Eleginops maclovinus (Patagonian blennie): 134860143
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Entry
134860143 CDS
T09869
Name
(RefSeq) voltage-dependent T-type calcium channel subunit alpha-1I-like
KO
K04855
voltage-dependent calcium channel T type alpha-1H
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Pathway
emac04010
MAPK signaling pathway
emac04020
Calcium signaling pathway
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09130 Environmental Information Processing
09132 Signal transduction
04010 MAPK signaling pathway
134860143
04020 Calcium signaling pathway
134860143
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04040 Ion channels [BR:
emac04040
]
134860143
Ion channels [BR:
emac04040
]
Voltage-gated cation channels
Calcium channel, voltage-gated (Cav)
134860143
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Gene cluster
GFIT
Motif
Pfam:
Ion_trans
PKD_channel
Motif
Other DBs
NCBI-GeneID:
134860143
NCBI-ProteinID:
XP_063733054
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Position
23:16188771..16200580
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AA seq
1215 aa
AA seq
DB search
MPTMAFGYFFNVLGIVLPLSQVLGPLRLISRVPSMRDVVTVLIDTVPMLATILVIYLFVI
HIFAVAGVQLWAGQLRNRCFLGEDISTKYNVSLNPYFKTKFDEKVPFVCTPDDKSGMQHC
RDIPPYQENGETCSLAAPHNASAANWLVPTVASDTCENWHSFYNVCRASDNNPQRGVINF
DNIFYAWITIFQVVTLEGWSEIMFFIMDVHNFWSFLFFMLVTIMGSFIIVNVCAVVIATQ
FLDKMNLKTEEPSPGTVNNALLCRWLACWLRRFIKSKKVQPKAGQIRTLSSILSPFKRHI
ATLVESARFDQLIMFAVFLSIVTIAVEHHNQPPEMTQVLHICNIVFTFVFFVEMMLKLVA
HRFKYFFDLNNIFDFAIVIVSVWELISKSDGRLSVLRAFRLLRFVRLLHFLPYLKRQLLV
LKRTIAEAGPLCLLLLFFTFVCSILGMHLFGGKFVFKDPQGDIIIERKNFDTLLWSMVTV
FQILTHEDWNLVLYNAMTATSPYTFLYFFAIILLGKHVLLNILVGIVVQSFQAKGSSDSD
QDSSFSGDDVSHSPTSLTSENDPSRSNQDLPPLTSEEDTAPANTQEGNKPLNCIQQMQHW
CKEHEEWSFYLFSPQNRFRIFCQHVISHKMFDNMVLLFILLSCITIAMERPGIHSESTER
WILHMSRYVFSGVFLVEMLFKVLALGVLFGKDSYCCSSWNVVDGLLVVLSVVHIIISLAS
TGQNNMLGILKVLRLLRTLRPLRVIKRAPKLKLAVDALITSIKPIGNIVFICCAFFFFYG
ILGVQLFKGKFYHCVGQDTKNITNKSDCLSANYLWEQKRFNFDSLPQALMSLFVMHSKDG
WVNIMYDGLDAVGVDKQPVRNHNQWMLIFFITFMVMSFFLLDMFIGVMVETFHQCQQDQK
KANEEEASQNLSRNTRRKVPQQPPYYTKFSPMRRSIHTLCTSDFLDVFMVFVILISVFIM
AFQHYKQPLYIERLTEYSYYAFTLILIIEVLLKLWVFGLRRFLRNSWNVMDVVIVLVSVV
SIVFIGMEMADTIPINPSILRVCRVLRLARVLKHKKIRVLLKTIIKTLSQVGSICLLFTF
FFFIYAALGVELFGKLECTEDNPCLGLHRHVNFNHFGRALLTLYQVCTGDNWSGIMKDTL
RECRPNDIGCVAYLSWVSPMFFSSFVVMAQFVLVNLVVAAIMQALEDSSENNPTNFCLPL
EEEESLDTEGTVSPG
NT seq
3648 nt
NT seq
+upstream
nt +downstream
nt
atgcctaccatggcgtttggatattttttcaatgtccttggcatcgtcttgccactctct
caagtccttggaccattgcgactgatcagcagagtaccaagtatgcgagacgtggttaca
gttctcattgacaccgtgcccatgcttgcaactattctcgtcatctacttgtttgtcatc
cacatctttgccgttgctggagtccagctgtgggctggccagctgcgcaaccgctgcttc
ctgggagaggacatttccacaaaatacaacgtgtcccttaacccatacttcaagaccaag
tttgatgaaaaagttccatttgtctgtacgcctgatgacaagagcgggatgcaacactgt
cgtgatatacccccttaccaagagaatggggaaacctgctcattggctgccccccacaat
gcttcagctgcaaattggttagtccctacagtggcttcagacacctgtgaaaactggcac
tccttctacaatgtctgtcgtgccagtgacaacaacccccaacgaggagtgatcaacttc
gacaacatcttctatgcctggataaccatattccaggttgtcacactagaaggatggtca
gagatcatgttttttataatggatgttcataacttctggagttttttattcttcatgctc
