Lepidochelys kempii (Atlantic ridley): 140910512
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Entry
140910512 CDS
T11378
Symbol
PALLD
Name
(RefSeq) palladin isoform X1
KO
K22029
palladin
Organism
lkp Lepidochelys kempii (Atlantic ridley)
Brite
KEGG Orthology (KO) [BR:
lkp00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
lkp04812
]
140910512 (PALLD)
Cytoskeleton proteins [BR:
lkp04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Cross-linking proteins
140910512 (PALLD)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
I-set
Ig_3
Ig_2
ig
Ig_VEGFR-1-like_5th
V-set
C2-set_2
VEGFR1-3_N_Ig-like
V-set_CD47
Ig_PDGFR_d4
Ig_MYOM1
PKcGMP_CC
Motif
Other DBs
NCBI-GeneID:
140910512
NCBI-ProteinID:
XP_073197672
LinkDB
All DBs
Position
4:68443588..68790716
Genome browser
AA seq
1194 aa
AA seq
DB search
MSEASSFHDFFYDSLSGIQDGEVSNELSAFLSKEEISKSLDLAREAIANSVKENENVEQG
FTHHFNTSPNSSEYASSRKAKDHEQDVLGRLQVSSPNSLFSTAQTLPEQQKQQPPMSPQA
ASSICTVPGRQGSISPSLTASPSFIRSLRNAERCSPNTQKTSPKTKSMSQGDAPFRNKLC
DKAAMFIEELSSIFREAAKARGRSPSGDSSSPDSGYLSPKKKQSAMINASVNPSPVKAYP
ETKPEAKLPETHHNGEPFPDRQNVIQESGTAFHHELTNPSSYQSSAPRFTQKLRSQEVAE
GSKVLLECRVAGNPTPHVRWFCEGKELQNSPDIQIHCESGGLHSLIIAEAFEDDTGRYTC
LASNSVGSDSTSAEVFIEGVSSTDSESESLVFKSKSGAMPQVQKKTTSVSLTIGSSTPKA
GVTTAVIQPISVPIQQVQSPTSYLYRLDGSKPIYSTPIFTKELQNSTASEGQVVVLECRV
RGAPPLYVKWFRQGVEIQDSPDFRILQKKPRSAAEPEEICTLVIAETFAEDAGTFTCTAT
NEYGSVTSSAQLTVCSANSESSSHELSTRESNSDDFQHFPPPPPVLEISSLELPPKKHTE
SQQVNNTEYRPNIAAVQLQLNSAEKKTNGIHPSHEANGVINSKASSDKSAPAPAVLLSPT
KEPPPVLAKPKLGFPKKTGRTARIASDEEIQGTKDAVIQDLERKLRFKEELLNNGQPRLT
YEEKMARRLLGADNAATVFNIQEPDEEPTTQEACSLDASIMNPVDNQKEYKVSSFEQRLI
SEIEYRLERSPVEESDDEVQHGDEPTDNSVAPYFEMKLKHYKIFEGMPVTFTCRVAGNPK
PKIYWFKDGKQISKRSDHYRIQREPDGTCSLHTAASTLDDDGNYTIMAANPQGRISCTGR
LMVQAVNQRGRSPRTPPNQPHIRRPRSRSRDSGDENEPIQERFFRPHFLQAPGDLIVQEG
KLCRMDCKVSGLPTPDLSWQLNGRPIRPDSSHKMLVRENGVHSLIIEPVTARDSGIYTCI
ATNRAGQNTFSLELIVAAKEEHKPPVFIEKLQNTGVADGYPVRLECRVSGVPYPQIFWKK
ENESLTYNTERVSMHQDNHGYICLLIQGATKEDAGWYTVSAKNEAGIVSCTARLDVYTQW
QQQPQTTKPKKVRPSASRYAALSDQGLDIKAAFQPEANPVHLTLQSGLVESDDL
NT seq
3585 nt
NT seq
+upstream
nt +downstream
nt
atgtcagaggcttcctcctttcatgactttttttatgattccctatcaggcatacaggat
ggagaggtttcaaatgagctatctgcatttctcagcaaggaggagataagtaaaagcctt
gaccttgccagagaagctattgctaattcagtgaaggagaatgagaatgtagaacagggg
ttcactcatcatttcaacacttctccaaactcatcagaatatgcttcttctaggaaggcc
aaagaccacgaacaagatgttttggggaggcttcaggtgagcagtccaaattcactattc
agcacagctcaaactctcccagagcaacagaaacagcaaccacccatgtcccctcaggca
gcaagcagcatttgcactgtccctgggaggcaaggcagcatctcgccctcactaacggct
agccccagctttattcggagtctaagaaatgcagagagatgtagtccaaatacgcaaaag
acaagcccaaaaaccaaatcgatgtcccagggagatgctcctttcaggaacaagctgtgt
gacaaggctgccatgttcattgaagaactttcttccatatttagagaagcagcaaaggca
agaggcaggagtcccagtggggactcctcttctccagacagtggatacctgtctcctaaa
aagaaacagtcagccatgataaatgcttcagtgaatccgagccctgtcaaagcatatcca
gagacgaaacctgaagcaaagttacctgagactcaccacaatggagagcccttccctgac
