Microcaecilia unicolor: 115468223
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Entry
115468223 CDS
T09142
Name
(RefSeq) LOW QUALITY PROTEIN: retinal guanylyl cyclase 2-like
KO
K12322
guanylate cyclase 2F [EC:
4.6.1.2
]
Organism
muo
Microcaecilia unicolor
Pathway
muo00230
Purine metabolism
muo01100
Metabolic pathways
muo04744
Phototransduction
Brite
KEGG Orthology (KO) [BR:
muo00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
115468223
09150 Organismal Systems
09157 Sensory system
04744 Phototransduction
115468223
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
muo01001
]
115468223
Enzymes [BR:
muo01000
]
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
115468223
Protein kinases [BR:
muo01001
]
Serine/threonine kinases: Other
RGC family [OT]
115468223
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
ANF_receptor
Guanylate_cyc
PK_Tyr_Ser-Thr
Pkinase
HNOBA
Motif
Other DBs
NCBI-GeneID:
115468223
NCBI-ProteinID:
XP_030055617
UniProt:
A0A6P7XJE5
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Position
4:complement(26351562..26437041)
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AA seq
1105 aa
AA seq
DB search
MFYLPSNYQHFLLMISRLLRSYKSSVQRSDRTFLFHVFPCWLLLGILMIPLQVRGVNFTV
GLLGPWKCDPLLSKALPDMAAELAIETINSDPSLDLGYRLTYVVLQENCETSKALVEFTG
YEKMPSAFLGPVNPGYCDAATLLGKNWDKAVFSWACVNHELDNRYSFPTFARTLPNPAKV
LFTFMKYFRWAHVGIISSSDDLWVDTSRKFASALQSQGLPVGIVTAVGDGDKGIENTLIK
VKETHDLRVIVLCMHSVLIGGEDQASLLTKAHEMGLTDGRYIFVPYDTLLYSLPYKNNSL
YVLNKNSKLREAYDAVLTITMQSGEKSFSEAFTEIKEEGRIKTILEPHQVSPLFGTIYNS
IYLLAKAINNARAQGAWVTGTNLAKYTKNLDFAGFNQRIYTDEKGNGLSNYVVLDTDGKV
NQLFQTYLVDLSSDLVFFLGKTIHFPGGTPPPVDSGCWFDPDALCIGGIEPSIVILVFSL
AFGVVLCAVGVSYLIRHSLLKIQLVKGPNKILLTLEDLTFINPKRSIKKLNLDNLSDSKS
ISNVKSLSRSLSMKSEIVTHENSCVAVYEDDWVWLKKFEPGVYREVKQSTTSILRKLKAL
RNENVNPFLGFFSDCGFFAIVTEHCSRGSLEDLLRNEDVKLDWMFKTSLLLDLIKGMRYL
HHHDFPHGRLKSRNCVVDGRFVLKITDCGYNEIVEAQKCPYVQPQPEDLFWMAPELLRDQ
MLAGRGTFKGDVYSFAIILQEVVVRGPPYCMSGLPAEEIIRKVMKPPPLCRPTVAPDQVP
MECIQLMKQCWSELAERRPTFDEIFDEFKTINKGKXTNIIDSMLRMLEQYSSNLEDLIRE
RTEELEIEKQKTDKLLSQMLPPSVAEALKTGGTVEPEYFDQVTIYFSDIVGFTTISAFSE
PIEVVDLLNDLYTLFDAVLCNHDVYKVETIGDAYMVASGLPKQNGNKHAAEIADLSLDIL
SSVGSFQMRHMPDVPVRIRIGLHSGPCVAGVVGLTMPRYCLFGDTVNTASRMESTGLPYR
IHVNQSTVKILFTLNEGYKVELRGKTELKGKGEEDTFWLVGKEGFTKPLPKPPDLKPGCC
AHGLTTDEIAEFKRKKAERLLGKKA
NT seq
3318 nt
NT seq
+upstream
nt +downstream
nt
atgttttatcttccttcaaactatcaacactttctgttgatgatatcaaggctcctaaga
tcatacaaatcaagtgttcagagatcagacagaacgtttctattccacgtcttcccgtgt
tggttgctgctgggaatattaatgattcccttacaggttcgcggtgtgaattttacagtg
ggactgctgggaccatggaaatgtgaccctttattatcgaaagccttgccagacatggct
gccgagttagccattgagacaataaacagtgatccttctttggatctgggatatagactc
acatatgtagtccttcaagaaaactgtgaaacatccaaagccctagttgaatttacaggc
tatgaaaaaatgccatcggcattcttggggcctgtgaatcctggctattgtgacgctgct
acacttctgggtaagaactgggacaaagcagtgttttcatgggcatgtgtgaaccatgag
ctggataacagatacagcttcccaacgtttgccaggaccttgcccaacccagccaaagtt
