KEGG   Trichechus manatus latirostris (Florida manatee): 101345668
Entry
101345668         CDS       T05135                                 
Name
(RefSeq) dedicator of cytokinesis protein 3
  KO
K05727  dedicator of cytokinesis protein 3
Organism
tmu  Trichechus manatus latirostris (Florida manatee)
Brite
KEGG Orthology (KO) [BR:tmu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:tmu04131]
    101345668
Membrane trafficking [BR:tmu04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    101345668
SSDB
Motif
Pfam: DOCK_N DOCK-C2 DHR-2_Lobe_C DHR-2_Lobe_B DHR-2_Lobe_A SH3_2
Other DBs
NCBI-GeneID: 101345668
NCBI-ProteinID: XP_004368790
UniProt: A0A2Y9D6S7
Position
Unknown
AA seq 2039 aa
MASLLNVNVDHLAVVVFVWFLYLICSFRGSVPQGLVLEIGETVQILEKCEGWYRGVSTKK
PNVKGIFPANYIHLKKAIVSNRGQYETVVPLEDSIVTEVTATLQEWASLWKQLYVKHKVD
LFYKLRHVMNELIDLRRQLLSGHLTQDQVREVKRHITVRLDWGNEHLGLDLVPRKDFEVV
DSDQISVSDLYKMHLSSRQSVQQSTSQVDTMRPRHGETCRMPVPHHFFLSLKSFTYNTIG
EDTDVFFSLYDMREGKQISERFLVRLNKNGGPRNPEKIERMCALFTDLSSKDMKRDLYVV
AHVIRIGRMLLNDSKKGPAHLHYRRPYGCAVLSILDVLQSLTEVKEEKDFVLKVYMCNNE
SEWSQIHENIIRKSSAKYSAPSASHGLIISLQLLRGDMEQIRRENPMIFNRGLAITRKLG
FPDVIMPGDIRNDLYLTLEKGDFERGGKSVQKNIEVTMYVLYADGEILKDCISLGSGEPN
RSSYHSFVLYHSNSPRWGEIIKLPIPIDRFRGSHLRFEFRHCSTKDKGEKKLFGFAFSPL
MRDDGTTLSDDIHELYVYKCDENSTFNNHALYLGLPCCKEDYNGCPNIPSSLIFQRSTKE
SFSISTQLSSTKLTQNVDLLALLKWKAFPDRIMDILGRLRHVSGEEIVKFLQDILDTLFV
ILDDNTEKYGLLVFQSLVFIINLLRDIKYFHFRPVMDTYIQKHFAGALAYKELIRCLKWY
MDCSAELIRQEHIQEAMRALEYLFKFIVQSRILYSRATCGMEEEQFQSSIQELFQSIRFV
LSLDSRNSETLLFTQAALLNSFPTIFDELLQMFTVQEVAEFVRGTLGSMPSTVHIGQSMD
VVKLQSIARTVDSRLFSFSESRRILLPVVLHHIHLHLRQQKELLICSGILGSIFSIVKTS
SLEADVTEEVEMMVESLLDVLLQTLLTIMSKSHAQEAVRGQRCPQCTAEITGEYVSCLLS
LLRQMCDTHYQHLLDNFQSKDELKEFLLKIFCVFRNLMKMSVFPRDWMVMRLLTSNIIVT
TVQYLSSALHKNFTETDFDFKVWNSYFSLAVLFINQPSLQLEIVTSAKRKKILDKYGDMR
VMMAYELFSMWQNLGEHKIHFIPGMIGPFLGVTLVPQPEVRNIMIPIFHDMMDWEQRKNG
NFKQVEAELIDKLDSMVSEGKGDESYRELFGLLTQLFGPYPSLLEKIEQETWRETGISFV
TSVTRLMERLLDYRDCMKGEETENKKIGCTVNLMNFYKSEINKEEMYIRYIHKLCDMHLQ
AENYTEAAFTLLLYCELLQWEDRPLREFLHYPSQTEWQRKEGLCRKIIHYFNKGKSWEFG
IPLCRELACQYESLYDYQSLSWIRKMEASYYDNIMEQQRLEPEFFRVGFYGRKFPFFLRN
KEYVCRGHDYERLEAFQQRMLSEFPQAVAMQHPNHPDDAILQCDAQYLQIYAVTPIPDYV
DVLQMDRVPDRVKSFYRVNNVRKFRYDRPFHKGPKDKENEFKSLWIERTTLTLTHSLPGI
SRWFEVERRELVEVSPLENAIQVVENKNQELRALISQYQHKQVHGNVNLLSMCLNGVIDA
