Branchiostoma floridae (Florida lancelet): 118403506
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Entry
118403506 CDS
T01074
Name
(RefSeq) angiotensin-converting enzyme-like
KO
K01283
peptidyl-dipeptidase A [EC:
3.4.15.1
]
Organism
bfo
Branchiostoma floridae (Florida lancelet)
Brite
KEGG Orthology (KO) [BR:
bfo00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
bfo01002
]
118403506
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
bfo04147
]
118403506
04090 CD molecules [BR:
bfo04090
]
118403506
Enzymes [BR:
bfo01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.15 Peptidyl-dipeptidases
3.4.15.1 peptidyl-dipeptidase A
118403506
Peptidases and inhibitors [BR:
bfo01002
]
Metallo peptidases
Family M2
118403506
Exosome [BR:
bfo04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
118403506
CD molecules [BR:
bfo04090
]
Proteins
118403506
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Peptidase_M2
Ldl_recept_a
Motif
Other DBs
NCBI-GeneID:
118403506
NCBI-ProteinID:
XP_035658124
UniProt:
A0A9J7HHQ7
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Position
16:complement(6342840..6363823)
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AA seq
1119 aa
AA seq
DB search
MWSQSFINIYDLVEPYPNKTSLDVTPKMKADGWTVDRMFRTSDDFFKDMGQVEMPQNFWD
NSMFVKPADRNVVCHASAWDFYNAHDVRIKMCTNINMIDLVTIHHEMGHIEYFLQYKHHP
VPFRGGANPGFHEAVGDLLALSVSTPRHLQSIGLLDTVEDDNESDINFLMSMALDKVSFL
PFGYLMDQWRWGVFNGSITPETYNQEWWKLRTRYQGIVPPVPRNHAKDFDPGCKFHIPAN
VPYIRYFVSFILQFQFHKALCDTSGHTGPLHKCDISAGPNKAAAGEKLARMLRMGSSQEW
PEAMEAITGGQRVMSALPLVDYFQPLITWLEQQNQGETLGWDESWAPPYDCEATDGFTCA
DGSKCIRPGDRCDGVNDCTDNSDERDCPNKEQEAWDFIWDYNAKAEKVYYDTVVAYWNFN
TNLTQENAQKQVAASLAVAQFGKEVAQNASKFDWQNFNNATLKRLFHSISSLGTAAQQDQ
AKLEELNNIMSEMDNIYSTGKACEYDDPSNCMALNPAVPLEVRGDINKIDMNALQCSTPY
LSTFFLCTDLYSCLASSRDYDRLRFCWEGWRDAVGRQLKDKYSRFVELSNDAVSQDAQNW
ADTGAYWRSWYDIPDFQEQLENLYNQLKPLYNNLHAYVRKKLREQYGEDKISATGPIPAH
VLGNMWSQSWINIYDLVEPYPGKTSLDVTPKMKADGWTVDRMFRTSDDFFKDMGQIEMPQ
NFWNNSMFVKPADRNVVCHASAWDFYNAHDVRIKMCTNINMIDLVTIHHEMGHIEYFLQY
KHHPVPFRGGANPGFHEAVGDLLALSVSTTRHLQSIGLLDTVEDDNESDINFLMSMALDK
VSFLPFGYLMDQWRWAVFNGSVTPETYNQEWWKLRTRYQGIVPPVPRNHAKDFDPGCKFH
IPGNTPYIRYFVSFILQFQFHKALCDISGHTGPLHKCDISAGPNKTAAGEKLARLLQMGS
SQEWPEAMEVITGGQRVMSAQPLVDYFQPLITWLEQQNQGEIPGWDESWTPLYDCEATDG
FTCADGSKCIRPGDRCDGVNDCADNSDEQYCTVDDCAGGFTCADGSKCIRPGDRCDGVND
CDDNSDEKNCPAASAQSVTVSMATTFISTVVCILLAILN
NT seq
3360 nt
NT seq
+upstream
nt +downstream
nt
atgtggtctcaatcctttatcaacatttacgaccttgtggagccttaccccaataagacc
agtcttgacgtgacaccaaagatgaaggcagatggatggacagttgatcggatgttccgc
acatcagacgactttttcaaggacatgggtcaagttgagatgccgcagaacttctgggac
aactccatgtttgtcaaaccagcagacagaaacgtggtctgtcacgcgtctgcatgggac
ttctacaacgctcatgacgtcaggattaagatgtgtactaacatcaacatgatcgacctg
gtcaccatccaccacgagatgggtcacatcgagtacttcctacagtacaagcatcacccc
gtcccgttccggggtggagcaaaccccggtttccatgaagcagtgggagatctgctggct
ctgtccgtgtccactccgagacacctacagagcatcggcctcttggacactgtggaagac
gacaacgagtctgacatcaactttctgatgagtatggccctggacaaggtttccttccta
