KEGG   Babesia bovis: BBOV_IV001820
Entry
BBOV_IV001820     CDS       T01085                                 
Name
(RefSeq) uncharacterized protein
  KO
K04646  clathrin heavy chain
Organism
bbo  Babesia bovis
Pathway
bbo04142  Lysosome
bbo04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:bbo00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    BBOV_IV001820
   04142 Lysosome
    BBOV_IV001820
 09160 Human Diseases
  09171 Infectious disease: bacterial
   05100 Bacterial invasion of epithelial cells
    BBOV_IV001820
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:bbo04131]
    BBOV_IV001820
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:bbo04147]
    BBOV_IV001820
Membrane trafficking [BR:bbo04131]
 Endocytosis
  Clathrin-mediated endocytosis
   Clathrin
    BBOV_IV001820
Exosome [BR:bbo04147]
 Exosomal proteins
  Proteins found in most exosomes
   BBOV_IV001820
SSDB
Motif
Pfam: Clathrin Clathrin_H_link TPR_1 TPR_2 TPR_COPA_B Clathrin_propel TPR_16
Other DBs
NCBI-GeneID: 5477566
NCBI-ProteinID: XP_001609347
UniProt: A7AVF3
LinkDB
Position
4
AA seq 1676 aa
MAGAPVKINTLLRLNSLGFKDGCFRFGALTLGGDRFVCIRESDESSHSVSIIDLYNGNEV
SRRPIKAESTIMNPHKPIIALKASIQNGHFIQVFHLETKEKIGTHQFTESVVFWNWISPT
KLGIVTDNSVYHWNIGSEEPVLIFNRSGKLAEPSTKLVDYASDAENKWCILTGVYSTDQG
ATVEGAIQLYSTERRQQQLLEGYAGTFGKLRISTESPDATGLLVFCEHKRGGQTSKLHCM
DVYSQRTEGSPVPLKVSKDIEGLHSNTGDFPRFVHILDSCGFVCIITKCGFAYYHDVATA
TPLYSCKISDSPIFAAAAKYVDGKVAGSIAVNQSGDIIEILIDENRILSTLKCPEEVRIS
LATRFGYPGSESLMMRSFEEYFSRREYKQAALLVATLKNGALRTNETMERFLNAPVLAGE
TSPALHYFSVMLEHGKLTYQESLGLVRRVVAQGRKELVKKWLDEGKLTESEELGDLLRTM
DPLLAFKMFVSLCCHMKAILCLLDAGHATKVVPYIRKIASSNVTHTTGSTGDKVAQVDGL
PSMNVVVEHMLSTQPTDIISFINDLISGLGPDEPLCDVGSVAEILIKHNKLQELTKILLE
YLKPNRVEHAALQTRLLEVNLQQQPRVADMILQLNVLTHFDRAYIARLCEDAGMFDMAIQ
HYNSFFDVKRLIIKAGGNMNRAVLEKSMKNMSPENALEVLREMLDSAEISNDHVVSCALT
MHNHIGTMQVVQLFERSASSDVLFSFLRALPVISQGSAAESTEQNATIVYTFIKCCIDRN
EMEDLERICKESNVYDGVRVKDLLKQSALPNPKSLLIVCHKLGELAELTEYLYRNGMEKA
IEVYVNTINPGGVATVVSTLFDLSASEHVIHSILENLHDPNGMKALIQIADERHQLLMLR
DWLEKRVEEGHKETEIHTALAKIRVSSQKDAEQFLSTNKIYDRSIIGRFCEDRDPMLAYL
VYSEAQLDSDVLRLCIGNGFYKMLAAYALKRSSPSLWHDIFSETSGLDDDNRKHVCEELV
ILAPDSSNASEISCALKALLDAGMNEEVIALLEQLLLKQTQFSSSSNLQNLLLATAVKTN
PSKLEEYLSKLDNYDVAALSKLSDSLGQSRSSFAILKSAGRSLDALEALLSTTDADVLEE
AHEYVQSLDKSELWFRLGRAYLGEKKVAQAIDAYVRSGDLSDHQRIKHACSNEPELFLQW
LSNGRALKKSRDLDTDYLLCLADRGDIDKFKEVLNGQHSADVGYVGSKLMESRKYREAVL
IYSSIPNFAKLALCHLHLGEFYQAADAALNSRNPQVLRQVVEECVGKNQLGTAHKVAIEL
LTYPDFLPGIVTLYETTGNTNELIKLLEKSAPSVAVSTELAIAIAKYKPEELMNHFKTNF
TTEELLVCINTARVARECCNLWLWQEAVYLYSLDTPDTALISMIAHYGLAWDEKLFFETA
