Macrosteles quadrilineatus (aster leafhopper): 129002398
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Entry
129002398 CDS
T09739
Name
(RefSeq) guanylate cyclase 32E-like isoform X1
KO
K01769
guanylate cyclase, other [EC:
4.6.1.2
]
Organism
mqu
Macrosteles quadrilineatus (aster leafhopper)
Pathway
mqu00230
Purine metabolism
mqu01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
mqu00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
129002398
Enzymes [BR:
mqu01000
]
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
129002398
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Ortholog
Paralog
GFIT
Motif
Pfam:
Guanylate_cyc
PK_Tyr_Ser-Thr
ANF_receptor
Pkinase
HNOBA
Motif
Other DBs
NCBI-GeneID:
129002398
NCBI-ProteinID:
XP_054286149
LinkDB
All DBs
Position
Unknown
AA seq
1188 aa
AA seq
DB search
MTALAAYTMFVCGLAVVVCSCSDNWPGESAENKSERGDYSFLYNYLTGSGAHNFRDAVTV
GFLGAYGDIQVVLGALPLAVTAVNADPLLLPGRRLEFVARDIGTEPSGLARRQSSLATLA
IRVMTEMRDNGTVAFIGPDDTCSAEALVAAAWNLPMISYKCADKSVSDKRVYYTFARTLA
PSTKVSKSVVALLHAFNWHKFVVVAGKSPAWGIQIKEAIKDLAGEYNLSVTGVYEFNNYI
PKDIQEMEKIVDDTYKRTRVYVFVGEHIALVDFVRCLQQRRLLERGDYVVISVDDEIYDP
DHKRSIVQREYLDPFIHQGAELKGFRSVLKLTPSHPRNPRYKEICEEVKKQSTLPPFCVP
YHNKIFDSISVPIHAAHLYDAVMIYARALTEIFHNGEDPRNGSAILQYILNRSYHSVQGH
DVYIDGNGDAEGNFSVVALLDDEEVNGSLRMSMQPVGYFQYSDDSTDIPKFRYYDEGRPI
QWVSGRQPHAEPLCGFDNERCGYNWKAIMTLAAISALCVVAVTFAFKHYRYEQKLACLLW
KIDMRDITIIPTMADPRGGPSVSYPTEFPVYRHSGCRSLVPEVSPKRAYTHIGLYKGNIV
AIKPIHKRSLDITRSIRKELKQIREVRHENVVTFIGACVDTGNICLLTTYCARGSLQDVL
NNEDMHLDNMFVSSLIADLIKGMIYLHDSEIVSHGNLRSSNCLVDSRWILQITDFGLHEF
KAGQDEPDAEDRRQRRLLVRAPELLRSPHSHPRGSQKGDVYSFAFILYEVIGRCGPWGDI
SLSHREIISRVKQGTHLRPDTTPLEAADYVVRCMKSCWDEDPENRPDFRFVRVKLKEMQS
GLKPNIFDNMLAIMEKYACNLEGLVQERTNQLTEEKKKTDALLNRMLPKTVAEALKRGDP
VEAESFQCVTIYFSDIVGFTELSAVSTPLQVVDLLNDLYTCCDSIISHYDVYKVETIGDA
YMVVSGLPVRNGDRHAGEIASMALHMLSKIQRFEIRHKPGEPLRLRIGIHSGHCVAGVVG
LKMPRYCLFGDTVNTASRMESTGEPFRIHISHTTTELLQRLGGYIIEERGLTMIKGKGEM
LTYWLVGEDPAKRLERLQAVLTGCLSNERISETPDLLRRPTGTELLPEAESGDATVARLL
HQLHLRAVRSYSSHNSQESLPLPRPGGSSAKRGHCSAPLITFKDTSFV
NT seq
3567 nt
NT seq
+upstream
nt +downstream
nt
atgacggccctcgcggcctacaccatgtttgtgtgcggactggcggtcgtcgtgtgctct
tgctccgacaactggccaggggagagtgcggaaaacaagagtgaaagaggagactatagc
tttctctacaactacttgacaggctccggagctcataacttcagagatgccgtcacagta
ggcttcttaggggcgtatggcgatatacaggttgtgttgggagctctgcctcttgcggtg
accgcggtcaacgcagatcccctacttctgccggggcgacgtctggagttcgtggcccgg
gacatcggcacagagcccagcggcctggccagacgtcagtcctccctggccacgctggcc
atccgggtcatgactgagatgcgagacaacggcactgtggccttcataggcccggacgac
acatgcagcgccgaggcattggtagcggccgcctggaacctccccatgatatcatataag
tgtgcagataagagtgtgtcggataagcgagtttactacacgtttgcacgcacccttgca
ccgagcacgaaggtgtccaagtctgtggtggcgctgcttcacgccttcaactggcacaag
ttcgtcgttgtggcgggaaaaagtcccgcctggggcatacagatcaaggaggccatcaag
gacttggccggagaatacaacctatcagtgacaggtgtgtatgagttcaacaattacatt
cccaaggacatacaagagatggagaagatagttgatgacacgtacaagagaacaagagtg
