KEGG   Macaca mulatta (rhesus monkey): 717025
Entry
717025            CDS       T01028                                 
Symbol
TTC28
Name
(RefSeq) tetratricopeptide repeat protein 28 isoform X3
  KO
K24936  tetratricopeptide repeat protein 28
Organism
mcc  Macaca mulatta (rhesus monkey)
Brite
KEGG Orthology (KO) [BR:mcc00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:mcc03037]
    717025 (TTC28)
Cilium and associated proteins [BR:mcc03037]
 Motile cilia and associated proteins
  Other motile cilia associated proteins
   717025 (TTC28)
SSDB
Motif
Pfam: TPR_12 TPR_7 TPR_1 CHAT TPR_2 TPR_8 TPR_10 TPR_MalT TPR_14 TPR_17 Rapsyn_N RPN7 TPR_19 TPR_16 TPR_11 TPR_9 TPR_6 ANAPC5 PUB DUF3856
Other DBs
NCBI-GeneID: 717025
NCBI-ProteinID: XP_015005463
Ensembl: ENSMMUG00000001058
UniProt: F6QN66
Position
10:22867501..23587419
AA seq 2481 aa
MEQSPPPAPEPTQGPTPARSRRRREPESPPASAPIPLFGANTFGQRSPDGPVLSKAEFVE
KVRQSNQACHNGDFHTAIVLYNEALAVDPQNCILYSNRSAAYMKIQQYDKALDDAIKARL
LNPKWPKAYFRQGVALQYLGRHADALAAFASGLAQDPKSLQLLVGMVEAAMKSPMRDSLE
PTYQQLQKMKLDKSPFVVVSVVGQELLTAGHHGASVVVLEAALKIGTCSLKLRGSVFSAL
SSAYWSLGNTEKSTGYMQQDLDVAKTLGDQTGECRAHGNLGSAFFSKGNYREALTNHRHQ
LVLAMKLKDREAASSALSSLGHVYTAIGDYPNALASHKQCVLLAKQSKDELSEARELGNM
GAVYIAMGDFENAVQCHEQHLKIAKDLGNKREEARAYSNLGSAYHYRRNFDKAMSYHNYV
LELAQELMEKAIEMRAYAGLGHAARCMQDLERAKQYHEQQLGIAEDLKDRAAEGRASSNL
GIIHQMKGDYDTALKLHKTHLCIAQELSDYAAQGRAYGNMGNAYNALGMYDQAVKYHRQE
LQISMEVNDRASQASTHGNLAVAYQALGAHDRALQHYQNHLNIARELRDIQSEARALSNL
GNFHCSRGEYVQAAPYYEQYLRLAPDLQDMEGEGKVCHNLGYAHYCLGNYQEAVKYYEQD
LALAKDLHDKLSQAKAYCNLGLAFKALLNFSKAEECQKYLLSLAQSLNNSQAKFRALGNL
GDIFICKKDINGAIKFYEQQLGLAHQVKDRRLEASAYAALGTAYRMIQKYDKALGYHTQE
LEVYQELSDLPGECRAHGHLAAVYMALGKYTMAFKCYEEQLDLGQKLKDPSLEAQVYGNM
GITKMNMNVMEEAIGYFEQQLAMLQQLSGNESVLDRGRAYGNLGDCYEALGDYEEAIKYY
EQYLSVAQSLNRMQDQAKAYRGLGNGHRAMGSLQQALVCFEKRLVVAHELGEAFNKAQAY
GELGSLHSQLGNYEQAISCLERQLNIARDMKDRALESDAACGLGGVYQQMGEYDTALQYH
QLDLQIAEETNNPTCQGRAYGNLGLTYESLGTFERAVVYQEQHLSIAAQMNDLAAKTVSY
SSLGRTHHALQNYSQAVMYLQEGLRLAEQLGRREDEAKIRHGLGLSLWASGNLEEAQHQL
YRASALFETIRHEAQLSTDYKLSLFDLQTSSYQALQRVLVTLGHHDEALAVAERGRTRAF
ADLLVERQTGQQDSDPYSPVTIDQILEMVNGQRGLVLYYSLAAGYLYSWLLAPGAGILKF
NEHYLGENTVENSSDFQASSSATLPTATGSALEHHIASVREALGVESHYSRACASSETES
EAGDIMDQQFEEMNNKLNSVTDPTGFLRMVRRNNLFNRSCQSMTSLFSNTVSPTQDGTSS