AVNGGIARYQEAFFDKDYITKHPGDAEKITQLKELMQEQVHVLGVGLAVHEKFVHPEMRP
LHKKLIDQFQMMRASLYHEFPSLDKLSPACSGTSTPRGNVLASHSPMSPESIKMTHRHSP
MNLMGTGRHSSSSLSSHASSEAGNMVMLGDSTMGEAPEDLYHHMQLVYPNPRYQGSVTNI
SVLSSSQASPSSSSLSSTHSAPSQMITSAPSSARGSPSLPDKYRHAREMMLLLPTHRDRP
SSAMYPAAILENGQLPNFQRALFQQVVGACKPCSDPNLSVAEKGHYLHFDAFHHPLGDTP
PALPARTLRKSPLHPIPASPTSPQSGLDGSNSTLSGSASSGVSSLSESNFGHSSEAPPRT
DTMDSTPSQAWNADEDLEPPYLPVHYSLSESAVLDSIKAQPCRSHSAPGCVIPQDPMDPP
ALPPKPYHPRLPALEHDEGILLREEAERPRGLHRKASLPPGSIKEEQARIAWEHGRGEQ
NT seq 6120 nt   +upstreamnt  +downstreamnt
atggcgtcactattgaatgtgaacgttgatcacctggctgtggtagtgtttgtgtggttt
ctgtatttgatatgcagctttcgaggatctgtccctcaaggcttagtcctagaaatagga
gaaacggtccagattcttgagaagtgtgaaggttggtacagaggtgtgtcaacaaagaag
ccaaatgtaaagggaatctttcctgcaaattacattcacttgaaaaaggcaattgtcagt
aatagggggcagtatgaaactgtggttccacttgaagattctattgtgactgaggttaca
gcaactctacaagaatgggccagtctgtggaaacaactatatgtaaaacacaaagtagat
ctcttctacaaactacgccatgtgatgaatgaacttattgacctgcgaaggcagctacta
tcgggtcacctgactcaggatcaggtgcgggaagttaaacggcatatcaccgtgcgcctg
gactggggtaatgaacatttgggcctggacctggtgcctcgaaaggattttgaagtagtg
gattcggatcagattagtgtctcagatctctataaaatgcatttatctagccggcagagt
gtacagcaaagtacatcccaggtagatacaatgcgcccacgtcatggggaaacctgtcgg
atgccagtgccacatcacttcttcctcagtctgaaaagtttcacctacaataccattggg
gaagatactgatgtcttcttttccttgtatgacatgagagaaggcaagcagataagtgag
cggtttctggtgagactgaacaagaatggtgggccaaggaacccagagaagatagaacga
atgtgtgccctttttacagatctgagcagcaaagatatgaagagagatttatatgtagtt
gcccatgtgatccgaataggccggatgctcctgaatgactcaaagaagggccctgcccac
ctgcactatcgacgaccatatggctgtgcagtcctgagcatcctagatgtcctacagtca
ctcacagaagtaaaggaagaaaaggattttgttcttaaggtttacatgtgcaacaatgaa
agcgagtggtcccagatccacgagaacatcatccgaaagtccagtgccaagtactctgcc
cccagcgccagccacggtcttatcatttctctgcagcttcttcgtggagacatggaacag
attcggagagaaaatcccatgatatttaataggggattggcaattacaaggaaattggga
tttcccgatgtcatcatgccaggtgatatccgcaatgacctatacctgaccctggagaag
ggagatttcgagagagggggtaagagtgtacaaaagaatattgaagtgaccatgtatgtg
ctttacgcagatggagaaatcttaaaggattgcatcagcttgggttcaggagagccaaat
aggagttcctaccactcctttgtcctctaccatagtaatagtcctcgctggggagaaatt
atcaaattgcccatccccattgaccggttccggggctcccacctgcgctttgagttcaga
cattgttccacaaaggacaaaggggaaaagaaactctttggctttgcattttctcccctg
atgcgggatgatggcaccaccctctcagatgatattcatgagctctatgtgtacaagtgt
gatgagaatagcacgtttaacaaccatgctctgtacctgggtctgccttgctgcaaagag
gactacaatggctgccctaacatcccttccagtctcatcttccagcgcagcaccaaggag
