Apis dorsata (giant honeybee): 102679513
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Entry
102679513 CDS
T09121
Name
(RefSeq) soluble guanylate cyclase 89Db-like isoform X1
KO
K01769
guanylate cyclase, other [EC:
4.6.1.2
]
Organism
adr
Apis dorsata (giant honeybee)
Pathway
adr00230
Purine metabolism
adr01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
adr00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
102679513
Enzymes [BR:
adr01000
]
4. Lyases
4.6 Phosphorus-oxygen lyases
4.6.1 Phosphorus-oxygen lyases (only sub-subclass identified to date)
4.6.1.2 guanylate cyclase
102679513
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Ortholog
Paralog
GFIT
Motif
Pfam:
HNOBA
Trypsin
HNOB
Guanylate_cyc
DUF1986
Trypsin_2
Motif
Other DBs
NCBI-GeneID:
102679513
NCBI-ProteinID:
XP_006623269
LinkDB
All DBs
Position
Unknown
AA seq
945 aa
AA seq
DB search
MRRRPPRRCDFYRLQNRIREKILSLYECVRNFGSELKTHRGNTMYGMLLESVQHFVQLEY
GEDMWLQLLERADCKHMVFNTRQTYPDELMTNLAAALAEFNGESVENVMQFFGKCFVRFF
SNLGYACMIKATGRYFCDFLQNVDNIHMQMRFTYPKMKSPSMYTTHIDPQGVELVYRSTR
KGFTHYLMGQLFQIAKELYETDLVIRVLGSSNNIPGSRSVMVKFRIDFDNREYIAKNNRM
KTPLSRELAPVSISFLLRLFPFGAIIDKDMRILGAGDKLLQAWGGSSSSILNKHVTDVFK
LRRPKGISFTWGNVIYLHSVMFELEMIRLNDQNASSNTVNTPSTSTGLDRRGSQGARSIL
LKGQMRYIEDLKAIIFLCSPLINSLDELLNMGLYLNDLNPHGLSRELVLAGWQHCGRLEM
MFERAEQRSTELENSYALLDRWKNKSDELLYSMIPQTVADRLRAGASPLSTCESFESISV
LFCELCDFDYSTIEGAMDIVSSMNAVFSCFDSLMDEFNVYKVETVGRIYMAASGAPDRTE
NHAQNIADVSLQLLKHVRSLKLPSGLDIQIRIGIHSGPAVAGVVGIKVPRYCFFGDTVNT
ASRMQTTSLPGRVHISSDAKALLSLDRYHVESRGLVWVKISKDKEKNLSALNVTSSEVDH
LKSIDEVSYIDFDPISSIPSKKPNVCNNCVCGIGRKTRIIGGNVTSVYEYPWIVSMFKEN
AFYCAGSLITRKHVLTAAHCLQGFDRRMIKLILADNDRTKVDKNAIIRRVKSVIIHENFN
KYSKYNNDIAIIEMDRPVNVNGIVRTACLPKDKTVDYTGAIATAIGWGQTGEYEPVSNKL
RIVNLPILSKEECDEAGYYKHMITENMFCAGYLKGEFDACFGDSGGPLHVKNTFGYMEVI
GIISWGRGCGRPKYPGVYTKITNYLEWVKDHLHEECMCPPSSQRY
NT seq
2838 nt
NT seq
+upstream
nt +downstream
nt
atgcggcggcgtcctccccgacgatgcgatttttatcgtttacaaaatcgtatccgcgaa
aagatcctatccctttatgaatgcgtacgcaactttggtagtgaattaaaaacacatcgc
ggaaacacaatgtacggcatgctgttggagagtgtgcagcacttcgtgcagttagaatac
ggggaggatatgtggctacagctactggaaagagctgattgcaagcatatggtcttcaac
acgcgacaaacgtatccggacgagcttatgaccaatttagctgctgcattggccgaattt
aatggcgaatccgtggagaatgtgatgcaattctttggaaagtgtttcgttagatttttt
agcaacctaggatatgcttgtatgataaaagccactgggcgttatttttgcgactttcta
caaaatgtcgacaatattcacatgcaaatgagattcacgtatcctaaaatgaaaagtccc
tcgatgtacacgactcacatcgatccacaaggtgtagagttagtctatcgaagcaccaga