LPRRQNSFAKPPLRALYDLLIAPMEGGLMHSSGPVGRHRQLILVLEGELYLIPFALLKGS
SSNEYLYERFGLLAVPSIRSLSVQSKSHLRKNPPTYSSSTSMAAVIGNPKLPSAVMDRWL
WGPMPSAEEEAYMVSELLGCQPLVGSVATKERVMSALTQAECVHFATHISWKLSALVLTP
SMDGNPASSKSSFGHPYTIPESLRVQDDASDGESISDCPPLQELLLTAADVLDLQLPVKL
VVLGSSQESNSKVTADGVIALTRAFLAAGAQCVLVSLWPVPVAASKMFIHAFYSSLLNGL
KASAALGEAMKVVQSSKAFSHPSNWAGFMLIGSDVKLNSPSSLIGQALTEILQHPERARD
ALRVLLHLVEKSLQRIQNGQRNAMYTSQQSVENKVGGIPGWQALLTAVGFRLDPPTSGLP
AAVFFPTSDPGDRLQQCSSTLQSLLGLPNPALQALCKLITASETGEQLISRAVKNMVGML
HQVLVQLQAGEKEQDLASAPIQVSISVQLWRLPGCHEFLAALGFDLCEVGQEEVILKTGK
QANRRTVHFALQSLLSLFDSTELPKRLSLDSSSSLESLASAQSVSNALPLGYQHPPFSPT
GADSIASDAISVYSLSSIASSVSFVSRPEGGSEGGGPGGRQDNDRSKNAYLQRSTLPRSQ
LPPQTRPAGNKDEEEYEGFSIISNEPLATYQENQNMCFSPDHKQPRPGTAGGLRVSVSSK
GSISTPNSPVKMTLIPSPNSPFQKVGKLASSDTGESDQSSTETDSTVKSQEESNPKLDPQ
ELAQKILEETQSHLIAVERLQRSGGQVSKSNNPEDGVQAPSSAAVFRASETSAFSRPVLS
HQKSQPSPVTVKPKPPARSSSLPKVSSGYSSPTTSETSIKDSPSQNSGRPSPGSDSQTSQ
LDQPLFKLKYPSSPYSAHISKSPRNMSPSSGHQSPAGSAPSPALSYSSAGSARSSPADAP
DIDKLKMAAIDEKVQAVHNLKMFWQSTPQHSTGPMKIFRGAPGTMTSKRDVLSLLNLSPR
HNKKEEGVDKLELKELSLQQHEGTPPKAPPNGHWRTETTSLGALPLPAGPPAAAPARPLR
LPSGNGYKFLSPGRFFPSSKC
NT seq 7446 nt   +upstreamnt  +downstreamnt
atggagcagtcgccgccgccggcgcccgagccgacccaagggccaaccccagcaaggagc
cgaaggcggcgggagcccgagtcgccgccggcgtcggcgccgattcctctctttggtgct
aacacttttggccagaggagtcctgatggaccggtactgagcaaagctgaatttgttgag
aaagttcgtcagagtaatcaggcctgtcacaatggagatttccacacagctattgttctg
tataatgaagccctggctgttgaccctcagaactgcatcttatacagcaatagatctgca
gcctacatgaaaatccagcagtatgacaaggcactggatgatgcaatcaaagctcgactt
ctcaatcccaaatggccaaaggcatacttccgacagggtgttgccctccagtaccttgga
cgtcatgccgatgccctggcagcctttgcatctggactggctcaagaccccaagagtctc
cagcttctggtggggatggtggaagccgccatgaaatctcccatgagagactccctcgag
cctacttatcagcagcttcagaaaatgaaactggacaagagtccctttgtggtagtgtct
gtggttgggcaggaacttctgacagctggccatcatggggcctccgtggttgtcttagaa
gccgcactgaagattggcacctgcagcctcaaactgagaggttctgttttctctgccctg
agcagtgcttactggtctcttggaaatacagagaagagcactggatatatgcagcaggac
ttggatgtagccaaaaccttaggtgaccagacaggagaatgccgagctcatgggaatctg
ggctctgcattcttctccaaaggaaattaccgggaggctctcactaaccacaggcatcag
ttggtactcgccatgaaactcaaagatcgagaggctgcttcatcagctttgagcagtctg
ggccatgtgtacacagccattggagactaccccaatgcactggccagtcacaaacagtgc
gttcttcttgccaagcaatccaaagatgaactttctgaagcccgagaacttggcaacatg
