Microcaecilia unicolor: 115477756
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Entry
115477756 CDS
T09142
Symbol
CACNA2D4
Name
(RefSeq) LOW QUALITY PROTEIN: voltage-dependent calcium channel subunit alpha-2/delta-4
KO
K04861
voltage-dependent calcium channel alpha-2/delta-4
Organism
muo
Microcaecilia unicolor
Pathway
muo04010
MAPK signaling pathway
muo04260
Cardiac muscle contraction
muo04261
Adrenergic signaling in cardiomyocytes
Brite
KEGG Orthology (KO) [BR:
muo00001
]
09130 Environmental Information Processing
09132 Signal transduction
04010 MAPK signaling pathway
115477756 (CACNA2D4)
09150 Organismal Systems
09153 Circulatory system
04260 Cardiac muscle contraction
115477756 (CACNA2D4)
04261 Adrenergic signaling in cardiomyocytes
115477756 (CACNA2D4)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04040 Ion channels [BR:
muo04040
]
115477756 (CACNA2D4)
Ion channels [BR:
muo04040
]
Voltage-gated cation channels
Calcium channel, voltage-gated (Cav)
115477756 (CACNA2D4)
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
VGCC_alpha2
VWA_N
VWA_3
VWA
VWA_2
dCache_1
VWA_CoxE
CobT_C
Motif
Other DBs
NCBI-GeneID:
115477756
NCBI-ProteinID:
XP_030070686
UniProt:
A0A6P7Z1T3
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Position
9:42007212..42538322
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AA seq
1123 aa
AA seq
DB search
MACSGLARHLGFLLYFSFLSTFRIKLDRRSSRGPLNCQMWRAARPWAMLWIIFPSCLLPS
VESQRKIPVETVKLWADAFGGEMYAIVTKYAGSLLLQKKYKDVEPSLKIKEVDGLELATK
FSEEMASMLRSKVEAVQRLVEAAEEADLNHEFNSSLAFEYYNSVRINDKDENENYIELGN
EFILEPNEHFNNLLVNTTLSNVQLPTNVYNKDPHILNGVYVSEALNPIFVDNFKRDPTLT
WQYFGSSTGFFRLYPGIKWMPDENGVISFDCRNRGWYIQAATSPKDIVILVDVSGSMKGL
RMTIAKHTIATILDTLGENDFVNIIAYNDFVHYIEPCFKGTLVQADRDNREHLKQLVEDL
HAKGMGTVNKALIEAFKILQEFREAGQGGLCNQAIMLITDGAVEDYEAVFEKYNWPERKV
RLFTYLIGREVTFAENVKWIACNNKGYYTQISTLADVQENVMEYLHVLSRPMVISHNHDV
IWTEAYMDSALYASQAQSLLLVTTVAMPVFSKKNETRSEGILLGVVGSDVPLRELLKLAP
RYKLGVHGYAFLNTNNGYVLSHPDLRPLYKDGKKLRPKPNYNSVDLSEVEWEDQDDKLRT
AMINGETGYLSMDVKIPVDKGKRVLFLTNDYFFTNISGTPFSLGVVLSRGHGEYILIGNT
SVEEGLHDLLQPELTLANEWIYCITDIDPGHRKLTQLQAMTRFLTGEEPDLKCDKELVQE
VLFDAVVTAPMEAYWTTLALNMSNSSEDGIEMAFLGTRAGLMRSSLFIGSEELSNKKFLQ
PEERETIFTMDHFPLWYRRAAEHQAGSFVYSIPLEENPEGNNKTKVVTVSTAVSVTXDGK
TAIAAAVGVQIKLKLLQRKFWTALRQCSSTDGVCPLSCEEGNLNCYLIDNNGFILISRKS
EQTGNFLGEEDGSVMTQLLNMGIFKQVMLYDYQAMCKMPFHHHSGARSLLSPLYAVLAAG
KWVLSNLFLFLMEFNMCGFWHSDNVADAHKHKKQDMLQPCDTEYPAFIHEPMVQEANGLI
ECGDCQKMFVVQHITNSNLLLLVTDSSCDCSLFPPTLLEAKEVKYNASVKCERMRSQKLR
RRPESCHAFHPEENAQDCGGVTGIVASLPLLILAVGASAVFLR
NT seq
3372 nt
NT seq
+upstream
nt +downstream
nt
atggcttgctcgggacttgctcggcacttgggctttttgctgtacttttcgtttctgagc
acgttccggattaagttggataggagatcgagcagggggcccttaaactgccaaatgtgg
cgagctgcgagaccgtgggccatgctgtggattatctttcccagctgtctcctgccctcg
gtggagtcccagaggaaaatcccagttgaaacagtaaaactttgggcagatgcctttgga
ggcgagatgtacgccattgtaacaaagtatgctggatctctcttgttacaaaagaagtac
aaagatgttgagccatcattgaaaatcaaggaggttgatggcttggagttggcgacaaaa
ttctcagaagagatggcgagcatgttgcgtagtaaagtagaagctgtacagaggctagta
gaagcggcagaggaagcagatctgaatcacgagttcaactcctccttggcgtttgaatat