gtcaccattatgggctccttcatcatagtcaacgtttgtgcagtcgtaatcgccacccag
ttcttggacaaaatgaatctgaagacagaagagccgagtcctggcactgtgaataatgca
ctgctctgtcggtggttggcctgttggctgcggaggttcatcaaaagtaaaaaggtgcaa
ccgaaagccggccaaataagaactctgtcatcgattttgtcacccttcaagaggcacatt
gcgacattagttgagagcgcacgcttcgaccaactgatcatgtttgctgttttcctcagc
attgtcaccattgcagttgagcatcataatcagcctcctgagatgacacaagtgttacac
atctgtaacatcgttttcacatttgtattttttgtggagatgatgttgaaactggtagca
caccgctttaaatactttttcgacctgaacaacatatttgactttgccatcgttattgtc
agtgtgtgggagctcatttctaaatcagatggcaggttgtcggttctgcgtgcgtttcgt
ctgctgcggtttgtgaggctgcttcactttctcccgtatctgaagagacaactgctcgtg
ctgaagaggaccatagctgaggcaggcccactctgcctgctgttgctgtttttcactttc
gtttgcagtatactgggtatgcatctgtttggcggtaaatttgtattcaaggaccctcaa
ggagacataatcattgagcgaaaaaactttgacaccctgctctggtccatggtcactgtg
ttccagattctgactcatgaggactggaacctggtgctgtacaacgccatgacagctacc
tccccgtatacttttttatatttttttgccatcattttgttgggaaaacatgttcttctc
aacattcttgtgggcatagtggttcagagcttccaggctaagggctcctcagattccgat
caagactcctctttctctggcgatgatgtcagccactctccaaccagcctcacctcagag
aacgacccctcaaggtccaaccaagacttacctcccttaacctctgaggaagacactgca
ccagcaaatacccaagaaggcaataaacctttgaactgtatccagcaaatgcagcactgg
tgcaaagaacatgaggagtggtcattctacctcttttctccacagaacaggttccgaatc
ttttgccaacatgtgatctctcacaagatgtttgacaacatggttcttctattcatcctc
ctaagctgcatcaccattgctatggagaggcctggaatacacagtgaaagcacggagcga
tggatcctgcatatgtcgcgttacgtgttctccggtgtcttcttggtagagatgctcttt
aaggttctagctctcggtgtgctgtttgggaaggacagctactgctgctcttcctggaac
gtcgtggatggtttgctggtggttctgtcggtggttcacatcatcatctctctggccagt
accggccaaaacaacatgctgggcattctcaaagttttgcgcctgctacgaacacttcgc
ccactgagggtgatcaagcgggccccgaaattgaagctggctgtggatgctttgattacc
tcgatcaaacccatcggtaacattgttttcatctgctgcgccttcttctttttctacggc
atcctcggtgtacagctgttcaaagggaagttctatcactgcgtgggtcaagacacaaag
aacatcaccaacaagtctgactgtctctcagccaactatctctgggagcaaaagcggttc
aactttgacagcctgcctcaggctctgatgtccctttttgtaatgcactcgaaggacgga
tgggtaaatataatgtatgatggactggatgctgtgggagtagataaacagcctgtgaga
aaccataaccagtggatgcttatatttttcatcacgttcatggttatgagcttcttcctc
ctcgatatgtttatcggtgtcatggtggaaacattccaccagtgtcagcaggatcaaaaa
aaagcaaatgaagaggaagcatcacaaaacctgagcaggaacacgcgtaggaaggtgcct
cagcagcctccatattacacaaagttctctccaatgcgtcgatccatccacactctgtgt
accagcgacttccttgatgtattcatggtcttcgtaattttaatcagtgtcttcatcatg
gcctttcaacattacaaacaacctctgtatatagaaaggctcacagagtattcgtactat
gcgttcaccctcatcctgatcattgaagtcttattgaagctttgggtgtttggcctacgg
aggttcctcagaaacagttggaatgtgatggacgtggtgattgtgttggtttccgtcgtc
agtattgttttcattgggatggaaatggccgatacgattcccattaatcccagcatcttg
agagtctgtagagtgctcaggctagcacgagtgctgaaacacaagaaaatacgagtcctc
ctgaaaacaattatcaagacgctgtcacaggttgggagcatttgtcttctgttcacattc
tttttctttatatacgctgcgcttggagtggagctcttcggcaagctagaatgtaccgag
gataatccgtgccttgggttacatcgccatgtaaactttaaccattttggcagagccctc
cttacgctttaccaagtgtgcactggagacaactggagcgggataatgaaggacactttg
agggagtgtcgtcccaacgacatcggctgtgtggcctatctgtcctgggtctcccccatg
ttcttctcctctttcgtggtcatggcccagtttgtactggttaaccttgtggtggcagcc
ataatgcaggctctggaggacagcagcgagaacaaccccactaacttctgtctccccctg
gaggaggaagagtcattggacactgaaggcacggtgtctccggggtag
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