ggagctgtgtatattgccatgggtgactttgagaatgctgtgcagtgccatgaacagcat
ctgaagatagccaaggacctggggaacaagcgagaagaggcccgggcctacagcaacctg
ggcagtgcctatcactaccgaaggaactttgacaaggccatgtcttaccacaactatgtc
ctggagctggcccaggagttgatggagaaggctattgagatgcgggcctatgctggacta
ggccatgctgccaggtgcatgcaggatttggagagagctaaacagtaccatgagcagcag
ctgggcattgctgaggatctcaaggaccgggctgcagaggggcgagcatcctccaatctg
ggaatcatacaccagatgaaaggtgattatgacactgcactgaaactccacaagacccac
ctgtgcatcgcccaggagctgagtgattatgctgcccagggccgtgcctatgggaatatg
ggcaatgcctacaatgccctgggcatgtacgaccaggcggtcaaataccatcggcaggag
ctgcagatctccatggaagtgaatgaccgcgcctcacaggcttccacacatgggaacctt
gctgtggcctaccaggccctgggtgcccatgaccgggccctgcaacactatcagaaccac
ttgaacattgcccgggagctacgagacatccagagtgaggcccgggccctcagcaacctg
ggcaatttccactgctctcggggagagtatgtccaggctgccccctattatgaacagtac
ctccggcttgctcccgaccttcaagacatggaaggagaagggaaggtctgccacaatctt
ggctatgcccattactgccttggaaattatcaggaggcagtgaagtactacgaacaggat
ctggcactggccaaagaccttcatgacaagttgagccaagcaaaagcctactgcaacttg
ggcctagcgttcaaggctctgctgaatttcagtaaagctgaagagtgtcagaagtaccta
ctgtccctagcccagtctctgaataattcccaggctaaatttcgagccctagggaacctg
ggcgatatattcatctgtaaaaaagatataaatggtgcaataaaattctacgagcaacag
ctgggcttagctcaccaggtaaaggacagaagattagaagccagtgcatatgcagccctt
ggcactgcataccgaatgatccagaagtatgacaaggccctgggttatcacacacaggaa
ctggaggtatatcaggagctgagcgacttgccaggggagtgcagagctcatgggcacctg
gctgctgtctacatggcccttgggaaatacacaatggcattcaagtgttatgaagagcaa
ctggatctagggcaaaagctgaaggatccaagtctggaagcccaggtctatggcaacatg
ggcatcacaaagatgaacatgaatgtgatggaagaagccattggttactttgagcagcaa
ttggccatgctgcagcagctaagtggaaatgagtctgtgcttgacaggggccgggcctat
ggcaacctgggagattgctacgaagccctgggtgactatgaggaagctatcaaatactat
gaacaatatttatctgttgcgcagagtctgaatcgcatgcaagaccaagccaaggcttac
cgaggcctgggaaatggacacagggcaatggggagcttgcagcaagccctcgtatgcttt
gaaaagaggctcgtggttgcccatgagctcggggaggccttcaataaagcccaggcctat
ggagaactgggaagtctgcacagccaattagggaattacgaacaagccatttcctgcctt
gaacgccagctgaacattgctagagatatgaaagaccgagccctggagagtgacgcagcc
tgtggcctggggggcgtttaccagcagatgggggagtatgacacagccctgcagtaccac
cagcttgatctacagatagcagaggaaaccaacaaccccacatgccagggccgagcctat
gggaacctgggcctgacttatgaatccctgggcaccttcgagagggctgtggtctatcaa
gaacagcacttgagcattgctgcacagatgaatgacttggcggccaagacggtgtcatat
agtagccttggaaggacccatcatgccttgcagaactattcccaagcagtcatgtactta