tctttctccatttccacacagctctcctccaccaaactcacccagaatgtggatctcctt
gctctgctgaaatggaaggcctttccggaccgaatcatggatatcctagggcgactgcgg
catgttagtggggaggaaattgttaagtttctgcaggacatcttagatacgctctttgtg
attttggatgataatacagagaaatacggcctgctggtttttcagtctctggtattcatc
atcaacctgctccgagacatcaagtatttccacttccggcctgtgatggacacatacatc
cagaagcactttgctggagccctagcatacaaggaactcatccgctgtttgaagtggtac
atggactgctcagcagagctgattcgacaggagcacattcaggaagccatgcgggccttg
gagtaccttttcaagtttattgtgcagtcgcggatcctctactcacgagccacatgtggg
atggaggaggagcagttccagtccagcatccaagaacttttccagtccatccggtttgtg
ctcagtctggacagcagaaactcagaaacacttcttttcactcaggctgcactcctcaat
tccttcccaaccatctttgatgagctgctgcaaatgttcactgtgcaggaggtggcagag
tttgtgagagggacgctggggagcatgcccagcactgtgcacattgggcagtcaatggac
gtggtgaagctgcagtccattgccaggactgtggatagtcgcctgttttctttctcagaa
tcccgccgcatcctgcttcccgtggttctccatcacattcaccttcacctgagacaacag
aaggagctgctaatctgctcagggattcttggcagcatcttctccatcgtcaagaccagc
tctctggaggcagatgtcacggaggaggtggagatgatggtggagagcctcctagacgtg
ctcttgcagactctgctcaccatcatgagcaaatcgcacgctcaggaggcggtaagaggg
cagcgatgcccgcagtgcacagctgagatcactggcgagtatgtgtcctgccttctgtca
ctgctccgccagatgtgtgacacacattaccaacacctcctggacaactttcagagcaaa
gatgaactcaaggagttcctgctgaagattttctgtgtgtttcggaacctgatgaagatg
agtgtcttccctcgtgactggatggtgatgagactgctcacgagcaatattatagtcact
actgttcagtacctgtcctcagcactgcacaagaatttcacagagacagactttgacttt
aaggtgtggaattcctattttagcctggcagttctgttcataaatcaacctagtctccag
ctagaaattgtcacttcagccaagaggaagaagattctagataagtatggggacatgcgt
gtgatgatggcttatgaactgtttagcatgtggcagaatttgggtgaacataagatccac
tttattccgggaatgattggtccttttttgggtgtgacactcgtcccacaaccagaagtg
cggaatatcatgatccccatctttcacgacatgatggactgggagcagaggaaaaatgga
aacttcaaacaggtggaggccgagctgatagacaagctggacagcatggtttcagaaggg
aaaggagatgagagctacagggagctcttcggcctgctaacccagctgtttgggccctac
cccagcctgttggagaagatagaacaggaaacgtggcgcgagaccggcatttcctttgtg
acctcagtcacccgcctcatggaacgcctccttgactacagggactgcatgaaaggagag
gaaacagagaataagaagatcggctgcactgttaacctcatgaacttttacaaatctgag
attaacaaagaagagatgtatatccgctatatccataagctttgtgacatgcacttgcag
gctgaaaactacacagaggctgcattcaccttgctcctatactgtgagctgctacagtgg
gaggaccgaccactacgggaattcctccactacccatctcagacagagtggcagcggaaa
gagggactgtgccggaagatcatccattacttcaacaaaggcaagagctgggagtttggg
attccactgtgcagggagctggcgtgtcagtacgagagcctctacgattatcagagcctc
agctggatccggaaaatggaagccagctactatgacaacatcatggagcagcagcgcctg
