KEGG   Centruroides sculpturatus (bark scorpion): 111639653
Entry
111639653         CDS       T06064                                 
Name
(RefSeq) protein ced-11-like
  KO
K04977  transient receptor potential cation channel subfamily M member 2 [EC:3.6.1.13]
Organism
cscu  Centruroides sculpturatus (bark scorpion)
Brite
KEGG Orthology (KO) [BR:cscu00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:cscu04040]
    111639653
Enzymes [BR:cscu01000]
 3. Hydrolases
  3.6  Acting on acid anhydrides
   3.6.1  In phosphorus-containing anhydrides
    3.6.1.13  ADP-ribose diphosphatase
     111639653
Ion channels [BR:cscu04040]
 Voltage-gated cation channels
  Transient receptor potential channel (TRP)
   111639653
SSDB
Motif
Pfam: LSDAT_euk LSDAT_prok DUF4048
Other DBs
NCBI-GeneID: 111639653
NCBI-ProteinID: XP_023241337
Position
Unknown
AA seq 1561 aa
METQANFSATYRALEFLRRCRQRFRRGEQNMTAQTAETTQRKKSARKKSSRRKSKASLPR
QSSNAPSVTFGEEQQNRYMTAQGEIAFWKNFAYETPGRPFIRVTHDINMEDVANVMMKDW
QIGNPRIVLVVISNVVSLEGWKNSKQLDNFKKGLIKAANSTDLWIFTHGTNIGIVKTIGD
AVQEELLRRQALKCHKHPHQTQLHLPPLRLVGIAREDLLTYSDLLDGRSNRVEIENEGNV
PSEGKFELNADHSHYIIVKDSTINKTGINYFLLRLEQYLVAAVEAQKSINDNKADPSNQE
YCLLGTIEIPVVALLIQGGYNCARLVLDHLKKKLPVVVIRGSGGFADLLAFAYYEVEQRP
YGIMDAEYVENFLKPDLSSKIAYEFPIFCDNNLARNMFRDRILDCVRYARQVSATYLTIL
NLHSHSCNLQNLDEHILRALFKCHRSDNTNWHARMQKDLYLTLDWNSPHVALSEVFQKDV
SHNFKVSKAVFEQALYQSNREDFISLFLEQGFQVHTYLTPRRLKNLFKIAQHEEFFRSIC
WEGILGHGAVTKLSKDFLEGDLNWLLYKVTGIVNFVNGQELSLNAMGMYPLDPSAAERKA
LAILTLWAVLTNRVKLAKLLWKHSDQPIHLALIISMMYNRLLIYIEEVNTRTELEGLSKE
FAEMATGVLDESYKEKTCRTYDVLYEESADWAYKTAVDIAADAKNRTFLSHPSCQKWLTN
KFLGNICVRDLTWGVITIPVWLKIILSAFLIVPMYIWIRFKSDPIFADDDDESEYDSDEE
KDERDGDEAILLDNKRNTLTKKNSVREDPRTAKTKSPHPIKQFDTDMFVYYRPNIFKMIY
LMWSAPITKFWTFQVFYIIYLAIFSLAVMWPSCGNQYLDIAVCTWTTLILIESIHRTFVL
HKKYTSIPLFLKCVEIILIIIFIFLYIVSRIVKIGLFLDPYNGRVLLCCGLLYFYYRIIA
IYLPISPTLGPLLFRVRLMVFEDFVNFMRMVLLIIISGGIVIHAVLYPDFPLSLELFRRT
FHKAWFSLFMTPISDLQERQGCHKWHSFNASDQCRAGKYDDDTCPNIGLWPYIFTIQYFV
LLKLIMMTLLYALFSATASKLQTEVDAIWKFQRYQLIVDFAACLRLPAPLNVFSYVLIVF
HWIIKCSTCKICKKAETTDNLTAPPPKNQRLSEKDYNYWRQLAQEYSKNQDEKESEKNYQ
KKQMEIIRHITDDVDYQKKVLRQLKGRLGVLERMMVQSHISLENIRHLAKKDKDKGIHSQ
PVHVLSRHSPYPGTMVNRFPVPEKYVPWEVMWIDYDPVAFTHPREDFVINLRPHVDLDLL
LIREKDGEDNLPVFTWNSISISPAGIGIDRQSWIKTEDGMPLTYKLDSENVPQNPRGRTG
LRGKGSLPRWGPNHYIIVIITRWQKSKYTIFGGKGVEFVVMRAERHDQITLPGGFVPDEN
RYEVVRSLFKSEKIKDIWKNQAAMISFFKSCSISQEEEDDENDIKVELVMQGYMDDPCNT
DQAWREVELWHVHYNKQECIQENLQPLLWWRIINDDVFIKLPAGQAAFLQEVTQRVEAML
L
