Amphiura filiformis: 140162638
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Entry
140162638 CDS
T10871
Name
(RefSeq) LOW QUALITY PROTEIN: adenylate cyclase type 3-like
KO
K08043
adenylate cyclase 3 [EC:
4.6.1.1
]
Organism
afil Amphiura filiformis
Pathway
afil00230
Purine metabolism
afil01100
Metabolic pathways
afil04081
Hormone signaling
afil04082
Neuroactive ligand signaling
Brite
KEGG Orthology (KO) [BR:
afil00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
140162638
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04082 Neuroactive ligand signaling
140162638
04081 Hormone signaling
140162638
Enzymes [BR:
afil01000
]
4. Lyases
4.6 Phosphorus-oxygen lyases
4.6.1 Phosphorus-oxygen lyases (only sub-subclass identified to date)
4.6.1.1 adenylate cyclase
140162638
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GFIT
Motif
Pfam:
Guanylate_cyc
AC_N
DUF2207_C
Oxidored_q2
Motif
Other DBs
NCBI-GeneID:
140162638
NCBI-ProteinID:
XP_072042013
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Position
10:21049322..21178818
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AA seq
1119 aa
AA seq
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MAVYTREQNRLMMLDGGGVKSDPEDDLESGQDVELSTCSLKASLVDSGSPDEAAISGSPL
SLGLSGLCLPRSLRFQFLKQSMEPTYQAYFSRVRCDTLHILVLFAFLFDVQALILYVQDS
PGERLLEISIMGIFTIASLVIFCLCKYKLLNEWTMTYIIPFAIWFLLCTQTYVDLVLYYS
PLTPSDGVGWQTFFIFASFAMMPLRLSLIIALCLCSIFIQCMIVGLMSEANRQHMGHQIT
ANLLLYMCAIIVGIISFLGTDRKQRRAFLEMKASLENKMILQEQSAQQEGLLLSVLPKHV
ADAMMGDVGKSNTGAFNRIYIKRHENVSILFADIVGFTAMSSKLTAPELVKTLNALFANF
DKLSDKNHQLRIKILGDCYYCICGVPDERPDHAACTIQMGLDMVVAIAAVREKTKSGVDM
RVGIHTGAVLAGVMGQKRWQFDVWSTDVKLANCMESGGIPGRVHISQATYDCLSGEFQVE
PGDGGSRDDYLKIHGVVSYLVIKPKESASTETLKLALSDPDSPKKQTKELIIEDVSEEPE
NEKNDTKLNGKDHNGSTNEANGKSVTFADDHEDDDDGNDEGGVTNKKLYQALVEREADQE
VGNAFNVVTLGFKDKEIDESFHKEKERQSTAAYGSLIIILVFSFCAQLAVLPRSVPTYLT
FILATSLMSVIVVMSSAPLFPSRFPKGLVKGMNKIETTWYLRNILAAIAVTILGAADLVD
VILCKEKQPYQNHTDLFPGPNQTYPNPQPNDSECFYARYFNFIAILVLIGITVLVQITHL
IKLLMMTCLTALWVIINYPTMPELYERYDDYLRDRYESGNDDFNETSSKLSATLQLVVIT
IALLAFNRHLESVNRILFYYKHQAKAQKEHVSTLRVRNEHLVLNIMPAHVAKYFLNQELS
DEQMYAQDYTECGVMFASIPNFSEFYTEDAINNXGTECLRFLNEIISDFDDLLNLPKFSK
TVNKIKTINSTYMAASGMFEDPSKLEYKNDKERWQHFCDLVEFGFALKETLDKVNMQSFN
SFVMKIGLNKGPLLAGVIGARKPHYDIWGNTVNVASRMDSTGKAGHIQVVEDVMELLKSL
YGFTFEQRGLVKVKGKGQLMTYYLTGREDMDGTPLPGQI
NT seq
3360 nt
NT seq
+upstream
nt +downstream
nt
atggcagtgtacacacgtgaacaaaacagacttatgatgctggatggtggtggggtcaag
agtgatccggaggatgaccttgaatctggacaggatgttgaactcagcacctgtagtctc
aaggcatccctggtggattccggaagtccggacgaggctgccatatccggatcacctttg
agcctcggtctatccggactttgcctaccaagatccctccgatttcaattcctgaagcaa
tctatggagccaacatatcaggcttatttcagcagagttcggtgtgatacacttcatatt
ttagtcttattcgcatttctattcgatgtacaagctttgattttatacgtgcaagactca
ccgggtgaaaggctgttagaaatatcaatcatgggtatttttactatagcaagtttggta
atattttgcttatgtaaatataaacttctgaacgaatggacaatgacttatatcatacca
tttgcaatatggttcttattgtgtactcaaacgtacgttgatttggtactgtactattca
