Salmo trutta (river trout): 115153750
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Entry
115153750 CDS
T08542
Name
(RefSeq) Down syndrome cell adhesion molecule-like protein 1
KO
K06768
Down syndrome cell adhesion molecule-like protein 1
Organism
stru
Salmo trutta (river trout)
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04515 Cell adhesion molecules [BR:
stru04515
]
115153750
Cell adhesion molecules [BR:
stru04515
]
Immunoglobulin superfamily
Other
115153750
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Ig_DSCAM-DSCAML_C
fn3
Ig_3
I-set
Ig_2
ig
Pur_ac_phosph_N
V-set
ChitinaseA_N
Sp38
TrAA12
Ig_6
DUF1461
fn3_2
Motif
Other DBs
NCBI-GeneID:
115153750
NCBI-ProteinID:
XP_029555194
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All DBs
Position
19:complement(36117081..36254662)
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AA seq
1266 aa
AA seq
DB search
MVIWAAGLERPPGSIVASPARRLAWPKTAPHTRQDCQTFLKNIPAIYGMWLVTLLLLYSL
QEVHSEDVGSTRLYFVNASLQRLTYSSSVGVSLPCPAGGTPTAILRWYLATGDDIYDVPH
IRHVHANGTLQLYPFSPSAFNSYIHDNDYFCTAENQAGKIRSPNIRVKAVFREPYTVRVA
DQRSMRGNVAVFKCLIPTAVQEYVSVVSWERDTVSIIPGRTTREIDGMGGAKGREGPGHR
EGSGDREGPGDREGPRDREGSGDREGPGDREGSGEREGPGDREGPGIGRGQGTGRGQGTG
KGQGTGKGQGTGKGQGTGRGQGTGKGQGTGDRERPGVREGSGEREGPGDREGPGDREGPG
DREGSGEREGPGDREGSGEREGPGDREGCVREDCVPGPPAGIKAVPSSPSSVVVSWLPPH
KPNGVIRKYTIYCSSPGSGQPQAWVEAEIGREREREKKAPSEYETNPEMLFYRITHLTRG
KQYLIWAAAVTTAGRGNISEKVTVEPAGKAPAKILSFGGTVTTPWMKEIRLPCSSVGEPT
PTFKWTKDSEDSAIPVTVDGQRQILSNGTLVLRSVKAEDSGYYTCTATNTLGFDTIIVNL
LVQVPPDQPRLTVSTTSTSSITLAWIPGDNGGSSIRGFVLQYSVDNTEEWRDVFITSTER
SFRLDNLRCGTWYKVKLAAKNSVGSGRISEIIEAKTHGREPVFNKEQPLLTHINSTHAGL
NLQGWTSGGCPITALLLDFRPKGTWAWQSLKANATAQLFLSELREATWYELKMKACNSAG
CGNQSSQFATTDYDGSTIPPINSAQEDRDDVKKLFSIGSPVILVTLGVALLFIIRKKRKE
KRLKRLRDAKSLAEMLISKNNRSMDTPVKGPPQGPRLHIDIPRVQLLIEDKEGIKQIGED
KAAAPVTDTEFSQSVNPQSFCTGVSLHHPALIQNTGPLIDMSDIRPGTNPVSRKSVKSAH
SSRNRYSSQWTLSRPGQSQSTASARTLTSDWRTMGSHGITATESDSYSASLSQDTDKGRN
SMVSTESASSTYEELARAYEHAKLEEHLQHAKFTITECFISDSSSDQMTTGTNDPADSMT
SLSTPSETGLCRFTASPPKPQDYDRGRPTNVAVPIPHRANKSEFCNLPLYMKTDPFFRKQ
AELHDPCPAVPPREASIRSLAQRAYHTQGRHMTLDPSKQQALTLGHSGLGSLGVSSGTAT
LPQRTLTMPSSNPAATASTSSTSSNPTGSSTKMGGSRDSLLENSSSALGRLQKQGVGAYS
KSYTLV
NT seq
3801 nt
NT seq
+upstream
nt +downstream
nt
atggttatctgggcagcagggctggagagaccgccggggagcatagtcgccagtccagca
cggagactcgcctggccaaagactgcgccgcatactcgccaggattgccaaacattcctg
aaaaatatacctgctatttatggcatgtggcttgtaactttactcctgctgtactctctc
caggaagtacacagcgaggatgtgggctctaccaggctgtactttgtgaacgcgtccctc
cagaggctcacctactccagctcggtgggggtgtctctgccctgcccggcgggcggcacc
cccaccgccatcctacgctggtacctggccaccggcgatgacatctacgacgtgccccac
atccgtcacgtccatgccaacggcaccctccaactctaccccttctctccctccgccttc
aactcctacatccacgacaacgactacttctgcaccgcagagaaccaggctggcaagatc
cgcagccccaacatcagagtcaaagctgtgttcagggagccgtacactgtgcgtgtggca
gaccagcgctccatgcggggaaacgtggccgtgttcaagtgcctcattcccaccgccgtg
caggagtacgtcagcgtggtgtcctgggagagagacaccgtttccatcatcccaggtagg
acaacacgggaaatagatgggatgggaggggccaagggaagggaggggccagggcacagg
gaggggtcaggggacagggaggggccaggggacagggaagggccaagggatagggagggg
tcaggggacagggaggggccaggggacagggaggggtcaggggaaagggaggggccagga