caggaaggtttaaggttagctgagcaactgggccgaagagaagatgaggcaaaaattcgc
catggccttggcctctccctttgggctagtggaaacttggaggaggcccaacaccagctt
tatagggcatcagccttgtttgaaacgatccgacacgaggcacagctgagcacggactac
aaactctccctctttgacctgcagacatcatcctaccaggccttgcagcgggtgctcgtc
accttaggccatcatgatgaagccctggccgtggcagaaaggggacggacaagggcattt
gctgatcttctggtggaacgacaaacaggacaacaggactctgacccctactccccagtc
actattgatcagatcttagagatggttaatggccagaggggactagtgctttactattcc
ctggctgcaggctatctgtatagctggctgcttgctcctggggcaggaattctgaagttt
aatgaacactacctgggtgagaacacagtggaaaactcaagtgacttccaggccagcagc
agtgcaacccttccaacagcaactggctcagccctggagcatcacattgccagtgtccgg
gaggccctgggggtggagtctcactactcaagggcgtgtgccagcagtgagacagagagt
gaagcgggagacatcatggaccagcaatttgaagagatgaacaacaaactcaactcggtc
actgaccccactggctttctgcggatggttcgccgcaataacctctttaacaggagctgc
cagagcatgacgagcctgttcagtaacactgtgtcaccgacccaggacgggacctcctct
cttcccaggaggcagaactcgttcgccaagcccccgctccgtgccctgtatgacctgctc
atcgcacccatggaagggggcctgatgcactccagcggccctgtgggccggcaccggcag
ctcatcctggttctagagggggagctctacctcattcctttcgccctcctgaagggaagc
tcctccaacgagtacctctacgagcgcttcggcctccttgctgtcccttccatccgctcc
cttagcgtgcagtccaagtctcacttacggaagaacccgcccacatactccagctccaca
tccatggcggctgtcatcggcaaccccaagctcccatcagctgtgatggacaggtggctg
tgggggcccatgccgtcggctgaggaagaggcctacatggtgtccgagctgctgggctgc
cagcccctagtgggcagtgtagccaccaaggagagggtcatgagcgccctgacccaggct
gagtgtgtccactttgccactcacatctcctggaagctgtcggccttggtcctcacgccc
agcatggacggcaaccctgccagcagcaagagttcctttggccacccctacacgatccct
gagtccttacgggtgcaggacgacgccagtgacggggaaagcatctcggactgcccgccc
ctgcaggagctgctgctcacggccgccgatgtcctggacctgcagctgcccgtgaagctg
gtggtgcttggctcctcccaggagtccaacagcaaagtcacagccgacggagtcattgcg
ctgacaagggccttcctggctgccggcgctcagtgtgtcctcgtgtctctgtggcctgtg
ccagtggctgcttctaagatgttcatccatgccttctactcatccctgctgaatggcctg
aaagccagcgccgccctgggggaggccatgaaggtggtgcagagcagcaaggccttctcg
cacccctccaactgggcagggttcatgctcatcgggagtgatgttaagctgaacagcccc
tcatcactcatcggccaggccctcacagagatcctgcagcacccagagcgcgcgcgggat
gccctgcgagtgctgctgcacctggtggaaaagtccctgcagcgcatccagaacgggcag
cgcaatgccatgtacacgtcccagcagagcgtggagaacaaagtgggcggcatccctggc
tggcaggccctcctcaccgctgtgggcttccggctggaccccccaaccagcggcctgcca
gcagctgtcttcttcccaacttctgacccgggtgaccggctccagcagtgcagcagcacc
ctccagtccctgctgggtctgcccaatcctgccctccaagccctttgcaaactcatcact