aaaggatttacgcattatcttatgggtcaattatttcaaatagcgaaagaactttacgag
acagatttggtcatacgtgtattaggaagttcgaataatatacctggatccagaagtgta
atggttaaatttagaatcgattttgacaatcgtgaatacatcgcgaagaacaatagaatg
aaaactccactcagtcgtgaattagctccagtgtcaatttcatttctcttgcggcttttc
ccatttggagcgataatcgacaaagatatgaggatattaggggctggtgataaattgctg
caagcatggggtggcagctcctcctccatcctgaataagcatgtcacggatgtttttaaa
cttcgtaggcctaaagggatatccttcacatggggaaatgtgatatatctacattcggtg
atgttcgaattggagatgatcagattaaacgatcaaaatgcttcgtcgaacacagtcaat
acaccgagtacgagcacgggattggatagacgaggtagtcaaggagctaggagcatactg
ctgaagggtcagatgagatatatcgaggatctcaaagcgatcattttcttatgtagtccc
ttaattaatagtttagacgaattgcttaacatgggcctgtacctgaatgatctgaatccc
cacggtttgagccgtgagttagtgctcgctggttggcagcattgcggaagattggagatg
atgtttgaaagagcggaacaaagatctacggaattggagaatagctacgcgttattggat
cgttggaaaaacaagagcgacgagcttttgtattctatgattcctcagactgtcgcagat
cgattgcgtgctggcgccagtcctttaagtacttgtgagtcattcgaatctatttccgtg
ttattttgcgagctatgcgacttcgattactcgacgatcgagggtgcaatggatattgtt
tcgtcgatgaacgctgttttctcctgtttcgactccttgatggacgagtttaacgtgtac
aaagtagaaactgtcggtcgaatttatatggcagccagtggagcaccggatagaacggaa
aatcatgcgcagaacatcgcggatgtctcgttgcagctgctaaaacacgttcgatccctt
aagttaccctctggtttagatatacaaattcgtataggaatccattctggaccagctgtg
gcaggtgtggttggcatcaaagtacctagatattgcttcttcggtgacactgtgaatact
gcttctagaatgcaaacaactagtctgccgggaagagtgcacatctcgtccgatgccaaa
gccttattatcactggatcgctatcacgttgaatcacgcgggttggtctgggtcaagata
tcaaaggataaggaaaagaatctatcagctttaaacgttacgagcagcgaagttgatcat
ctgaaatcgatagatgaagtctcttacatcgatttcgatccaatttcttcgattccatca
aagaaaccgaacgtctgcaacaactgtgtctgtggtataggacggaaaacaagaatcata
ggtggaaacgtaacaagcgtttacgagtatccctggattgttagcatgtttaaggaaaat
gcattttattgcgctggcagtttaatcacgcgaaaacatgtactcacggcagctcactgt
ttgcaagggttcgacagaagaatgatcaaacttatcttagcggacaatgatagaacgaaa
gtagacaagaatgctataattcgtcgtgtcaaatcggtcattatacacgaaaattttaat
aaatacagcaaatataacaacgatatagccattatcgaaatggatcgaccagtgaatgtg
aatggtatcgtacgaaccgcctgtttgcccaaagacaaaactgtcgattatactggagca
atagctacagcaattggttggggtcaaacgggggaatatgaacctgtgagtaataaattg
agaatagtcaatctcccaattttgtccaaagaggaatgcgatgaagctggttattacaaa
catatgatcaccgaaaatatgttctgtgcaggatatttgaagggtgaattcgatgcttgc
ttcggtgatagtggtggtcctctccatgtgaagaacacgtttggatatatggaagtaata
ggtattatttcatggggtcgtggttgcggaagaccaaaatatccgggagtttatacaaaa
ataacaaattatctcgaatgggtgaaagatcatctacacgaagaatgtatgtgtccacca
tcgtcgcagagatattaa
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