NT seq 4686 nt   +upstreamnt  +downstreamnt
atggaaacacaagctaacttttctgcaacgtacagggctcttgaatttttgcgacgatgt
cgacaacgttttcgaagaggggagcagaatatgactgctcaaactgcagaaacgactcag
aggaagaagtcggccagaaagaaaagcagtcgaagaaaatcgaaagcgtctctacctcgg
caatccagcaatgccccttctgtaactttcggagaagaacagcaaaatcgctatatgacc
gctcagggagaaatagcattttggaaaaattttgcttatgaaactccaggtagacctttc
attcgtgtaacacatgatattaatatggaagatgtagctaatgtgatgatgaaagattgg
caaattggaaatcctcgaatagttcttgtcgtgatatcaaatgttgtgtcattagaaggt
tggaaaaacagtaaacaattggataatttcaaaaaaggcctaattaaagcagctaattct
actgatctttggatatttactcatggcactaatattggaattgtgaaaactattggtgat
gcagtccaggaagaattactccgtagacaagcacttaaatgtcataaacatccacatcaa
acacagttacatttaccgccattgagattagtaggaattgcaagagaagatctgttgaca
tacagtgatttactggatggcaggagtaatcgtgttgagatagaaaatgaaggaaatgtt
ccaagtgaaggaaagtttgaattaaatgctgatcattcacattatataattgttaaagac
agtacaattaataaaacaggaataaattattttttgttacgtttggaacaatatctagtt
gctgctgtagaggctcaaaagtctattaatgataataaagcagatccatcaaatcaagaa
tactgtcttcttggtactatagaaatacctgttgttgcattgttgatacaaggaggttac
aattgtgcaagattagttttagatcatttaaagaaaaaattacctgtagttgtaattaga
ggcagtggaggatttgctgatttattagcttttgcttattatgaagtagaacagagacca
tatggaataatggatgcagaatatgtagaaaattttttgaaaccagatctttcatctaaa
atagcttatgaatttccaattttctgtgataataatttagctaggaatatgtttcgtgat
agaatcttggattgtgttcgatatgctcgtcaagtgagtgcaacttatttaaccattttg
aatcttcatagtcactcatgcaatttacaaaatcttgatgaacacattttaagagcacta
ttcaaatgtcatagatctgataatacaaattggcatgctagaatgcagaaagatctttat
ttaacattagactggaacagtccgcatgttgctttatctgaagttttccaaaaagacgta
tcccataattttaaggttagtaaagcagtttttgaacaagctctatatcaatccaacaga
gaagattttatatcattatttctagaacaaggttttcaagtacatacgtatttaacacct
cgtcgtttgaaaaacctatttaaaattgctcagcatgaggaatttttccgttctatatgc
tgggaaggaatacttggtcacggtgcagttacgaagttaagtaaagactttcttgaaggt
gatcttaattggcttctttataaagtgactggaattgttaattttgtaaatggtcaggag
ctttcattgaatgcaatgggaatgtatccacttgatccatcagcagcagaaagaaaagca
ttagcaattcttacactgtgggctgtactcaccaatcgtgttaaattagcaaaattgtta
tggaaacattctgaccaacctattcatctagcattaattatttcaatgatgtataataga
ttattaatctatatagaagaagtaaatactcgaacagaattggaaggacttagcaaggaa
tttgctgaaatggcaactggagtattagatgaaagttataaagagaaaacatgtagaact
tatgatgtattatatgaagagagtgctgattgggcatataaaactgcagtggatattgca
gctgatgctaagaatcgcacatttttatcgcatccttcctgtcagaaatggctcactaat
aaatttttaggaaatatttgtgtaagagatttaacatggggagttatcacaatacctgtt
tggttaaagataatacttagtgcgtttttgattgttccaatgtatatttggattagattt
aagtctgatcctatatttgcagatgatgatgatgaatcagaatatgattctgatgaagag
aaagatgaaagagatggtgatgaagcaatattattagataacaaaagaaatacattaaca