cctttaaccccgagtgatggggtcggatggcagactttctttatcttcgctagctttgct
atgatgccgctaagactttcattgatcatcgctttgtgcctttgttctatatttattcaa
tgtatgattgtgggattgatgtccgaagcgaacagacaacatatggggcatcagatcaca
gcgaatttgcttctttatatgtgtgcaataatagttggtatcatctcattcctggggacg
gacaggaaacagaggagagctttcttggaaatgaaagcttcgctagagaacaaaatgata
cttcaagaacagagtgcgcaacaagaaggcttgctgttatctgtcttacccaaacacgtt
gcggatgccatgatgggagacgtgggtaaatcaaatactggtgctttcaatagaatttac
attaaacgacacgagaacgtcagcatattattcgccgatattgttggattcacagccatg
tcgtcaaaattgacagcgcctgagttggtgaagactctgaatgccttatttgccaacttt
gacaagttatcagacaaaaatcaccagctgcggatcaagatcttaggagattgttattat
tgcatatgcggtgtaccggatgagagacctgaccatgcagcttgtacaatacaaatggga
cttgatatggtcgttgctatcgctgctgtccgggagaagactaaatctggagtagacatg
cgggttggtattcatactggtgcagtgctggcaggtgtcatgggtcaaaagagatggcaa
tttgatgtctggagtacggatgtgaagctagctaactgtatggaatcaggaggtatccct
gggcgtgtacacatatcgcaagctacatacgactgcctcagtggtgaattccaagtggaa
ccaggtgatggtggatcaagggacgactacttaaaaatacatggcgttgtttcatatttg
gttattaagccaaaagaatcggcaagcacagaaaccttgaagctagctttatctgatccg
gactcacctaagaaacaaaccaaagaacttatcattgaagatgtcagtgaggaacctgaa
aatgaaaagaatgacacaaaactgaatgggaaagatcacaacggctccacaaatgaggca
aacggtaaatccgtgacgttcgctgatgaccatgaagacgatgatgacggcaatgatgaa
ggtggcgtaaccaacaaaaagctctaccaggcacttgttgaaagagaagcagatcaagaa
gttggtaatgctttcaatgtggtcactttggggtttaaggacaaagagatagatgagtcg
tttcacaaggagaaggagagacaaagtacggctgcgtatggttctctgattatcatactg
gtattttcgttttgcgctcaattagccgtattaccaagatcagttccgacatatctgaca
ttcatccttgccacatctctaatgtcggttattgttgtcatgtcgtcggcaccgttgttt
ccatcaagatttcctaaaggactggtgaaagggatgaataaaatcgaaacgacatggtac
ctacgaaacatcttagctgcgatcgctgtgacgatccttggtgctgcggatttagtagat
gtgatactgtgcaaagaaaaacagccttaccaaaatcacacagacctgtttccgggtcct
aaccaaacataccccaatccccaaccaaatgactcggaatgtttttacgctcgatatttt
aatttcatcgcaattctggttttgattggcatcacggttctggttcaaataacacattta
atcaagctgttaatgatgacctgtctaactgctttatgggtgataattaactatcctacg
atgccggaactttatgaaagatacgacgactatcttagggatcgatacgaaagcggaaac
gacgattttaatgaaacatcaagcaagctctcggcaacgttacagttagtggtcatcaca
attgctttattggcatttaatagacatttggaaagcgtgaatcgaattctgttctactac
aaacaccaagccaaagcacaaaaggagcacgttagcacgttacgagtacggaacgagcac
cttgttctgaacattatgcctgcacatgtagcaaagtatttcctaaaccaagaattatct
gacgagcaaatgtatgcccaggattatacggagtgtggcgtaatgttcgcctcgatacca
aacttttctgaattttatacagaggatgctatcaataacncaggaacagaatgcctgaga
ttcctaaacgaaatcattagcgattttgacgatctcttgaatttaccaaagttcagtaag
acagtcaacaagatcaaaactataaacagtacgtatatggctgcatcgggaatgtttgag
gacccatcaaagttggaatacaagaacgacaaggagaggtggcaacacttctgtgatttg
gttgagtttggctttgcgttaaaggagacattggataaagtcaatatgcaatcatttaac
agttttgtcatgaaaataggcttaaacaaaggcccgttactggctggagtaataggagcg
aggaagcctcactatgatatatggggaaatacggtgaatgtggcgagcagaatggacagt
acaggaaaggctggccatatccaggtagttgaagatgttatggagcttctgaaatcactc
tacggttttacatttgaacaacgaggtctggttaaggtcaaaggcaaaggtcaacttatg
acgtattatcttaccggaagagaagacatggatggcaccccactaccgggtcaaatataa
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