Detailed information    

insolico Bioinformatically predicted

Overview

Name   addA   Type   Machinery gene
Locus tag   NSQ30_RS05245 Genome accession   NZ_CP151990
Coordinates   1082973..1086671 (+) Length   1232 a.a.
NCBI ID   WP_065098900.1    Uniprot ID   -
Organism   Bacillus sp. FSL R7-0651     
Function   homologous recombination; plasmid transformation (predicted from homology)   
Homologous recombination

Genomic Context

Location: 1077973..1091671
Locus tag Gene name Coordinates (strand) Size (bp) Protein ID Product Description
  NSQ30_RS05230 (NSQ30_05230) - 1078268..1078678 (+) 411 WP_065098902.1 DoxX family protein -
  NSQ30_RS05235 (NSQ30_05235) - 1078875..1079321 (-) 447 WP_044139865.1 ferritin-like domain-containing protein -
  NSQ30_RS05240 (NSQ30_05240) addB 1079486..1082995 (+) 3510 WP_065098901.1 helicase-exonuclease AddAB subunit AddB Machinery gene
  NSQ30_RS05245 (NSQ30_05245) addA 1082973..1086671 (+) 3699 WP_065098900.1 helicase-exonuclease AddAB subunit AddA Machinery gene
  NSQ30_RS05250 (NSQ30_05250) sbcD 1086698..1087873 (+) 1176 WP_106064954.1 exonuclease subunit SbcD -
  NSQ30_RS05255 (NSQ30_05255) - 1087870..1091265 (+) 3396 WP_106067180.1 SMC family ATPase -
  NSQ30_RS05260 (NSQ30_05260) - 1091285..1091584 (+) 300 WP_044139870.1 hypothetical protein -

Sequence

Protein


Download         Length: 1232 a.a.        Molecular weight: 142242.21 Da        Isoelectric Point: 5.0659

>NTDB_id=983783 NSQ30_RS05245 WP_065098900.1 1082973..1086671(+) (addA) [Bacillus sp. FSL R7-0651]
MQIPKPNNSTWTDDQWEAIVSEGQDILVAAAAGSGKTAVLVERLIRKMTRPEHPVDVDRLLVVTFTNASAAEMKHRITEA
LEKELAKNPGSLHMRRQLSLMNRANISTLHSFCLQVLRTFYYEIDLDPGFRLADQTEGELLGDEVLDELFEDEYKAGKPS
FFELVDRYTSDRHDLDLQWLVKRIYEFSRSHPSPEQWMRAFLSLYDVDAQTKVEELPFYPYIKEDLSLVLRSCQELLERA
LSLSKEPSGPAPRAENFIDDLEQVNELIRHQDDFEKLYELLPNVNFKRLKTCKGDEYDPALIEKATDARNQAKKQLEKLK
DEYFMRSPAQHLKSLAEMKQVVETLVELVIQFGERFERAKQEKSIVDFSDLEHYCLRILAEQDAEGHLIETEAAKYYQQQ
FEEVLVDEYQDTNLVQETILKLVSKGKHSAEGNLFMVGDVKQSIYRFRLAEPMLFLNKYKHFQPDGKETGKRIDLNKNFR
SRSDVLDSTNFLFKQLMGETVGEIEYDEQAELKLGASYPESKDTTTEMLLVHLDQQETEPGEEREELETVQFEARIIAKK
IKELVEQPFQVYDAKQQMTRNLQYRDIVILLRSMPWAPQMMEELKKQGIPVYANLSSGYFEATEVSVILSLLKVIDNPYQ
DIPLAAVLRSPIVYLDENELALIRTSDKKGTYYDAVKAFMSVTHSDHPTCKKLERFFQLLRKWRDFSINHSVAELIWEVY
RDTQYLDYVGGMPGGKQRKANLRALYDRAKQYEKAAFRGLFRFLRFIERMQERGDDLGAAKTFSETEDVVRMMTIHSSKG
LEFPVVFTAGLGRNFNMMDLNQSYLLDKELGFGSKYIHPELRISYATLPLVAMKKKMRKELLSEELRVLYVALTRAKEKL
FLVGSVKNQVRALSKWQNAATGEEWLLPDFERYQSKTYLDFIGPALIRHQAMSSVLEETGDVVLSHPSTFTISFTQASDL
LKEDMSLEKNEQDEIVQALINGLPVEGYGDADEQVAERLSWKYPYLAASQVGTKQSVSEIKRMKEIQDEYSVPSSIRKAR
ATLYDRPAFMKKKTLTAAEQGTAMHTVMQHIPLPSEEPYDESRIGHLLESLQQRDLLTDEQIQSINQEGIAAFFSTSIGQ
KLLKADWVKREVSFSMVLPVKEVYSHIDTEGEPVLIQGMIDCLFETDGKLYLLDYKTDRVQGRYTVDAAEPILKKRYETQ
IALYAKAVERLTNRTLEEKILYFFDGNLEISL