aagaaaaatagcgtaagagaggatccacgtacagctaaaacgaaatctccacatccaatt
aaacagtttgacactgatatgtttgtgtattaccgtccaaatatatttaaaatgatctat
ctcatgtggagtgcaccaattacaaaattctggacctttcaagtgttttacatcatttat
cttgcaatatttagtttagcagtgatgtggccttcttgtggaaatcaatatctagatatt
gcagtatgcacttggacaactttaattcttattgagtccatccatcgaactttcgtatta
cataaaaaatatacaagtattccactgtttttaaaatgtgtagaaataatactaattata
atcttcatattcctgtatattgttagccgtattgtaaaaattggattatttcttgatcct
tacaatggaagagtattattatgttgcggtcttctttatttttattatcgtattattgca
atttatttacctatatcacctacattaggtcctttgttatttagagtgagattaatggtt
tttgaagattttgtgaattttatgcgtatggtgttattaattattatcagcggaggaata
gttatacatgctgttttatatcctgattttccacttagtttagaattatttagaagaact
tttcataaggcttggttttctctgtttatgactccaattagtgatttacaagagagacag
ggttgtcataaatggcactcattcaatgccagtgaccaatgtagagctggaaaatatgat
gatgatacctgtccaaatattggattatggccttatatatttactattcaatattttgtt
ttgttaaagttaattatgatgactctactttatgctcttttcagtgcaactgcttctaaa
cttcaaacagaagttgatgcaatttggaaatttcaaagatatcagctgattgtagatttt
gctgcatgtttaagattacctgctccacttaatgtatttagttatgttttaatagttttt
cattggataattaagtgctcaacttgtaaaatctgcaagaaagctgaaacaactgataat
cttacagctcctccacccaaaaaccaaagattatcagagaaggattataattattggcgt
caattagctcaggaatatagcaagaaccaagatgagaaggaatcagaaaaaaactaccaa
aaaaagcaaatggaaataataagacatattaccgatgatgtcgattatcaaaagaaagta
ttaagacaattaaaagggcgcttaggagttctagagcggatgatggttcagtcacatatt
tccttggaaaatatcagacaccttgcaaaaaaggataaagataaaggtattcacagtcaa
cctgtccatgtgttgtcgcgtcactcgccttatcctggtactatggtaaatcgtttcccc
gttcccgaaaaatatgttccgtgggaagtaatgtggatagattacgatcccgtggctttt
actcatcctcgagaagattttgtcatcaatcttagacctcatgtagatttagatttactt
ttaattagagaaaaggatggtgaagacaacctaccagtttttacgtggaacagtatatcg
atcagtccggccggtatcggaatcgatcgacaatcttggattaaaacagaggacggaatg
cctttaacttataaactagatagtgaaaatgtgcctcaaaatccaagaggaagaactggc
ctcagaggaaaaggatctctgccacgttggggaccaaatcattatataattgtaattatc
acaagatggcaaaaatcaaagtacacaatttttggagggaaaggagtagaatttgttgtt
atgagagcagaaagacatgatcaaattacccttcctgggggatttgttcctgatgaaaac
agatatgaagttgttcgctctttgtttaaatctgaaaagattaaggatatttggaaaaac
caagcagcaatgatatcattttttaaaagctgtagcatttctcaagaagaagaggatgac
gaaaatgacataaaagtagaattagtaatgcaagggtacatggacgatccttgtaatacc
gatcaagcatggagagaagttgaactttggcatgtacactataataaacaagaatgtatc
caggagaatttacagccattactatggtggaggataattaatgacgacgtcttcatcaaa
ctacccgcgggacaagcggccttccttcaagaggtgacgcaacgagtagaggcaatgttg
ttgtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (13)   

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