tacgtgtttgtaggagagcacatagccttggtagactttgtcaggtgtctacagcagcgg
agactgctagaacgtggagactatgtggtgatctcagtagatgacgagatatacgatcct
gatcacaagaggagtattgtacagagagaatacttggatccgtttatccaccaaggggct
gaactaaaaggattcagatccgtgctcaagctgaccccctcccaccctagaaaccctcga
tataaagaaatatgcgaggaggtgaaaaaacagtctacacttccaccgttttgtgttcca
taccacaacaagatatttgatagtatttcagtgcctatacacgcggctcatctctacgac
gcggtcatgatctacgctagagccctcacagagatcttccacaacggtgaagacccgagg
aatggctcagccattctgcaatatatcctcaacagatcctaccactccgttcagggacat
gatgtgtacatcgatggtaacggagacgcagaaggcaactttagcgtcgtggctctccta
gatgacgaggaagtcaacggcagtttaaggatgagcatgcaacctgtaggatacttccag
tactcagatgacagcactgacataccgaagttccggtactacgacgagggacgtcctatc
caatgggtgagtgggaggcagccccatgccgagcccttgtgtggttttgacaacgagcgc
tgcggctacaactggaaggccatcatgaccttggcagccatctctgcgctctgcgtcgtc
gccgtgactttcgcgttcaaacactacaggtatgagcagaagctagcttgtctgttgtgg
aagattgacatgagagacatcaccatcatccctaccatggcggaccctagaggaggccct
agcgtgtcctacccgaccgagtttccagtctacaggcacagtggttgtcgtagtctggta
ccggaagtgagcccaaagcgagcctacactcacattggtttgtacaagggcaacatcgtc
gccatcaaacccatccacaaacgtagcctcgatatcacacgcagtatcaggaaggagcta
aaacagattcgtgaggtaagacatgagaacgtggtgacgttcatcggtgcctgtgtcgac
accggcaacatatgtctgctgacgacctactgtgctagaggcagtctgcaggatgtgctg
aacaacgaggacatgcacctggacaacatgttcgtgtcgtcactcatcgccgaccttatc
aagggaatgatatatctacacgacagtgagattgtgtcccacggtaatctacgttccagt
aactgtcttgtggatagccgctggatactgcagatcacagactttggactgcacgaattc
aaagcgggacaggacgagccagatgctgaggacaggcgtcagcgccggctgctggttcga
gccccagagttgctgaggagtcctcacagtcacccccgtggctctcagaagggtgacgtc
tactccttcgccttcatcctgtatgaggtcataggtcggtgtggtccgtggggcgacatc
agtctctcgcacagagagatcatctcccgcgtcaagcaaggcacccatctccgcccagac
accactcccctcgaagcagcagactacgtagtcaggtgtatgaagtcctgctgggacgaa
gaccctgagaatagaccggacttccgattcgtccgggtcaaactcaaggagatgcagtca
ggcctgaagccgaacatttttgacaacatgttagccataatggagaagtatgcgtgtaac
ctagaaggattagtgcaagaaagaactaatcagctgactgaagagaagaagaagactgac
gctttgctcaaccgtatgctgcctaaaactgtagcagaggcccttaagagaggagaccct
gtagaggctgagagttttcagtgtgtcaccatctacttcagcgacattgtaggcttcaca
gagctatcagctgttagcaccccgctacaggtggtggatcttctaaacgacctatacacg
tgctgtgattccataatttcacactacgatgtttacaaggtagagacgataggtgacgcg
tacatggtggtgagcggtctgccggtcaggaacggtgacagacacgcgggagaaatagcc
tccatggcgctccacatgctcagcaagatacagaggttcgagatacgtcacaagcctggc
gaacctctcaggttgaggatcgggatacattcaggtcactgtgtagctggagtggttggc
ctgaagatgccgaggtattgcttgttcggggacacagttaacaccgcctctcgtatggag
agcactggagagcctttccgtatacacatctcacacacaaccaccgagctgctacagagg
ctgggagggtacatcattgaggagagagggctcactatgatcaagggcaagggagagatg
ctgacatattggctggtaggggaggacccagccaagcgactagagcgtctacaagcagtc
ctgactggctgcctcagcaatgaacgtataagtgagacaccagacctacttcgccgaccg
accggcactgagctgctgcctgaagccgagtccggagacgcgaccgtggctaggttgctg
caccagctgcatctgagagcagtcagatcctactctagtcacaacagtcaggagtccctg
ccattaccaaggccaggtggaagttctgccaagagaggccattgctcagctccactcatt
acatttaaagacaccagttttgtttga
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