Nucleotide


Download         Length: 3699 bp        

>NTDB_id=983783 NSQ30_RS05245 WP_065098900.1 1082973..1086671(+) (addA) [Bacillus sp. FSL R7-0651]
ATGCAAATACCAAAACCGAATAACAGTACGTGGACGGATGACCAGTGGGAAGCCATCGTTTCAGAAGGACAAGATATCTT
GGTTGCGGCGGCGGCTGGGTCAGGTAAAACAGCTGTTTTGGTTGAACGCCTGATTCGAAAAATGACCCGGCCTGAACATC
CAGTTGATGTGGACCGTCTGCTCGTTGTGACTTTTACAAATGCTTCTGCGGCAGAGATGAAGCATCGGATCACAGAAGCA
CTTGAAAAAGAATTAGCCAAAAACCCTGGGTCTCTTCATATGAGAAGGCAGCTGTCCCTCATGAATCGAGCCAATATTTC
AACCTTGCACTCCTTTTGCTTGCAGGTTTTGCGCACCTTTTACTATGAAATTGATCTTGATCCAGGCTTTCGTTTGGCTG
ACCAAACAGAAGGAGAACTATTAGGAGATGAAGTGTTAGACGAACTGTTTGAGGATGAATATAAGGCTGGAAAGCCATCA
TTCTTTGAATTGGTTGATCGTTACACGTCTGACCGTCACGACTTAGATTTGCAATGGCTCGTGAAGAGAATTTATGAGTT
TTCGAGATCACATCCTTCTCCGGAGCAATGGATGCGGGCATTTCTTTCACTTTATGATGTAGATGCTCAAACAAAAGTAG
AAGAATTACCGTTTTATCCATATATCAAAGAAGATCTTTCTCTCGTTCTCCGGAGCTGCCAGGAGCTGCTTGAACGAGCT
CTTTCGCTATCAAAAGAACCGAGCGGCCCAGCACCGAGAGCAGAGAATTTTATAGATGATTTAGAGCAAGTTAATGAATT
AATCCGTCATCAAGATGATTTTGAGAAACTTTATGAGCTTTTGCCGAACGTCAATTTTAAAAGGCTCAAAACGTGCAAAG
GGGACGAATATGACCCTGCTTTAATAGAAAAAGCCACAGATGCACGTAATCAAGCAAAAAAACAATTAGAAAAACTAAAA
GATGAATATTTCATGCGCAGTCCTGCCCAGCATTTAAAAAGCTTAGCTGAAATGAAGCAAGTTGTGGAGACACTTGTAGA
GCTTGTGATCCAATTTGGTGAGCGTTTCGAAAGAGCGAAGCAGGAAAAGTCAATTGTCGACTTTTCGGATTTAGAGCACT
ATTGCTTACGCATTTTAGCGGAGCAGGATGCAGAAGGACATTTGATCGAAACAGAAGCTGCCAAGTACTATCAACAGCAG
TTTGAAGAAGTACTCGTTGATGAATACCAGGATACAAACCTTGTACAAGAAACGATTTTAAAGCTTGTATCTAAGGGGAA
ACATTCTGCAGAGGGCAATCTGTTTATGGTTGGTGATGTAAAGCAGTCTATTTATCGTTTTAGACTGGCTGAGCCCATGC
TTTTTTTAAACAAATATAAACACTTTCAACCAGACGGCAAAGAAACAGGGAAGAGGATCGATTTAAATAAAAACTTCCGC
AGCCGTTCAGATGTTTTAGATAGTACGAACTTTTTGTTCAAGCAGCTGATGGGGGAAACAGTTGGAGAAATTGAATATGA
TGAACAAGCTGAATTAAAGCTTGGAGCGAGTTATCCAGAAAGCAAAGATACAACGACAGAAATGCTTCTTGTCCACTTAG
ATCAGCAGGAAACAGAACCCGGCGAAGAGCGAGAAGAGCTCGAGACCGTCCAATTTGAAGCGAGAATCATTGCTAAAAAA
ATAAAAGAATTAGTGGAGCAGCCATTTCAAGTGTACGATGCAAAGCAGCAAATGACCCGTAACTTACAGTATCGTGACAT
TGTCATTTTGCTTCGATCTATGCCTTGGGCTCCGCAAATGATGGAGGAATTAAAGAAGCAGGGAATCCCTGTATATGCGA
ATCTTTCCTCTGGTTATTTTGAAGCAACAGAGGTGTCTGTCATTCTTTCTTTGTTAAAAGTCATCGATAATCCATATCAG
GATATCCCGCTTGCTGCTGTTTTAAGATCACCTATTGTTTATTTAGACGAAAATGAATTGGCACTGATTCGAACAAGTGA
TAAAAAAGGCACGTATTATGATGCTGTAAAGGCATTTATGAGTGTGACGCATTCTGATCACCCTACATGCAAAAAACTAG
AGCGATTTTTCCAATTACTGCGCAAGTGGCGTGATTTTTCTATCAATCATTCGGTGGCAGAATTAATTTGGGAAGTCTAC