gaacctgagttctttcgggtcggcttctatggcaggaaatttcccttcttccttcggaac
aaagagtatgtgtgccgaggccatgactatgagcggctagaggccttccagcagaggatg
ctcagtgagttcccgcaggccgtcgccatgcagcaccccaaccaccctgatgacgccatc
cttcagtgcgatgcccagtacttgcagatctatgcagtgacgcccattccagattatgtg
gatgtcctgcagatggatagggtccctgatcgtgtcaaaagcttctaccgtgtcaacaat
gtgaggaagttccggtacgacaggccttttcacaaaggcccaaaggacaaggaaaatgaa
ttcaagagcctgtggatcgagcgcaccacgctgaccctgacccacagcttgcctggcatc
tctcgatggtttgaagtggagaggagggaactggtggaagtgagtcctctggagaatgcc
atccaagtggttgagaataagaaccaggagctgcgggccctgattagccagtatcagcac
aagcaggtgcacggcaacgtcaacctgctcagcatgtgcctgaatggcgtcatcgatgca
gccgtcaacgggggcatcgcgcgctaccaggaggccttctttgataaagattacatcacc
aagcacccaggagacgctgagaagatcacccagctcaaggaactcatgcaggaacaggtc
catgtccttggcgtggggctggcagtacatgagaagtttgtgcacccagaaatgcggcct
ctgcacaagaagctgattgatcagttccagatgatgcgggccagtctctaccatgaattt
ccaagtttggacaaactaagtcctgcatgctcaggcaccagcaccccacggggaaatgtt
ctcgcatcccatagtcccatgagccccgagagcatcaaaatgacccaccggcacagcccc
atgaacttgatgggaacaggccgccattcatcatcctctctctcctcacacgcatctagc
gaagcgggaaacatggtgatgctgggcgacagcaccatgggcgaggctcccgaggacctg
taccaccacatgcagctcgtgtatcccaaccccaggtaccagggctcagtcaccaacata
tctgttctatcctcgtcgcaggcaagcccttcttcctccagcctgagttccactcactca
gcaccatcccagatgattacctctgccccttccagtgcccgaggctctccctctctgcca
gataagtaccgccatgcccgagaaatgatgttgctgttgcccacacaccgggaccgccca
agcagtgccatgtatccagcagccatcctggagaacggacagctgccaaatttccaacgg
gcactgttccagcaagtggtcggagcctgcaaaccctgcagtgatcccaatctgtctgtg
gccgaaaaaggtcattacctacattttgacgccttccaccaccccctgggtgacaccccc
cctgccctccctgccaggaccctgcgaaagtctcctctccaccctatcccggcctctccc
acaagcccgcagtctggcctggacggcagcaactccacactgtccggcagtgccagcagc
ggcgtgtcctccttgagtgagagtaactttgggcactcctcagaggccccacctcgcacc
gataccatggactccacgccgagccaggcatggaatgccgatgaagatcttgagccaccc
tacctccccgtccactacagcctctctgagtctgccgttctggactccatcaaggcccag
ccatgccgaagccactcagccccagggtgtgtcatccctcaggaccccatggacccacct
gcgctgccgcccaagccctaccacccccgcctaccggccctggagcacgatgagggcata
ctgctgcgcgaagaggctgagaggcctcggggcctgcaccgcaaggcctcactgcctcct
gggagcatcaaggaggagcaggcgcgcattgcctgggagcacggccgaggggaacagtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (21)   
   KEGG ORTHOLOGY (1)   
   RefGene (17)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (33)   

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