KEGG   Trichechus manatus latirostris (Florida manatee): 101358305
Entry
101358305         CDS       T05135                                 
Name
(RefSeq) ras GTPase-activating-like protein IQGAP2 isoform X4
  KO
K05767  Ras GTPase-activating-like protein IQGAP2/3
Organism
tmu  Trichechus manatus latirostris (Florida manatee)
Pathway
tmu04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:tmu00001]
 09140 Cellular Processes
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    101358305
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:tmu04812]
    101358305
   04147 Exosome [BR:tmu04147]
    101358305
Cytoskeleton proteins [BR:tmu04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Others
     101358305
Exosome [BR:tmu04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   101358305
  Exosomal proteins of colorectal cancer cells
   101358305
SSDB
Motif
Pfam: RasGAP RasGAP_C CH IQ WW
Other DBs
NCBI-GeneID: 101358305
NCBI-ProteinID: XP_004374540
UniProt: A0A2Y9DHM5
Position
Unknown
AA seq 1575 aa
MPHGELPSLQRPRYGSIVDDERLSAEEMDERRRQNIAYEYLCHLEEAKRWMEVCLVEELP
PTTELEEGLRNGVYLAKLAKFFAPKMVSEKKIYDVEQTRYKKSGLHFRHTDNTVQWLRAM
ESIGLPKIFYPETTDVYDRKNIPRMIYCIHALSLYLFKLGLAPQIQDLLGKVDFTEEEIS
NMRKELDKYGIQMPAFSKIGGILANELSVDEAALHAAVIAINEAVEKRIAEQTIVTLRNP
NAVLTLVDDHLAQEYQKELWEAKKRKEENARLKNSCISEEERDAYEELLTQAEIQDGINK
VNRLAAVDHINAVIREGDPEKTLLALQKPEAQLPAVYPFAAAMYQHELFNLQNQNAMNYV
AHEELLIAVEMLSAVALLNQALKTNDLVSVQNQLRSPTIGFNNLDEAYVERYANALLTIK
LEALSQGQDSLSWNEIQNCIDMVNFQIQEENDRIVAVGYINEAIDEGNPLKTLDTLLLPT
AKIRNVNPDYAQHYQDVLYQAKSQKLRDSESASNVLWLDEIQQAVDEANMDKDRAEKWVT
LVIDVNQFLERRKPSDTLSVLTSSSLDANDIIPECANEYYDALLKAKEQKSQNVSGEGSW
LKCTLQDQYEYYYNIDSKESSWKMPEDASLKQSWLLGKDIEDIISEITANYIREKIWSAS
EDLILRFKSTPSGHRLTEEFEARKSFLYDQEASVVKIQAFWKGYKQRKAYSCRQQMFIDN
LASIVKIQSWFRMSSARKSYLSRLQFFRDHRNEIVKIQSLLRANKARDDYKTLVGSENPP
LTVIRKFVHLLDQSDLDFQEELEVARLREEVVTKIRANQQLEKDLNLMDIKIGLLVKNRI
TLQDVISHSKKLDKKKGGEMQILNNTENQGIKSLSKERRKTLETYQQLFYLLQTNPLYLA
KLIFQMPQNKSTKFMDTVIFTLYNYASNQREEYLLLKLFKTALEEEIKSKVDQVQDIVTG
NPTVIKMVVSFNRGARGQNTLRELLAPVVKEIINDKSLIINTNPVDVYKAWVNQLETQTG
EASKLPYDVTTEQALTYPEVKNKLEASIENLRRVTDKVLNSIISSLDLLPYGLRYIAKVL
KNSIHEKFPDATEDELLKIVGNLLYYRYMNPAIVAPDGFDIIDMTAGGQINPDQRRNLGS
VAKVLQHAASNKLFEGENEHLSSMNNYLSETYQEFRKYFQEACNVAEPEEKFNMDKYTDV
VTVSKPVIYISIEEIISTHSLLLEHQDAIAPDKNDSLNELLELLGEVPSVESFIGEGAVD
PNDPNKENTLSQLSKTEISLSLTSKYDLQDGEAIDGQSLMIKTKKLIIDVIRNQPGNTLT
EILETPATPQQDLDHTKDMLSRAIIDSRTPEEMKHSQFMIEDAQLPLEQKKRKIQRNLRT
LEQTGHVSSKDKYQDIINEIAKDIRNQRIYRKLRKAELSKLQQTLKGLNEKAAFYAEQIN
YYDTYIKTCLDNLNRKNTRRSIKLDGKGEPKGPKRAKPVKYTAARLHEKGVLLGIDDLQT
NQFKNVMFDIISTEDVGIFEVRAKFLGVEMEKVQLNIQDLLQLQYEGVAVMKMFDKVKVN