gacagggaagggccagggatagggagaggtcaggggacagggaggggccaggggacaggg
aagggccaggggacagggaagggccaggggacagggaagggccaggggacagggcggggt
caggggacagggaagggccaggggacaggggacagggaaagaccaggggtcagggagggg
tcaggggagagggaagggccaggggacagggaagggccaggggacagggaagggccaggg
gacagggaggggtcaggggagagggaaggaccaggggatagggaggggtcaggggagagg
gaagggccaggggatagggaggggtgtgtacgggaggactgtgtcccaggtcctccagct
ggtatcaaagccgtgccctcatctcccagcagtgtggttgtgtcctggctacccccccat
aaacccaatggtgtcatccgcaagtacaccatctactgctccagcccaggctccggacag
ccgcaagcctgggtagaagctgagatagggagggagagagaaagagagaaaaaggctccc
agtgagtatgagaccaacccagagatgttgttctacaggatcacccatctgacccgcggt
aaacagtacctcatctgggccgccgctgtgacaaccgctggccgcggcaatatcagcgaa
aaggtcaccgtggagcctgctgggaaagccccagctaagatcctgtcgttcgggggcaca
gtgaccactccctggatgaaggagatccgtttgccttgcagctcagtgggagaacccacc
cccaccttcaaatggaccaaagacagtgaggactcggctattcctgtgactgtggatgga
cagcgtcagatcctgtccaatggtactctagtgctgcgttccgtcaaagctgaggattct
gggtactacacgtgcacggccaccaacacgctgggctttgacaccatcattgtcaacctg
ctggtgcaagttcctccagaccagccccgtctgaccgtctccaccacctctacctcttcc
atcaccctggcctggatccctggggacaacggaggcagctccatcagaggtttcgtcctg
cagtactcggtggacaacacagaggagtggagggatgtgttcattacttcaactgaacgt
tccttcaggctggacaacctgcgctgtggcacctggtacaaggtcaaactggcagccaag
aacagtgtgggctcaggacgcatctctgagatcatcgaggccaagacgcacggacgagag
cccgtgttcaacaaggagcagcccctgctcacccacatcaactccacccatgcggggctc
aacctgcagggctggaccagcggaggctgccccatcactgctctgctgctggacttccgg
cccaagggcacgtgggcttggcagagcctgaaggccaacgccacagcccagctcttcctc
agcgagctgcgtgaggccacctggtacgaactgaagatgaaggcctgcaacagtgccggc
tgtgggaaccagagctctcagttcgccaccacagactacgatggcagtaccatccctcct
ataaactcggcccaggaggacagagacgatgtgaagaagctgttctccatcggctctcct
gtcatcctggtcaccctgggcgtcgccctgctcttcatcatccgcaagaaacgcaaggag
aagagactgaaacgactcagagatgctaagagccttgcagagatgcttatcagtaagaac
aaccgcagcatggacaccccagtgaagggtcctccccagggcccccggctccacatcgac
ataccccgtgtccagctgctcatcgaggacaaggagggaatcaagcagataggtgaggac
aaggcagcggccccagtgacggacactgagttcagccagtcagtgaatccacagagcttc
tgcacgggcgtgtctctgcaccaccccgccctcatccagaacacagggccattgattgac
atgtcagacatccgccctggaaccaacccagtgtcgaggaagagtgtgaagtcggcccac
agctccaggaaccgctactccagccagtggaccctgagcaggccgggccagagccaatca
acagcctccgcaagaactctgacctctgactggcgcaccatgggctcccacggcatcacc
gccaccgagagtgacagctacagcgccagcctgtcgcaggacactgataagggtcgtaac
agcatggtgtccacagagagtgcatcgtctacatacgaggagctggcgcgggcctacgaa
cacgccaaactggaggagcacctgcagcatgccaagttcactatcacagagtgcttcatc
tccgacagctcctctgaccagatgaccactggcaccaatgacccggccgacagcatgaca
tcactcagcacgccgtccgagacaggcctttgtcgcttcaccgcctcgccacccaaaccc
caggactatgaccgcggcagacctaccaacgtggccgtgcccatcccccaccgcgccaac
aagagtgaattctgcaacctcccgctctacatgaagacagaccctttcttcaggaaacag
gcagaactgcatgacccgtgccctgctgtaccgccccgggaggcctccatccgcagcctg
gcacagcgggcgtaccacacccagggccgtcacatgactctggacccgtccaagcagcag
gccctgacgctgggacactctggactgggtagcctgggtgtgagctcgggtactgccacc
ctgccccagaggactctcactatgcccagctccaaccctgcagccacagcctccacctcc
agcaccagcagcaatcccactggctccagcaccaagatggggggctccagagactcactg
ctagagaacagctcctcagcgttgggcagactgcagaagcaaggggtcggtgcctactcc
aagtcttacacactggtgtag
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