tataactcggttcgaattaatgacaaggatgaaaatgagaattatatagagcttgggaat
gaattcatcctggaacccaacgagcatttcaataacctgctggtgaatacgaccctcagc
aatgtgcagcttccaacaaatgtctacaataaagaccctcatattttaaatggagtttac
gtgtctgaagccttaaatcctatttttgtggacaacttcaaaagggatccaacactgacc
tggcagtattttggcagttctactggttttttcaggctctacccaggtatcaaatggatg
ccggatgaaaatggagttatctcttttgattgcaggaatcgaggctggtacatccaagca
gctacctccccaaaggacattgtaatcctggtggatgtcagtggtagcatgaagggtcta
aggatgacgattgccaaacacacaatcgctactatcctggacacactgggtgaaaatgac
tttgtcaacatcattgcgtacaatgattttgttcattacattgaaccttgttttaaggga
accctggttcaagcagacagagataatcgagagcaccttaagcagttggtagaagacctc
cacgctaaaggaatgggtacggtgaacaaagctcttattgaagctttcaaaatccttcaa
gagttcagagaggctggacaaggaggtctttgtaaccaagccatcatgcttattacagat
ggagctgtggaggactatgaagctgtgtttgaaaaatataactggcctgagcgtaaggtc
cgcttgttcacttatcttattggaagagaggtcacgtttgcagaaaatgtgaaatggata
gcctgcaataataaaggatactatactcagatttccactctggcggatgttcaggagaat
gtgatggaatacctccatgttctcagtcgtccaatggttatcagccacaatcatgacgtc
atatggacagaggcttacatggacagtgctctttatgcctcccaagcccaaagtctgctg
ctcgtgaccacggtggctatgcctgtcttcagcaagaagaatgaaacgagatctgagggc
atcctattgggtgtggtgggttctgatgtccctctgagagagctgctgaaactcgcccca
aggtacaagcttggtgtccatggctatgcttttctgaacactaataatggctatgttctc
tcccatcctgatctcaggcctttgtataaagatggaaagaagctgagacccaaaccaaac
tacaacagtgtggacctctctgaagtggagtgggaggatcaggatgataaactaagaaca
gcaatgatcaacggggagactggctacctgtctatggatgtgaagattccagtggataaa
gggaaacgagtcttgttcctgaccaatgattatttcttcacaaacatcagtggcacacct
ttcagcctcggggtcgtactgtccagggggcatggggaatacattcttattggcaataca
tcagtggaggaaggcctgcatgacttgctgcagccagagctgacattagccaatgaatgg
atttattgcattaccgatattgatccaggccatcggaagcttacacagctgcaggccatg
acccgcttcctcacaggggaggagccagatctgaaatgtgataaggagttagtgcaagag
gtcctctttgatgctgtagtcactgctcccatggaggcctactggacaacattagccctc
aacatgtccaacagtagcgaggatgggatcgagatggcgttcctgggaactcgggccggc
ctgatgagaagcagtctgtttattgggtcagaggaactctccaataaaaagttccttcag
cctgaggaaagagaaactattttcacaatggatcactttccactatggtaccgtcgagcg
gctgaacatcaggctgggagctttgtgtactccatccctttggaagaaaatccagagggg
aacaataagaccaaggtggtaactgtgagcacagcagtgtcggtgacgntggacggcaag
actgccattgctgcagctgtaggtgtgcaaattaaactgaaactactccagcgcaaattc
tggacagcactgcggcagtgcagcagtactgatggagtctgccccttgagctgtgaggag
gggaatctaaattgctacctcattgacaacaacggattcatcctcatttcaaggaaaagt
gaacagactggaaacttcttgggtgaagaggatggttcagtaatgacccagctccttaac
atgggaatcttcaaacaagtgatgctgtatgattaccaagccatgtgcaaaatgccgttc
caccaccacagtggcgcccggtccctgctcagtcctctctacgcagtgctggctgctgga
aagtgggtgttgagcaatttatttctattcctgatggagtttaacatgtgtggcttctgg
cactctgataatgttgcagatgctcacaagcacaaaaaacaagacatgctgcagccctgt
gatactgagtaccctgcattcatccatgaacccatggtgcaagaggccaatggacttatt
gagtgtggagactgccaaaagatgtttgtggtgcagcacatcaccaacagtaacctcctt
ctcctggtaacagactccagctgcgactgcagcctcttcccacctaccctgctcgaagct
aaagaagtcaaatataatgcctcggtgaagtgtgaaaggatgcgttcccagaaactgcgc
cggcgtccagaatcctgtcatgccttccaccctgaggaaaatgcacaggactgtggcgga
gtgactggaatagttgcatccttaccattgttaattctggcagtaggagcatcagctgtt
ttcttgcgatga
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