Mus caroli (Ryukyu mouse): 110285938
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Entry
110285938 CDS
T05910
Name
(RefSeq) guanylate cyclase 2G
KO
K22600
guanylate cyclase 2G [EC:
4.6.1.2
]
Organism
mcal
Mus caroli (Ryukyu mouse)
Pathway
mcal00230
Purine metabolism
mcal01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
mcal00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
110285938
Enzymes [BR:
mcal01000
]
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
110285938
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Gene cluster
GFIT
Motif
Pfam:
Guanylate_cyc
ANF_receptor
PK_Tyr_Ser-Thr
Pkinase
Peripla_BP_6
HNOBA
Motif
Other DBs
NCBI-GeneID:
110285938
NCBI-ProteinID:
XP_021008072
Ensembl:
MGP_CAROLIEiJ_G0023082
UniProt:
A0A6P5P0P2
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All DBs
Position
19:complement(51667690..51709799)
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AA seq
1100 aa
AA seq
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MASRTHSESPLEPRLYAGAGSRADHPSLVLMLFVVMLVTCLEAAKLTVGFHAPWNISHPF
SVQRLGAGLQTAVDKLNSEPVGLGNVSWEFTYTNSTCSAKESLAVFIDQVQKEHISALFG
PACPEAAEVIGLLASEWNIPLFDFVGQMAALKDHFWCDTCVTLVPPKQEISAVLRKSLRY
LGWEHIGVFGGSSADSSWKQMDEMWGAVEDGLQFHFNITASMRYNSSSSDLLQEGLRNVS
SVARVIILICSSEDARHILQAAEDLGLDTGEFVFILLQQLEDSFWKEILTKDKVTRFPKV
YESVFLIAPSAYGGGIGDDGFRKQVYQELRRPPFQSSISSEDQVSPYSAYLHDALLLYAQ
TVEDMRKAEKDFRDGRQLISTLRAGQVTLQGITGPVLLDSQGKRRVDYSVYALQESGNRS
LFCPFLHYDSSQKVIRPWRNDSNTSWPHDSLPEYKPGCGFHNDLCKMKPPTVAGMTATVT
AVILTVTFLVLASAAAITGLMLWRLRGKVQSHPGDTWWQIRYDSIALLPRHKRSHRGTPV
SRCNVSDTSTVKVSADCGSLVKRHQDEELFFAPVGLYQGNQVALCYIGDEAEAWVKKPTV
LREVCLMCELKHENIVPFFGVCTEPPNICIVTQYCTKGSLQDVMRNSDHELDWIFKLSFA
YDIVNGMLFLHGSPLRSHGNLKPSNCLVDSHMQLKLSGFGLWEFKLGSTWRSYNQEATDH
SELYWTAPELLRLRESPCSGTPQGDVYSFAILLRDLIHQQAHGPFEDLEAAPEEIISRIK
DPRAPVPLRPSLLEDKGDGRIVALVRECWAESPERRPIFPSIKKTLREASPRGHVSILDS
MMGKLETYANHLEEVVEERTRELVAEKRKVEKLLSTMLPSFVGEQLIAGKSVEPEHFESV
TIFFSDIVGFTKLCSLSSPLQVVKLLNDLYSLFDHTIQSHDVYKVETIGDAYMVASGLPI
RNGAQHADEIATMALHLLSVTTHFQIGHMPEERLKLRIGLHTGPVVAGVVGITMPRYCLF
GDTVNMASRMESSSSPLRIHVSQSTAGALLAAGGYHLQKRGTISVKGKGEQTTFWLKGKD
GFPVPLPEFTEEEAKVPEIL
NT seq
3303 nt
NT seq
+upstream
nt +downstream
nt
atggcttctaggacacactctgagtccccgctagaacctaggctctatgctggggcggga
agccgtgcagatcatccatctctggttttgatgctctttgtcgttatgctagtgacttgt
ctggaagctgctaagctcaccgtggggttccatgccccctggaacatctctcatccattt
agtgttcaaaggctgggggcaggcctccagactgctgtggacaagctcaactcagagcca
gtgggtcttgggaatgtgagctgggagttcacttacaccaattcaacatgcagtgccaag
gagtcccttgcggttttcatcgaccaggtccagaaagaacatatttctgctctgtttgga
ccagcatgcccagaagcagcagaggttattggtttattggcctctgagtggaacatcccc
ttgtttgacttcgttggacaaatggcagccctgaaagaccacttctggtgtgacacctgc
gtgacacttgtgccacccaagcaggaaatcagtgcggtgcttcggaaaagcctgcggtac
ctgggctgggaacatatcggggtgtttggagggtcctctgcagattcctcctggaaacaa