gcctcagagacgggagagcagctcatcagccgggctgttaaaaatatggttggaatgctc
caccaggtgctggttcagctccaggctggcgagaaggagcaggacttggcatcagctccc
attcaggtctccatcagcgtccagctgtggcggctcccgggatgccacgagttcctggca
gctctaggttttgatctctgtgaagttggtcaggaggaagtaatcctgaaaaccgggaag
caagctaatcgacggactgtgcacttcgcgctgcagtccctgctgtctctgttcgattct
actgagctacccaagcgcctcagcctcgacagctcctcctccctggagtctcttgcttct
gctcagtctgtttccaatgctctgcccttgggctaccagcatccccccttctctcccacc
ggtgcggacagcattgcctcagacgccatctctgtgtacagtctgagctccattgcctcc
tcagtgagctttgtctccagacctgagggtgggtcagagggtggaggccccggaggacga
caggacaatgaccggtccaagaacgcttacctgcagagatccaccctgcctcggagccag
ctgcctccccagacccgccctgcaggcaacaaagatgaagaagaatatgaagggttttct
atcatcagtaacgagcccttggcgacctaccaagaaaaccaaaacatgtgcttctcacca
gaccacaaacaaccccgacctgggacagccggaggcttgagagtctcagtgagctccaaa
gggagcatcagcactccaaattctccagtgaaaatgactctgattcccagccccaactca
cccttccaaaaggtgggaaaactagcaagctcagatacaggagaatcagaccagtctagc
acagaaacggacagtaccgtgaaatcccaagaagaaagcaatccaaaacttgatccacaa
gaattagcccagaaaattctagaggagacacagagtcatctcattgcggtggagcgtctt
cagaggagcggcggccaggtgagcaagagtaataaccctgaagacggcgttcaggcgccc
agcagcgctgccgtcttcagagcatcagaaaccagcgcgttcagcaggcctgtcctctcc
catcagaagagtcagccatcgccagtcactgttaaaccaaagcccccagccaggagctcc
tccctgcctaaggtgagttctggatatagcagccccaccacctcggagacgtccatcaaa
gacagcccgagccagaacagtggccggccatcgcccggctccgactcacagacttcccag
ctggaccagcctctctttaaactgaagtaccccagctctccttacagcgctcacatttcc
aaatcaccaaggaacatgtccccaagctccggccaccagtctcctgctggcagtgcacct
tccccagctctctcctactcctcagctggatccgctcgctcgagtccagcagacgctcct
gacatagacaaactgaaaatggcagccattgacgaaaaggtgcaggctgtccataacctg
aagatgttctggcagagcacaccccagcattccacagggccaatgaagatcttccggggg
gctcctggcacgatgacttctaagagagatgtcctcagtctgttgaatttgtcaccacgg
cacaataagaaggaggagggagtggataagcttgaactgaaggagctgtccctgcagcag
catgagggaactccaccaaaagcccctcccaacggacactggcgcaccgagaccacctcg
ctgggcgcactgccgctgcccgccggccctcccgccgcagcccccgcgcgccctttgaga
ctgccttctggaaatggctacaagttcctgtccccaggaagatttttcccttcttccaaa
tgctaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (22)   
   KEGG ORTHOLOGY (1)   
   RefGene (17)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (8)   
   RefSeq(nuc) (4)   
   GenBank (2)   
   EMBL (2)   
Protein domain (20)   
   Pfam (20)   
All databases (58)   

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