KEGG   Ricinus communis (castor bean): 8279167
Entry
8279167           CDS       T01087                                 
Name
(RefSeq) telomerase reverse transcriptase isoform X1
  KO
K11126  telomerase reverse transcriptase [EC:2.7.7.49]
Organism
rcu  Ricinus communis (castor bean)
Brite
KEGG Orthology (KO) [BR:rcu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:rcu03032]
    8279167
Enzymes [BR:rcu01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.49  RNA-directed DNA polymerase
     8279167
DNA replication proteins [BR:rcu03032]
 Eukaryotic type
  DNA Replication Termination Factors
   Telomerase complex (animals)
    8279167
   Telomerase complex (fungi)
    8279167
SSDB
Motif
Pfam: Telomerase_RBD TERT_C RVT_1
Other DBs
NCBI-GeneID: 8279167
NCBI-ProteinID: XP_015574168
Position
6:18666303..18675294
AA seq 1303 aa
MRKKRRVPVVLWRLFGDRALTLSATITSFIPQSHPTSFLLQQPRDPSDYIKLLNHSYVVL
DSNAPPFAAAKFPPSNHWPQHEIVVRTIEMMVREQSTVFNNVLCSAYDKCNHSSPIVELL
TSSAWSLLLERIGDDTMVYLLKHTSIFLPLPPKKHCQVAGPPVNSLALKLMKNKAEPRHQ
DPLVNHFGHKKKRDRVDDANSLSDVQQFNPLCVMGCVGCVSCSGSFIKPSGSHLCNNKGQ
IDVLQAAAPMYEVHLNEELVNMRKRSRPFKWERCKKRKHSDISESSSTPISRHPVNRCCQ
MSILEAASPTTGACTVNYEGFPIEKLPGLNQVMAKAKHKKHSRLFRWQRNKKRRHSDVEE
ASATTSYLMNCIDEDTAPERLQSDLNNIKIHSPDKMPQQCPCCLVLQDALLVTKGAQINR
QPIFYSSERSSSVLPRKHLLNSLKPNFSGSKTLFGSIFGLSNVNARAPSVLCSHSSSFCL
LGSACLYHSLIKFLKTLIRRNRCCKHLHLLDKHCAVPSLTQAMNQNMSSLFEENDSESVV
TKKSRTVSIEHCNRTLTSENPQTGAIRSYCSKSQVVSFIWAVCRSLVPPDLLGAPSNWRI
LRRNISKFIQLRRFEKFSLVQCIYKLKISGFPFLSDKHSLCCLNARMLNNVPEGQCKSNE
AASNLKHMLLEKWIFWFFSFLVVPLLQANFYVTESEHGKQDVFYYRKPIWEKLKNTTIAG
LKDQNYQHLDPSEVKSIIGNRLFGFSKLRLRPKENGARMLVNLKAPSRMLVQESSSTGIP
GKAQFGSKSVKYKHFKPVNYVLRDTYAVLKGILVKEPEKLGSSVFDYNDIYRKLGLFIID
LKNGLSTIPNVYIVVSDVSKAFDSVNQDQLLSVMKDILHENEYLLQQSSQVVCTKKSLWV
HENLTLMDSEIGAGFTKKSSSGRFGSLHSVLINQGLGRYMKKKEILFNLYEHVKCNVLQL
DKTFYLQGIGIPQGSVLSSLLCSVYYGHLERNVLFPFIEITRGPTVEDLSRRCNSWDSSA
AGNSSEDRLGSSPYILLRLIDDLCFISTSKKQAESFYTRLLRGFRDYNCYMNEEKFCLSF
HSGHELALPSNRVYIGEDGISFLRWSGLLLNSCTLEVQADYTRYLNNHLRSTLNVSWQGK
PGRHLKAKLSAFMRPKCHPIFFDSNINTGPVVRLNIYQAFLLCAMKFHCYVSEMYICKLR
PGFHLKIIKRSFRYMYALIKKMMYSARTGSHFHPILQLEAREVEWLGLNAFVKVLKRKQS
RHKELLHLLKLKLLAHEINGNVSSQLEYAVDSSHSSVMWKIKY
NT seq 3912 nt   +upstreamnt  +downstreamnt
atgaggaagaaacgaagggttccagtagtgctatggaggctatttggggacagagcactg
actctatcagccacaatcacatctttcattccacaatcacaccccacctcatttctcctc
caacaaccccgtgatccttctgattacattaagcttcttaatcattcctatgtcgtttta
gactccaatgcgcctccttttgccgccgctaaattccctccgagtaatcattggccgcaa
catgagattgtggtaaggactattgaaatgatggtgagagagcaatcaacggtctttaat
aatgtattatgtagtgcttatgacaagtgtaatcattcaagccccattgtggagcttctg
acttcatcagcatggagtcttctgctagaaaggattggagatgataccatggtttacctt
ctaaagcatacttcgatatttttgccacttcctcccaagaaacactgccaggtggctggt
ccacctgttaatagtttggcccttaagttgatgaagaataaagcagagccacggcatcaa
gatcctttggtcaaccattttggacacaagaagaagagggatagggttgatgatgctaac
tcattgtcagatgtgcagcaattcaatcctctctgtgttatgggttgtgtaggctgtgtt
agttgcagtggcagttttataaagccttctggcagtcatctttgtaataacaagggccag
atcgatgtccttcaagcagctgcaccaatgtatgaagtgcatttaaatgaggaactagtg
aatatgagaaagcgttcaagaccttttaagtgggagcgctgcaaaaagcgtaagcattca
gatattagtgaaagcagtagtacacctatcagcaggcatcctgttaatagatgttgtcag
atgagtattcttgaagcagcttcaccaacaactggagcttgtactgtgaattatgaaggg
