIPRVDTQTGEFEAPLVSGDALKYALNFTFIDGSSTVTFNRIILVNDTIMIPKSVDLRSSPTISSGSTLMMPVVCLWNNGLSYAAAAAVTVEYVPSASAIEEARQRTIRLQQQAVEQGQDPSQFDPDHPDYARWVTLTVSQSNNTVYDPIMGRSVKEYVLYYQGDLHGSARISMEYEFEGTHLTNYRDLQLIPTRSLVDSITIECPDLLYEKSRTFVRLLATYVDGSQEYVTAAEWVGNWPEKDEDDYKFLQFSPGRYSGMAVVEIVEGRTPTDYKDFRSMGVSKLPMFNAIGSIADLNKAYFDGAILQTGKSKYDYSTATQVIASFFRVSNKIDVTVAPQPKQSINNIINSRIEGATQISADVLSESYTLVNTYKTGGVMRTLDGSYAEETPKTFDLEVDSEWLVVQNYYVQPGPNNTQMLVPTTDIVAEIDAEGSLTPSKNVNGAVLIRARYTCDQYQIEKTLLVYLVQANTYLRQIGITGPDVVWDVSDRNPTIGYENGRWYVPYGLRVIIDPDAELTTTDAIWSIGDETNVDGVSVNPLNGHLFIGQTQLSDGVINLHAVFTKQNPQSLADETIIGTRTIQLQTQNTILNGYIENPPGNISPNTDYRFTAFYTRRSGATGSSRLPDANSVKFQWNVIESVSGFTLAQDGTFRFPASKDPQKVKVECIITEQRTTISLVQEITCPGIGFPQDLTVGGYTNVRDDSSMQMNALLGRTGTFVKDDVSAKCLWQITNSKGDVVDVQGISINAQTGRLTIGLLLNDTDFGVKAIYIEGQQTLTQTHFMKAMSSYPRFGVAPFGITGVSIALAQLPTRLRSKTGGQFVLSTKQDEYGYFVVRQSYGQAVFAAAADSSGTVNKGWLGFDGAQWPVTGDNGKKGPIVGKIVYDNLTENVLIYRTNARAFGSSVITVRYQ
Physico‐chemical
properties
protein length:1511 AA
molecular weight: 167208,33010 Da
isoelectric point:4,71516
aromaticity:0,09398
hydropathy:-0,18458

Domains

Domains [InterPro]

No domain annotations available.

Legend: ATT STR RBD CBM LEC ENZ CHP LNK TAS TTP UNK Unmapped

Taxonomy

  Name Taxonomy ID Lineage
Phage Erwinia phage pEa_SNUABM_17
[NCBI] 		2869545 Uroviricota > Caudoviricetes > Alexandravirus >
Host Erwinia amylovora
[NCBI] 		552 cellular organisms > Bacteria > Pseudomonadati > Pseudomonadota > Gammaproteobacteria > Enterobacterales

Coding sequence (CDS)