CGTGACACGCAGTATCTTGATTATGTTGGCGGGATGCCTGGAGGTAAGCAGCGGAAGGCGAATCTTCGTGCCCTTTATGA
CCGGGCCAAGCAATATGAAAAAGCTGCCTTTAGAGGGCTATTTCGATTCCTTCGTTTTATTGAAAGAATGCAGGAGCGTG
GGGATGATCTTGGTGCGGCAAAAACGTTCAGTGAAACAGAGGACGTTGTGCGCATGATGACGATCCATAGCAGTAAAGGA
TTAGAATTTCCAGTCGTCTTTACCGCAGGGCTCGGCAGGAACTTTAATATGATGGACTTAAACCAGTCTTATTTACTTGA
TAAAGAACTAGGCTTTGGAAGCAAGTATATCCATCCTGAGCTGAGAATTAGTTATGCGACATTACCGCTTGTGGCGATGA
AAAAAAAGATGAGAAAAGAGTTATTATCTGAAGAATTAAGGGTCCTATATGTAGCGCTCACAAGGGCTAAAGAAAAATTA
TTTCTGGTCGGCTCTGTCAAAAATCAGGTGAGAGCATTAAGCAAATGGCAAAATGCCGCAACCGGAGAAGAGTGGCTGCT
CCCTGATTTTGAACGGTATCAATCGAAAACATACTTAGATTTCATTGGCCCTGCCCTCATCCGTCATCAAGCGATGTCAT
CTGTTTTAGAAGAAACAGGAGATGTTGTTCTTTCGCATCCGTCTACATTCACTATCTCATTTACGCAAGCTTCTGATCTT
TTAAAGGAAGATATGTCACTTGAAAAGAATGAGCAAGACGAGATTGTACAAGCATTGATCAATGGTCTGCCTGTTGAAGG
ATATGGTGATGCTGATGAGCAGGTGGCAGAGAGGCTCTCATGGAAATATCCGTATCTAGCGGCCTCGCAAGTCGGCACAA
AGCAGTCTGTTTCCGAGATAAAAAGAATGAAAGAAATACAGGATGAGTACAGTGTTCCTTCTTCTATTCGAAAAGCTCGT
GCAACATTGTATGACCGGCCGGCTTTCATGAAGAAAAAAACACTCACTGCCGCAGAACAAGGCACCGCAATGCATACAGT
GATGCAGCATATCCCGCTTCCTTCTGAGGAGCCCTATGATGAATCACGTATAGGACACTTGCTCGAATCCTTACAGCAGC
GAGACTTGCTAACAGATGAGCAGATCCAGTCAATAAATCAAGAGGGAATTGCTGCTTTCTTCTCTACTTCAATTGGTCAA
AAACTGCTAAAAGCGGACTGGGTGAAACGAGAGGTGTCATTTAGTATGGTGTTACCTGTTAAAGAGGTATACAGTCATAT
TGATACGGAGGGAGAGCCTGTTCTGATTCAAGGGATGATTGACTGTTTATTTGAAACAGATGGAAAGCTATATTTACTAG
ATTATAAAACTGATAGAGTACAAGGCAGATATACAGTTGACGCTGCTGAACCGATCTTGAAAAAGCGTTATGAAACCCAA
ATAGCGTTATATGCAAAAGCTGTAGAACGTTTGACAAACAGAACATTAGAGGAGAAAATTCTCTATTTCTTCGATGGGAA
TTTAGAAATTTCTTTATAA

Domains

Predicted by InterproScan.

UvrD/REP helicase N-terminal domain (UvrD-helicase)

(11-463)

UvrD-like helicase C-terminal domain (UvrD_C)

(473-883)

PD-(D/E)XK nuclease superfamily (PDDEXK_1)

(1052-1224)


Secondary structure

Protein secondary structures were predicted by S4PRED and visualized by seqviz.



3D structure

Source ID Structure

Transmembrane helices

Transmembrane helices of protein were predicted by TMHMM 2.0 and visualized by seqviz and ECharts.


Visualization of predicted probability:


Similar proteins

Only experimentally validated proteins are listed.

Protein Organism Identities (%) Coverage (%) Ha-value
  addA Bacillus subtilis subsp. subtilis str. 168

66.019

100

0.662

Multiple sequence alignment