ttcccaattgaaaaattacccggcttaaatcaggttatggcaaaggcaaagcacaaaaag
cattcaagattgtttaggtggcagcgcaataaaaagcgcaggcattcagatgttgaagaa
gccagtgctactacctcttacttgatgaactgtattgatgaagatactgcaccggaaaga
cttcagtctgaccttaataacattaaaattcattcccccgacaagatgccccaacaatgc
ccttgttgtcttgtattgcaagatgcccttttagttactaaaggtgcacagattaatagg
caacctatattttatagttcggaacgctcttcatcagttctcccacgaaaacatctatta
aattccttgaagccaaatttttctggttcaaagactcttttcggtagtatttttggctta
tccaatgtaaatgcaagggctccatcagtgctatgctcccacagcagtagcttctgtctt
cttggttcggcatgcctgtatcattcacttattaaattcctaaagactcttatacgccga
aatcgttgctgcaagcatttgcacttgttggataagcattgcgctgttccgtcattgact
caggcgatgaatcaaaatatgagctcattgtttgaggagaatgattcagagagcgtggta
actaagaaatcccgtacggttagtattgagcattgcaatagaactctaacatctgagaat
ccccagactggggcaattaggtcatactgctcgaaaagtcaagtggtttcattcatatgg
gctgtttgtagaagtttagttcctccagatttgttaggtgctccctccaactggagaatc
ttaaggagaaatatttccaagttcattcagctacgaagatttgaaaagttttcattagtc
cagtgtatatataagttgaagatatcagggttcccatttctttctgataagcactctttg
tgttgcttgaatgctaggatgttaaataatgtgccagagggacaatgtaaatcgaatgag
gctgcaagtaatttgaaacatatgcttttagagaaatggatattctggtttttctcattt
ttggttgtgccactccttcaagctaacttctatgtcactgaaagtgagcatggcaaacaa
gatgtcttttactatcggaagccaatttgggagaagttgaaaaatacaaccattgctggc
ttgaaagaccagaactaccagcatttagatcccagtgaggttaaaagtattataggcaat
agattatttggattctcaaagctcagacttcgcccaaaagagaatggagcaaggatgctt
gtaaatctcaaagcaccatcaagaatgctcgttcaagaatcctcttccacaggaatacct
ggaaaagcacagtttggttctaaatcagttaaatataagcatttcaagcctgtgaattat
gttcttcgtgatacgtatgctgttctaaaaggtatactggtaaaagaaccagagaagtta
gggtcatcagtttttgactataatgatatctatagaaagttaggcctgtttattattgac
ctgaagaatggattgagtaccattcccaatgtatacattgttgtttctgatgtatcaaag
gcatttgattctgttaatcaggatcagctgcttagtgtaatgaaagacattttacatgag
aatgaatatcttctacaacagtcttctcaagttgtctgcaccaagaaatctttgtgggtt
catgagaatcttacattaatggattcagaaattggtgctggttttacaaaaaagagttct
tctgggcgctttgggtcattgcatagtgtgctcattaatcaggggttaggtaggtatatg
aagaagaaagagattcttttcaacctatatgagcatgtgaagtgtaatgtgctgcagtta
gataaaacattttacttgcaaggcataggtatacctcaaggaagtgttttgtcttctctg
ctgtgctcagtatactatggtcaccttgaaagaaatgtgctctttccatttattgaaata
actcgtggaccaactgttgaagatttatctagaagatgcaacagttgggattcttctgct
gcaggaaatagcagtgaggatagacttggttcatctccttatatccttctcagattgatt
gatgacttgtgcttcatatcaacctcaaagaagcaagctgagagcttttacaccaggtta
ctgagaggtttccgggattacaactgctatatgaatgaagaaaaattttgtcttagtttt
cattctggacatgaactagcacttccatcaaatagggtttatattggtgaagatggtatc
tcatttcttagatggagtggattgcttttaaattcttgcactttagaagttcaggctgac
tacacaagatatctgaacaaccatttgaggtcgactctgaacgtgtcctggcaaggtaaa
cctggtcgccatctgaaggcaaagttgtctgccttcatgagaccaaagtgccatcccata
ttcttcgattcaaatattaacacagggcctgttgttagattaaatatctatcaagcattt
ttgttatgcgcaatgaagttccattgttatgtttctgagatgtacatctgcaaactacgc
ccaggattccatttaaagatcatcaaaaggtccttcaggtatatgtacgcacttataaag
aaaatgatgtattctgcacgcactggctcccatttccatccaattcttcaactggaggcg
agagaagttgaatggcttgggttaaatgcttttgtcaaagtgttgaagagaaaacaatct
cggcacaaagagttgctgcatttgttaaagttgaagttgttagcccatgaaataaatggg
aatgtgtcttctcaacttgagtatgcagttgatagctcacattcctctgtaatgtggaag
atcaaatattag

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (75)   
   KEGG ORTHOLOGY (1)   
   RefGene (71)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (87)   

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