Coding sequence (CDS)
Genbank protein accession
QZE57654.1 [NCBI]
Genbank nucleotide accession
MZ443777 [NCBI]
CDS location
range 76678 -> 81213
strand -
CDS
GTGAAATCAAACACTCTAGCCTTTAACATTGACTTCGTTGAAGCCAACCCAGCATGGGCAGAGTTGTTCGAGATGCTCGATGGGCACAACGACGAACAGAACCTCACAGTGATTGAGCAACTGTTGAATCTTCGTCGTATCAATGCAGACACAAACGACGAGCTGGCTGAGGCGAGTATTCGCCAGCTCGGTATCAACATCACGCGCGACCTGATGCAGTATCGTTTGCCCTCATTGAAACGTGTTATCGACTGCTTACCTGACTGGCAGCAAGTATCTGGTACAACTCAGTGGCCTAAGTTCGTGGGAATGTTGTTGGGCGGGCAGTTCGATGCTTCTCGCCTGTACACTGCTGACTATCAGACGTTCGTGCCTACCCCGCTTGGTACTCTGATTCAAGACGGTGGTACGTGGTACAAAACGAACAAGGTTAATCTCGAAGTTGACGCGCAACTGATTGATGGTGGCCTTGACCTGACGATCACGAAAGACGCAGAGAAAGACGTTGTTAGTGCACTGCAAGAAGTAGGCATGACACAGCAAGAGGCAGAAGATTGGTTCAACAACCACATCGGCTTTGAGCCTGTCAACAACGACGCCCAGCAATACACTGCGCGTTCTGCGATGTTCTACCGTCGCATTGCTGACTTGTTCTATCAGTGGGCACCCATCGAAGAAGTATTAGAAGGCGTATACGCTGCAATCAATCTGAGTGCTAAACTGTATCTCGGTGCGCACGTTGTCGTTGAGCCTGTTCGACGCTTCATGGTAGGTGCGCCGTTGCAGAAGTCTATCGCGTTCATTCAACCTGAGTTCATCAGAGGCGGTGAGTGGACTACGTTCGGCGCTGTCATTAAGTACAGCGACAATACCGAGCAGACTGTCGAAGTGTGGGTAGAAGACTCTTCATGGATTGCAGAGCGTGACGGTAACGCAGTGCGCTTCAACGAACCGCTTGCGATCTCTGTTATCAACCTCACCCTAAGCTACAACGGCACAAAGCAGGCGTTAGAGTCGCGCATCTATCCTATGGGTGTCGAGCCTGACCCAGATGAACTGATAATTGAATGCCCTACGCTGTACGGCAATGCGAGTGCTAAAGTCCGAGTGTACGGTAAGTATCTGTCCACTGGCTCTATGAAAGAGCTGACCGATAGTGGCATGATTGCGCTGTCCACAACTCTCGGTACGTTCAACGGTACGACACTCAATCTGCCTAGCGTCGATGCAGACTCTAAGGTTGACATTAGCGTTGCGTTCCAAGGACAGTTTGATATGTCCAAGACGCAGGAGTTTGATGTTAATCGCAGCGTCAAAGACTTGGTGCCTACAGAACTGCGCATCATCCTCGACGACGAAATCCCTCAGGGAGAAGAAGTCTCTATCAAGTATGCTGTGACGTACAACGACGGCACTTCGAAGCTGGGCACTGCACAGGCACGTACCACCAGCGAGCATACTGAGATAGTTGAGAACGTGTTGAAGTCTAAGGTCATGCGATCTGACTATCTGACTTCTGTGTATGCTGTGTTCGGTGAAGTCACACCTATCGAAGCAGTCAAACAGGTCGTGCTGAAAGCGCCTGATATTAAGCTGGCAACGATTGACCTCGTTGTACCTGAGACTGTGGTTGAGCGCGACATTGTTCGCCCGAAAGCAATGGCACTGTATGTACTAGCGTCTGCTACTCAGGCCCAGATTAATGCGCGTGACCCTTCGATCGTGGTTGCTTACATCGAAGTGTTTGGCATCTGGTTCAGTAGTGAAGACAAAGCAACAGCGGTCAATGCTATCCCTCGTGTCGATACGCAGACAGGTGAGTTCGAAGCCCCTCTGGTTAGCGGTGATGCGTTGAAGTATGCGCTGAACTTCACCTTCATTGACGGTAGCTCTACCGTAACGTTCAACCGAATCATTCTCGTTAACGACACGATTATGATTCCTAAGTCAGTTGACCTGCGATCCTCTCCTACTATCAGTAGCGGCTCCACACTTATGATGCCTGTGGTCTGTCTATGGAACAACGGCTTGTCTTATGCTGCTGCGGCTGCTGTTACGGTTGAGTACGTTCCGTCTGCGTCTGCTATTGAGGAAGCGAGACAGCGTACAATCCGATTGCAACAACAAGCAGTTGAACAAGGGCAGGACCCGAGTCAGTTCGACCCTGACCATCCTGATTATGCTCGCTGGGTAACGCTGACTGTTAGCCAAAGCAATAACACTGTGTATGACCCAATCATGGGACGCAGTGTGAAAGAGTATGTGCTTTACTATCAGGGTGACCTGCATGGTTCTGCGCGTATCAGCATGGAGTATGAGTTCGAAGGTACGCATCTCACTAACTACCGTGATTTGCAATTGATACCTACGCGCTCGCTGGTGGACAGTATTACTATCGAATGTCCTGACTTGTTGTACGAGAAGTCACGCACGTTCGTTCGTCTGCTTGCGACCTATGTTGATGGTAGTCAGGAGTATGTGACCGCTGCTGAGTGGGTTGGTAACTGGCCTGAGAAAGACGAAGACGATTACAAGTTCCTCCAGTTCTCGCCTGGTCGATACAGTGGGATGGCGGTTGTTGAAATCGTTGAGGGTCGCACACCTACTGACTACAAAGACTTCCGTTCGATGGGTGTCAGTAAGCTGCCTATGTTCAATGCTATCGGCAGTATCGCTGACCTGAACAAAGCATACTTTGACGGTGCTATTCTGCAAACAGGCAAGAGCAAGTACGACTACAGCACCGCTACGCAGGTTATTGCTTCATTCTTCCGAGTGAGCAATAAGATTGACGTGACGGTGGCTCCTCAGCCTAAGCAGAGTATCAACAACATCATTAACAGCCGTATTGAGGGTGCAACGCAAATCAGTGCTGACGTGCTGTCCGAGTCATACACTCTGGTCAACACGTATAAGACTGGTGGCGTGATGCGTACACTCGACGGTTCGTATGCGGAGGAAACGCCGAAGACGTTTGATCTCGAAGTCGATTCAGAGTGGCTGGTGGTGCAGAACTATTACGTGCAGCCAGGTCCGAACAATACGCAGATGCTTGTGCCTACTACCGACATAGTGGCCGAGATTGATGCAGAAGGTTCACTCACACCTAGCAAGAACGTTAATGGTGCTGTGCTGATTCGCGCTCGCTATACGTGCGACCAGTATCAGATTGAGAAGACGTTGCTTGTCTATCTTGTTCAGGCGAACACGTATCTCCGTCAGATTGGCATCACTGGTCCTGACGTTGTGTGGGATGTATCTGATCGTAACCCTACTATCGGTTACGAGAACGGACGCTGGTACGTGCCTTACGGTCTGCGTGTCATCATCGATCCCGATGCAGAACTCACGACGACTGACGCTATCTGGTCTATCGGTGACGAGACTAACGTTGATGGTGTGTCTGTCAATCCTCTGAACGGTCATTTGTTTATTGGACAGACCCAATTGTCTGACGGTGTTATTAACCTTCATGCTGTGTTCACCAAGCAGAACCCGCAGTCGCTTGCTGATGAAACAATTATCGGTACGCGCACGATTCAGCTTCAAACGCAGAACACGATTCTTAACGGGTATATCGAAAACCCTCCCGGCAATATCAGCCCTAACACTGATTACCGCTTCACTGCATTCTACACACGACGCTCTGGTGCAACTGGTTCAAGCCGCTTGCCTGATGCGAATAGTGTGAAGTTCCAGTGGAACGTGATTGAATCTGTCAGTGGGTTTACGCTTGCGCAAGACGGTACGTTCCGTTTCCCTGCATCGAAAGACCCGCAGAAGGTTAAGGTTGAATGTATCATCACCGAGCAGCGCACCACTATTAGTCTCGTGCAAGAGATCACATGCCCAGGCATTGGTTTCCCACAAGACCTGACAGTAGGTGGCTACACGAATGTGCGTGACGATAGTTCAATGCAGATGAACGCATTGCTTGGTCGCACTGGTACGTTCGTGAAAGATGATGTGAGCGCTAAGTGCCTGTGGCAGATTACGAACAGTAAGGGTGACGTGGTAGACGTGCAGGGCATCTCTATCAATGCTCAGACTGGTCGCCTGACTATCGGCCTGTTGCTTAACGACACGGACTTTGGTGTTAAGGCTATCTACATTGAAGGACAGCAGACGCTTACGCAGACGCACTTCATGAAAGCCATGTCGTCCTATCCTCGATTCGGTGTTGCACCTTTCGGTATTACTGGTGTGAGTATCGCACTTGCTCAGTTGCCGACACGTTTACGTTCTAAGACAGGTGGCCAGTTCGTGTTGTCCACAAAACAAGACGAGTACGGTTACTTCGTTGTCAGACAGTCATACGGACAAGCTGTGTTTGCAGCAGCCGCGGACAGTTCTGGAACAGTGAACAAAGGGTGGCTTGGGTTTGATGGTGCTCAGTGGCCTGTCACTGGAGATAACGGTAAGAAAGGTCCTATCGTTGGCAAAATTGTGTATGATAACCTGACAGAGAACGTCTTGATCTATCGTACCAATGCGCGAGCGTTCGGTTCCTCTGTTATCACTGTGCGTTACCAGTAA

Genome Context

Genome Context

Tertiary structure

PDB ID
f1db72b18e92742624ad3bb23cc8894e84f89c6d34496fd0cf671719c9cc6dfb
ColabFold
Source ColabFold
Method ColabFold
Resolution 0,7795
Oligomeric State monomer
Download PDB
Model Confidence
Very high
pLDDT > 90
High
90 > pLDDT > 70
Low
70 > pLDDT > 50
Very low
pLDDT < 50