VNLLIYLLNKKFYGK
NT seq 4728 nt   +upstreamnt  +downstreamnt
atgccccacggggagctgccgtccctgcagagaccccgctatggctctattgtggatgat
gaacgactctctgcagaggagatggatgagaggagaagacagaacattgcttatgaatat
ttgtgccacctagaggaagccaaaaggtggatggaagtctgcttagttgaagaattgcca
ccgaccactgaactggaagaaggtctgaggaatggagtttaccttgcaaagttagccaag
ttctttgcccctaaaatggtatcagagaaaaagatctatgatgtggaacaaacacgttat
aagaagtccggccttcattttcgacacacagataacactgtccagtggttaagagcaatg
gagtctattggtctacctaagatattttatccagaaaccacagatgtctatgatcggaaa
aacataccaagaatgatatattgcattcatgcactgagtttatatctgttcaaactagga
ttagccccccagatccaggatttgttgggcaaagtagacttcacagaggaggaaatcagt
aatatgagaaaagaacttgacaaatatggaatacagatgccagcttttagcaaaataggt
ggtattctggccaatgaactgtctgtggatgaagctgctttgcatgctgcagttatagcc
attaatgaagccgttgagaaaagaatagcagaacagaccattgtaacactaagaaaccca
aatgcagttttaactttagtggatgaccaccttgcacaagagtatcagaaagaactgtgg
gaagctaaaaagagaaaagaggaaaacgcaagactgaagaatagctgtatttcagaagag
gaaagagatgcatatgaagaactgctgacacaagcagaaatccaagacggtatcaataaa
gtcaacaggctagctgcagtggaccacatcaatgctgtaattagggaaggcgaccccgag
aagacgctgcttgcactgcagaaaccagaggcccagctgcctgctgtttatccctttgcg
gctgctatgtatcagcatgaacttttcaacctccagaatcagaatgccatgaactacgtg
gcccatgaagaactattgattgcagtggaaatgttgtctgctgttgctttactaaaccag
gccttgaaaaccaacgatcttgtgtctgtgcagaatcaactcagaagcccaacaataggc
ttcaacaatctggatgaagcatatgtagaacgttacgcaaatgcactactgaccattaaa
cttgaagccttatcacaagggcaggatagcttaagctggaatgaaattcagaattgtatt
gatatggttaatttccaaattcaagaagaaaatgaccgaattgtagctgtagggtatatc
aatgaagctattgacgaaggaaatcctttgaagactttagacaccttgctgttacctact
gctaagattagaaatgtcaatccagactatgctcagcactaccaggacgtcttataccag
gctaaatcacagaaactcagggactctgagtctgcttctaatgttctttggctggatgag
atacagcaagcagtcgacgaggccaacatggacaaggaccgagcagaaaaatgggttact
ctggtcattgacgttaaccagtttttggagagacgaaaaccaagtgatactttgtctgta
ttgacatcttccagtctggatgcaaatgacataatccccgagtgtgctaacgagtactac
gatgctcttctgaaggcaaaagaacagaaatctcaaaatgtatctggtgaaggttcatgg
ctcaaatgcaccctgcaggaccaatatgagtattattacaacattgattcgaaagagagt
tcctggaaaatgcctgaagatgcctcgcttaaacaatcatggctcctgggaaaagacatt
gaggacattatttcggaaattacggcaaattacattcgtgagaagatatggtctgcttca
gaagacttgattcttcggtttaaaagcacaccttcaggacaccgccttactgaagagttt
gaagctaggaaatcatttttgtatgatcaagaagcgtctgtggtcaaaatacaggctttt
tggaagggatataaacaacggaaagcatattcttgcagacagcaaatgttcattgataat
cttgcttctattgtgaagattcagtcctggttccgaatgtcatcagcaagaaagagctac
ctttcacgactacagtttttcagagatcatagaaatgaaattgtgaaaatacagtcgcta
ctgagagcaaacaaagctagagatgactacaaaacattggttggttccgaaaacccaccg
ttgacagtaattcgcaagtttgtacacctgttggaccaaagtgacttagatttccaagag
gagctagaggtagcacgattaagggaagaagtggtgaccaaaatcagagccaaccaacag
ctggagaaagacctcaacctgatggacatcaagattggactcctggtgaagaacaggatc