ccgttcggatatctgatggaccagtggagatggggagttttcaacggatccatcaccccg
gaaacctacaatcaggagtggtggaaactcaggactcgttaccagggtatcgtgccacct
gtcccgaggaaccacgccaaagattttgaccccggatgcaaattccacatccctgccaac
gtcccttacatcaggtacttcgtgagcttcatccttcagttccagttccacaaggccctg
tgtgatacttccggacacaccggtccgctgcacaagtgtgacatctctgcaggacccaac
aaggctgccgctggggaaaaattggcccgaatgctccggatgggatccagtcaggagtgg
ccagaagccatggaggcgatcaccggtggacagagggtgatgtctgctctgccgctcgtg
gactacttccagccactcatcacatggttggagcaacagaaccagggagagacactcggc
tgggatgaaagctgggctcctccttatgactgtgaggcgaccgacggcttcacctgtgct
gacgggtccaagtgcatccggccaggggaccgctgtgacggagttaacgactgcactgac
aactccgatgaacgagattgtcccaataaggagcaagaggcatgggacttcatttgggac
tacaacgccaaagctgagaaggtctattacgacactgtagtggcctattggaactttaac
acgaacctcacacaggagaatgcccagaagcaggttgcagccagcttagcggttgcccag
ttcggcaaagaagtggctcaaaatgcctccaagttcgactggcagaacttcaacaatgca
acgcttaagagactcttccatagcatcagcagccttggaaccgcagctcagcaggaccag
gcgaagctggaggagctcaacaatataatgtctgagatggacaacatttattccactggg
aaggcgtgcgagtatgacgatccgtcaaactgtatggcgctgaacccagcggtgccattg
gaggtgagaggggatataaataagattgacatgaacgctcttcaatgctcaacgccttac
ctatcaacattttttctgtgcacagatttgtacagttgtctggccagcagccgtgactac
gaccggctgcggttctgctgggaaggctggcgggacgcggtgggaagacagctgaaggac
aaatactcacgtttcgtggagctcagtaacgatgctgtcagtcaagatgctcagaactgg
gcagacaccggtgcgtactggcgctcctggtatgacatacctgactttcaggagcagctt
gagaacctgtacaaccagctcaagcctctgtacaacaacctgcacgcttatgtcaggaag
aagctgagggaacaatacggagaggacaagatcagtgctacaggacctatccctgcacac
gtgttgggtaacatgtggtctcaatcttggatcaacatctacgaccttgtggagccttac
cctggcaagaccagccttgatgtgacaccaaagatgaaagcagatggatggacagttgat
cggatgttccgcacatcagacgacttctttaaggacatgggtcaaatcgaaatgccgcag
aacttctggaacaactccatgtttgtcaaacccgcagacagaaacgtggtctgtcacgcg
tctgcatgggacttctacaacgctcatgacgtcaggattaagatgtgcactaacatcaac
atgatcgacctggtcaccatccaccacgagatggggcacatcgagtacttcctacagtac
aagcatcaccccgtcccgttccggggtggagcaaacccgggtttccatgaagcagtggga
gacctgctggcactgtccgtgtccactacgagacacctacagagcatcggcctcttggac
acagtggaagacgacaatgagtctgacatcaacttcttgatgagtatggccctggacaag
gtttccttcctgccgttcggatatctgatggaccagtggagatgggcggtcttcaacggc
tctgtcacccctgaaacctacaaccaggagtggtggaaactcaggactcgttaccagggt
atcgtgccacctgtcccgaggaaccacgccaaagattttgaccctggatgcaaattccac
atccctggcaacaccccttacatcaggtacttcgtgagctttatccttcagttccagttc
cacaaggccctgtgcgatatttccggacacaccggtccgctgcacaagtgtgacatctct
gcaggacccaacaagacggccgctggggaaaaattggcccgattgctccagatgggatcc
agtcaggagtggccggaagccatggaggtgatcaccggtggacagagggtgatgtctgct
cagccgctcgtggactacttccaaccactcatcacatggttggagcaacagaaccaggga
gagatacccggttgggacgaaagctggactcctctttatgactgtgaggcgaccgacggc
ttcacctgtgctgacgggtccaagtgcatccggccaggggaccgctgtgacggagttaac
gactgcgctgataactccgatgaacagtattgtactgtcgatgactgtgccggcggcttc
acctgtgctgacgggtccaagtgcatccggccaggggaccgctgtgacggagttaacgac
tgtgatgacaactccgatgaaaagaactgtcccgctgcttcggcacagagtgtcaccgtt
tccatggcgaccaccttcatctcaactgtcgtctgcattctgctcgcaattctgaattag
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