ttattcacgttcatgaagtactttcgatgggctcatgtgggcataatttcttccagtgat
gacctttgggtagatacttcaaggaaatttgccagcgctctgcaaagccaaggccttcca
gtaggaattgtaacagctgtaggtgatggggacaaaggcattgaaaacactctgataaag
gttaaagaaacccatgaccttagagttatagttttgtgcatgcattctgtcctgattgga
ggggaagaccaggccagccttcttacaaaagcccatgaaatgggactgacggatggaaga
tatatctttgtcccgtacgacactttactctatagtcttccctacaagaacaattcgttg
tacgtccttaataagaacagcaagctccgagaggcctacgacgctgtgctgacgatcacg
atgcagtcgggggaaaagtccttttctgaagcattcacggaaatcaaggaagaaggtaga
ataaaaactatcttggaaccacatcaggtctctcctctcttcggaaccatctataattca
atttaccttttagctaaagctataaataatgccagagcacaaggagcctgggttacagga
acaaatttggcaaaatataccaaaaaccttgattttgctggattcaaccaaagaatatat
acagacgaaaaggggaatgggttgagcaactacgtggtgctggacaccgacggcaaagtg
aaccagctgtttcaaacctacttggtggacctgtcctctgatttggtgttttttttagga
aagaccatacatttccccggaggcactccccctccagtggattccggctgttggtttgat
ccagatgcactctgcataggaggtattgagccttccatcgtgatcctggtttttagcctg
gcgtttggtgtggtgctgtgtgctgtaggggtctcctatctaatcagacatagtcttctg
aaaatccagttggtcaaggggcccaataaaatattgttaacactggaagatctcacgttc
ataaaccctaaacggagtatcaagaaattgaacctggataacctgagtgactcgaaaagt
atctccaatgtaaaaagtctatcacgttcactatccatgaaaagtgagattgtcacacac
gagaactcttgtgtggctgtgtatgaggatgactgggtctggttgaagaaatttgagcct
ggtgtgtatcgagaagtgaaacaaagcaccaccagcatactgcgaaagctgaaagcattg
cggaatgaaaatgtgaacccattcctgggctttttctccgactgcggctttttcgctatt
gtgactgagcactgctcccgaggtagcttggaggacctgctaagaaatgaagatgttaaa
ctggactggatgtttaaaacatctctcttattagatttaattaagggcatgagatattta
catcatcatgatttcccccatggacgtctcaagtctcgaaactgcgtcgtagatgggcgt
tttgtgttaaagatcaccgactgtggatataatgagattgttgaggcacagaagtgtccg
tatgttcagccacaaccagaagacttgttttggatggctcctgaactgctaagagatcaa
atgctggctggaagaggcacattcaaaggagatgtctacagttttgcaattatcttgcaa
gaagtagttgtgcggggtccaccatactgcatgtcaggtctgccggctgaagaaattata
agaaaagtgatgaaacccccgccattatgtcgcccaactgtggcccctgaccaggtcccc
atggaatgtatccagctgatgaaacagtgctggagtgaactggctgaaaggagacccacg
tttgatgagatttttgatgagtttaaaaccatcaacaaaggcaagnaaaccaacataatc
gactccatgctgagaatgctggagcaatattcaagcaacctagaagatttaattcgagaa
cggaccgaagagctggaaattgaaaagcagaaaacagacaaacttctctcacaaatgctt
cctccatctgtggcagaagctcttaaaaccggtggcaccgttgaaccagaatatttcgat
caagtcaccatctatttcagtgatattgttggattcactacaatctcagcattcagtgaa
ccgatcgaggtggtcgatctcttaaatgacctttatactctgtttgatgccgttctctgc
aatcatgatgtttacaaggtagaaacaatcggcgatgcctatatggttgcatcagggctt
ccgaaacaaaatggaaacaagcatgctgctgaaattgccgacttgtctttagatattctc
agctctgtgggctcctttcagatgagacacatgcccgatgtgcctgtcagaatacgaata
ggcttgcattcagggccatgtgtggcaggggtcgtgggtctcaccatgccacgttattgt
ctgtttggagacacggtaaatacagcatcacgcatggaatccacagggctgccttacaga
attcacgtcaatcaaagtacagtgaaaatactttttactctaaatgaaggttataaagta
gaacttcgaggaaaaacggagctgaagggtaaaggagaagaagatacattttggttagtt
ggaaaagaaggctttaccaaaccattaccaaaacctccagatctgaagcctgggtgttgt
gcgcatggcttgacaactgatgaaattgcagaattcaagaggaaaaaagctgaaagactt
cttggaaaaaaagcttag
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