acactgcaggatgtaatttcacacagtaagaagttagataagaaaaaaggaggagaaatg
caaatattgaataacactgagaaccaaggaatcaaaagtttgagtaaggaaaggagaaaa
acactagaaacgtaccagcagctgttttaccttttacagaccaatcctttatacctggct
aagctgattttccagatgccacagaacaagtcaactaaatttatggatactgttattttc
acactatataattatgcttctaaccaacgagaagaatatctactcctcaagctttttaaa
actgctctggaggaagaaataaaatctaaagtggaccaggtacaggacatagttactgga
aaccctacagttatcaagatggtcgtcagcttcaacagaggtgcccgtggacagaacacc
ctgcgcgaactgctggctccagtggtgaaggagatcatcaatgacaaatccttgatcatt
aacacaaacccagtagacgtgtacaaggcttgggtgaaccagttagaaacacagactgga
gaggccagcaagctgccttacgatgtgaccacagaacaagctttaacatacccagaagtg
aaaaataaattggaggcatccatcgagaacctgagaagggtcactgacaaagtcctgaac
tctatcatttcttcccttgatctactaccttatggattgaggtatatagccaaagtactg
aagaattcgatccatgagaaatttcccgatgcaacagaagatgagctattaaagattgtt
ggaaaccttctgtactatcggtacatgaacccagccattgtggctcctgacggctttgat
atcatcgacatgacagccggcggacagataaatcctgaccagagaagaaacttgggatcg
gtggccaaggttcttcagcacgcagcctccaacaagctgtttgaaggagaaaatgagcat
ctctcctctatgaacaattatttatcggaaacatatcaggaattcaggaaatatttccaa
gaagcatgtaatgtggctgagccagaagaaaagtttaatatggacaagtacacagatgtg
gtgacagtcagcaaaccagtcatctacatttcaattgaagaaatcatcagcacacactca
ctcctattggaacaccaggatgcaattgcacctgacaaaaatgactcactaaatgaattg
ttggagttgctgggagaggtacctagtgtggaatcttttattggggagggagcagttgac
cccaatgaccctaacaaggaaaatacgctaagtcaactctcaaagactgagatttccctt
tccttaacaagcaagtatgacttacaagacggtgaggccatagatggccaaagcctcatg
ataaagaccaaaaagctaataattgatgtcatccggaaccagccagggaacacattgaca
gaaatcttagagacgccagcaactccacaacaggatctagatcacaccaaagacatgttg
agtcgtgccattatagattccagaactccagaagaaatgaagcatagccagtttatgatt
gaagatgcacaactgcctcttgagcagaagaagaggaaaatccagaggaatctccggaca
ttagaacagactggacacgtgtcatccaaagataaataccaagatattatcaatgagatt
gccaaggatattcggaatcaaagaatctatcgtaagcttcgaaaagctgaattgtcaaaa
cttcagcagaccctgaaaggacttaatgagaaggcggcattttatgcagaacaaattaat
tattatgacacctacataaagacttgcttagacaacttaaatagaaaaaatactcggaga
tcaattaaacttgatggaaaaggagaacccaaaggaccaaagagagcgaagcctgtgaag
tacaccgcagcaaggctacacgagaagggtgtcctgctgggaatagacgatctccaaacc
aaccagtttaaaaatgttatgtttgatatcatatctactgaagatgtgggcatcttcgaa
gtcagagcaaaattcctcggtgtcgaaatggaaaaggtgcagctcaatattcaggattta
cttcagctgcagtatgaaggagtagctgtaatgaaaatgtttgataaggttaaagtgaat
gtaaaccttcttatttacctgctgaacaagaaattctatggaaagtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (17)   
   KEGG ORTHOLOGY (1)   
   RefGene (13)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (10)   
   UniProt (1)   
   RefSeq(pep) (9)   
DNA sequence (10)   
   RefSeq(nuc) (10)   
Protein domain (5)   
   Pfam (5)   
All databases (47)   

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