| Entry |
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| Name |
(GenBank) hypothetical protein (TAT signal sequence domain)
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| KO |
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| Organism |
csf Campylobacter subantarcticus LMG 24377
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| Pathway |
| csf00330 | Arginine and proline metabolism |
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| Brite |
KEGG Orthology (KO) [BR:csf00001]
09100 Metabolism
09105 Amino acid metabolism
00330 Arginine and proline metabolism
CSUB8523_1348
09106 Metabolism of other amino acids
00410 beta-Alanine metabolism
CSUB8523_1348
Enzymes [BR:csf01000]
1. Oxidoreductases
1.5 Acting on the CH-NH group of donors
1.5.99 With unknown physiological acceptors
1.5.99.6 spermidine dehydrogenase
CSUB8523_1348
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| SSDB |
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| Motif |
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| Other DBs |
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| LinkDB |
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| Position |
1306210..1308105
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| AA seq |
631 aa
MQRRDFLNGMALTILAGMTPLQVLYGKEAKIEDFTKEYYPPKWLGLRGSNNASYEFAHML
RDGEKFDFSAIKPKQEYDLVVVGAGISGLAAACFYQDKFGKDKKILILDNHDDFGGHARR
NEIDLEDGTILSYGGSETFQSPKALYSKEVVDLLSSLGVDIDELAKRFDVNFYPDLNLSR
GVYFSKTEFGVDKIVSGNPRKVICDDIPEGRHNGRSIEAFIGDFPLNEKDKKDLIALFKS
EKDYLKGLTKEQRDEYVAKTSYKKFLEEKVKLSPQAVKFFEGITDDFLALGIDAVSCGDA
RVSFLPGFDKLGLDPIEGEALAEMEEPYIHHCADGNTTVARLMVRRLIPDVSKKGKDMDE
VTLAHFDYSKLDLAKNKVRLRLNSTVINVENTKDGALVTYVNKDKNYRVKAKKVVMANYN
SMIPYIVPSMPQDQKDALSKNVKTSLLHTNVIISNWEPFIKLGVHEIYSPKMPYARTKLD
YPVDMGGYHHPRDPKKSICVHMVCSPLVFASMQGIDLEGMDARDRARVGRNLLFTMSFEE
HEKIVRDQLQGMLGSAGFDHERDIKAIVVNRWGHCYSYTENSLFDDSDEVQKTIELARKP
FGNIVIANSDADWDAYMHTAIDQAYRAVNEL |
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| NT seq |
1896 nt +upstreamnt +downstreamnt
atgcaaagaagagactttttaaatggaatggctttgactatacttgcaggaatgactcct
ttgcaagtactttatggaaaagaagccaaaatagaagattttaccaaagaatactaccct
ccaaaatggcttggactaagaggtagcaataatgcaagttatgaatttgcacatatgcta
agagatggtgaaaaatttgactttagcgctatcaaacctaaacaagaatatgatttggtt
gttgttggagctggaattagtggtttagcagctgcctgtttttatcaagataaatttgga
aaagataaaaaaattcttatccttgataatcatgatgattttggtggacatgctagaaga
aatgaaatagatttagaagatggtactattttaagttatggtggtagcgaaacatttcaa
tcaccaaaggcgttatattctaaagaagtagtagatttattatcatctttgggtgtggat
attgatgagcttgctaaacgttttgatgtaaatttttatcctgatttaaatcttagtcgc
ggtgtgtatttttctaaaactgaatttggtgtagataaaatcgttagcggcaaccctaga
aaggtgatttgcgatgatattcctgaaggcagacacaatggtagaagcatcgaagctttt
ataggtgattttccattaaatgaaaaagataaaaaagatcttattgctttatttaaaagc
gaaaaagactatttaaaaggtttgacaaaagagcaaagagatgagtatgtggccaaaaca
agctataaaaaattcttagaagaaaaggttaagctttcaccacaagccgtaaaattcttt
gaaggtataacagatgactttttagctttaggtattgatgctgtttcttgtggagatgct
agggtttcatttttacctggttttgacaaactaggactagatccaatcgagggagaagca
ttagctgaaatggaagagccatacatccaccactgcgctgatggtaatactactgttgct
agattaatggttagaagattaattcctgatgtatctaaaaaaggtaaagatatggatgaa
gttactctagctcattttgattattctaaacttgatcttgctaaaaacaaagtacgctta
agattaaacagcactgttataaatgtagaaaacacaaaagatggagctttggtaacttat
gttaataaagacaaaaattacagagtaaaagctaaaaaagttgtaatggcaaattataat
agtatgattccatacatagtaccaagcatgccacaagatcaaaaagatgctttgagtaaa
aacgtaaaaacatcacttttacacacaaatgttattataagcaactgggaaccatttata
aagcttggagtgcatgaaatttattcaccaaaaatgccttatgctagaactaaacttgat
tatcctgtagatatgggaggataccaccatccaagagatcctaaaaaatctatttgtgtt
catatggtatgctcacctttagtatttgcttctatgcaaggaatcgaccttgagggaatg
gatgcaagagatagagctagagtgggtagaaatttattattcactatgagttttgaagaa
cacgaaaaaattgttcgcgatcaacttcaaggcatgttaggttcggctggatttgaccat
gaaagagacattaaggctatagttgtaaatcgttggggacactgctattcatatacagaa
aatagtctttttgatgatagcgatgaagtgcaaaaaactatagaacttgcaagaaaacct
tttggtaatatcgttatagcaaattcagatgctgattgggatgcttatatgcacacagca
attgatcaagcatatcgtgctgttaatgaattataa |
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