atggatgagatgtggggggctgttgaggacggactccagttccatttcaacatcactgcc
agcatgaggtacaacagcagcagctcagaccttctgcaggaaggcctcaggaatgtgtcg
tctgtcgccagggtcatcatcctaatctgcagctcggaggatgcaaggcacattctgcag
gctgcagaggacctgggactcgacactggagaattcgttttcatcctcttgcagcagctg
gaggacagtttttggaaggaaatactgacaaaggacaaggtgacacgctttcccaaagtc
tatgagtcggtgtttctcatcgcacccagcgcctatggaggaggcattggagatgacggt
ttccggaagcaagtctaccaagaactgaggaggccaccctttcaaagctccatctcctca
gaggaccaggtgagcccgtactctgcctacctgcacgatgctctcttactctacgctcag
actgtggaggacatgaggaaggctgagaaagacttccgggatgggcggcagctgattagc
accctgagagccggtcaggtgacactgcagggaatcactggtcctgtgcttttggactcc
caggggaaaaggcgcgtggattactccgtctatgctctacaggaatctggaaacagatcc
ctcttctgtccctttcttcattatgacagttctcagaaagtaatcagaccctggaggaat
gactcgaacacctcatggccccatgactcccttcctgagtataaacctggctgtggattt
cataacgacctttgcaaaatgaagcctcccactgtagcaggtatgacagcgaccgtgact
gctgtgatcctcacggtgacgttcctggttcttgcctcagcagctgccatcacaggtctg
atgttatggaggttgagagggaaagtgcagagccatcctggagacacctggtggcagatc
cgttatgacagcatcgctcttctgcctcggcacaaacggtcccaccgaggcacacctgtg
tcaagatgtaatgttagcgatacatctactgtgaaggtttctgcagattgtggttccttg
gtcaagaggcaccaggatgaagagctgttctttgcccccgtggggctttaccagggaaat
caggtagccctctgctatattggtgacgaagcagaagcttgggttaagaagccaacggtg
ctgcgggaagtctgcctgatgtgcgaactaaagcatgaaaacatcgtccccttctttggt
gtttgcacagagccacctaacatctgcatcgttacacagtactgcacaaaaggaagtctc
caggatgttatgaggaactccgatcatgagctagattggatattcaagctctcctttgcg
tatgacatagtcaatggcatgctgttcctgcatgggagcccactgaggtctcacggcaac
ctgaaaccttccaactgcctggtagatagtcacatgcagctgaagctgtcaggatttggg
ttgtgggagttcaagctcggcagcacctggaggagctacaaccaggaggccacagaccat
tcagagctctactggacagccccagagctgctgcggcttcgggagagcccctgttctggc
acccctcagggagacgtttacagctttgccattctcctgagggacttgatccaccagcag
gcccatgggccctttgaggacctcgaggcagctccagaggaaatcatcagccgcatcaaa
gacccccgggcacccgttccactgcggccgtccctcttggaggataaaggtgatggaagg
attgtagccctagtgagggagtgctgggctgaatctccagagcgaaggcccatcttccct
tccatcaagaagacgttacgagaagccagtcccagaggccacgtgagcatcctggatagc
atgatggggaagctcgaaacgtatgccaatcacctggaggaagtggtggaggagcggacc
cgcgagttggtggcagagaaaagaaaggtggagaaactcctgtctaccatgttgccaagc
ttcgtgggagaacagctaatagccggaaagtctgtagaaccagaacactttgagtctgtc
accatcttcttctctgacatcgtggggttcacaaagctgtgttctctcagctcccccctg
caagtggtgaagctcctcaacgacctgtacagcttgtttgaccacacgatacagagccat
gatgtatacaaggttgaaaccattggagatgcctacatggtggcaagtgggctccccatc
cgaaatggagctcaacacgccgacgagattgccaccatggccctgcacttactcagtgtc
accacccacttccagatcgggcacatgcctgaggagaggctcaagctccggataggcctc
cacacaggtcctgtggtggccggtgtggtgggaatcaccatgcccaggtattgtctgttt
ggagacactgtgaacatggcatccaggatggaaagcagcagctcgcctctccggattcac
gtttcccagagcactgcaggagctcttctagcagcaggagggtaccatctgcaaaagaga
ggcaccatttcagtcaagggcaagggagaacagacgaccttctggctgaaaggcaaagat
ggcttccctgtcccgctccctgagtttacggaggaagaagctaaagttccagagatattg
tga
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