aggcagaatgtcattcaagaaagtggaactgccttccaccatgagctcaccaatccgagt
agctatcagtcttcagctcctcgatttacccagaaactcaggagccaggaagtggctgaa
ggaagcaaggtgctgctggagtgcagagtggctggaaacccaacacctcatgtcagatgg
ttctgtgaagggaaagagttgcagaattcccctgatattcagatccattgtgaaagtgga
ggcctccattcactaatcatagcagaagcctttgaggacgatactggacgttacacttgc
ttggcatcaaattctgttggttctgatagtacttcagcagaagtattcattgaaggtgtc
agctcaacagattctgagagtgaaagtttagttttcaagtcaaaatctggagctatgcca
caggtccagaagaaaaccacttctgtttccttaacaataggatcttctactccaaaggct
ggagtcaccacagctgtaattcagcctatctctgtgcccattcagcaggtccaaagccct
acttcatatctgtaccgactagatggatccaagcctatctactccacacccatttttaca
aaggagctgcaaaactccacagcatctgaaggacaggttgttgtactagagtgcagagtc
aggggagctccgcccttgtatgtcaagtggtttcgacagggtgttgaaatccaagattct
ccagacttcagaattctccaaaaaaagccccggtctgcagctgaacctgaagagatatgt
acattagtaattgcagagacttttgcagaagatgcaggaaccttcacatgcacagcaaca
aatgaatatgggtcagtaacaagcagtgcacaacttaccgtctgctcagccaactctgaa
agctctagccatgagctgtcaacaagagaatccaacagtgatgatttccaacatttccca
cctccccctccagttctagagattagttctcttgagcttcctccaaagaagcatacagag
agccaacaggtgaacaacactgagtatagacccaacatagcagccgttcagttacagctc
aactctgctgagaagaaaaccaatggcatccatcccagtcatgaagcaaatggagtgatt
aacagcaaagctagcagtgataaatctgccccagctccagctgtcctgctttcacccaca
aaggaaccaccaccagtccttgccaaaccaaagctgggatttccaaagaaaacaggcaga
actgctaggatagcatctgatgaagagattcaagggacaaaagatgctgtcatacaagac
ctggaaagaaaacttcgtttcaaggaagaacttttgaacaatggccagccgaggttaaca
tatgaggagaagatggcacgtcgactactgggtgctgacaatgctgcaactgtctttaat
atacaggaaccagatgaagagcccactacacaggaagcttgctctcttgatgcttctata
atgaatcctgtggataatcaaaaggaatataaagtctccagctttgagcagagactgatc
agtgagattgaataccgcctggagaggtctcctgtggaggaatcggatgatgaggtgcag
catggagacgagcccactgataacagtgtggcaccatattttgagatgaagctgaaacat
tacaaaatctttgaaggaatgccagtcacatttacatgcagagtggctggaaatccaaag
ccaaagatttattggttcaaagatgggaagcaaatctctaaaaggagtgaccactacaga
attcaaagagaaccggatgggacctgctctctccacactgcagcctccaccctggatgac
gatgggaattacactatcatggctgccaaccctcagggcagaataagctgtactggaagg
ctgatggttcaggctgtcaatcagagaggacggagtcctcgaacaccccccaaccagcct
catatcagaagacctcgatctcgatcaagggacagtggcgatgaaaatgaaccaattcag
gaacgattcttccgacctcatttcctgcaggctcctggagacctgattgttcaagaagga
aaactctgcagaatggactgcaaggtcagtggattaccaactccagatctaagctggcaa
ctcaatggaagaccaattcgtcctgatagttctcacaaaatgttggtgcgtgagaatggt
gtacactctctgatcatagagccagtcacagctagagattctggaatctacacgtgcatt
gccaccaatcgagctggtcaaaacacattcagcctggagctcattgttgcagctaaggaa
gaacacaagccacctgtgtttatagagaagctacagaacacaggagtggctgatggatat
cctgtgcgactggagtgtcgagtctctggggtgccgtatcctcagatattttggaagaaa
gagaatgagtcgcttacttacaacactgaaagagtgagtatgcaccaggataaccatggc
tacatttgcctgcttattcagggagctacaaaagaagatgctggttggtatactgtgtca
gctaagaatgaggctgggattgtgtcctgcactgccaggcttgatgtttatactcaatgg
caacaacaacctcaaaccaccaagccaaagaaggtgcgtccctcagccagtcgatatgca
gcactttctgaccaaggactagacatcaaggcagcgttccagcctgaagcaaacccagtt
catctgacattgcagtctggcttggtagagagcgatgacctgtag
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