ATANNPEALYKAIHFCIQCKPLLLSRLLACAKGRVDAVRVVKILRNAGCLGLARNYLEQV
ADKTSGAVNDALFEIYVEEEECELLERSLEKLTTFDQAKLCAMLQEHRLPKMRSIAAQLY
IQSRDFGKAAVIYRRNGDYVDAIMGVQTSRSESLAMDMVRYFVDQGLLEEFLVCLIVNYS
LLDPADVLEYAWLHKVDMDILVPFLSHTIRTVSKAVSRPAAVQRPPPPPQLSLPFH
NT seq 5031 nt   +upstreamnt  +downstreamnt
atggcgggagctcctgtgaagataaatactttgcttcggctcaatagccttggcttcaag
gatggttgttttcgctttggggcacttactcttggtggcgataggtttgtgtgtatacgg
gagtctgatgagtcatctcattccgtttctatcatagacttatacaatggtaatgaggta
tctcgcaggcctataaaggccgaatccactattatgaaccctcacaagcccattatcgca
cttaaggcatcgattcaaaatggacactttatccaggttttccatctagagaccaaggag
aagatagggacacaccaattcacagaatcggtagtattttggaattggatttctcctaca
aaacttggtatcgttacggataattcagtttaccactggaatatcggttcggaagaacca
gtgttaattttcaatcgttcaggaaagctagctgaaccttctacaaaacttgtcgattat
gcatctgatgctgaaaacaaatggtgtatattaactggtgtatactctactgatcaagga
gctactgtagaaggtgcaattcaattgtactcaacagagcgaaggcaacagcagctactg
gaagggtacgctggaacgtttggaaagctgcgcatttctactgaatcaccagatgctacg
ggacttttggtattttgcgagcacaaacgcggtggacaaacgtcgaagctccactgcatg
gatgtttacagccaaagaactgaggggtctccggtgccgctgaaggtgtccaaggacatt
gaaggattgcattcaaatactggcgatttccctagattcgtccacatattagattcatgt
gggtttgtttgcataataactaaatgcggcttcgcttattatcatgatgtggcaactgca
acaccactttacagttgtaagataagcgattcaccaatttttgctgccgcagccaagtat
gtagacggtaaggtagctggtagcatagcggtgaatcaatccggggatattattgagata
ctcatagatgaaaatcgcattctttcaactctaaaatgtcctgaagaagtacgtataagt
cttgctacgcgttttggttatcctggttctgagagtttgatgatgcgttcttttgaggag
tacttctcgagaagggagtacaaacaagcagcgttattggttgccacccttaagaatggc
gcattacgaactaatgaaactatggagcgttttttgaatgctccagtattggccggggaa
acatcacccgctttacattatttctcggtaatgttggagcatgggaagctaacatatcag
gaatcgcttggtcttgtacgccgtgtagttgcacagggacgtaaggaacttgtgaaaaag
tggctagacgaaggaaagctaacagagtcagaggaattaggtgacttactacgtactatg
gatccgttgttagcttttaagatgtttgtttccctatgttgtcatatgaaggccattttg
tgtcttttggatgcaggccatgctactaaagtggttccgtacatacgtaaaattgcgtcg
tcgaatgtcacacatacaacgggctccacaggggataaggtagctcaagttgatggattg
ccttcaatgaatgttgttgttgaacatatgttgtcaactcaacctaccgatataatatcg
tttattaacgatttgatatcaggtttagggcctgacgagcccttatgcgatgttgggagc
gtcgctgagatccttattaagcacaacaaacttcaagaattaaccaagatcttacttgaa
tacttgaaacccaaccgcgttgagcacgctgcgctacaaacacgtctgttagaggtgaat
ctccagcagcaaccccgtgtagctgatatgatactacaattgaacgtgctaacccatttt
gaccgagcgtatattgctcgcctttgtgaagatgcgggaatgtttgatatggctatacaa
cactataactcattttttgacgttaaacgtctcataattaaggctggtggtaatatgaat
cgcgctgttcttgagaagagtatgaagaatatgtctccggaaaatgctctggaggtttta
cgcgagatgttagattctgcagaaataagcaacgatcatgttgtatcttgtgctttgaca
atgcataatcacattggaactatgcaggtggtccaattgttcgagagatcagcatcgtcc
gatgttctattctcattcctaagggcgttgccggtgatatcacagggatctgccgccgag
agcaccgagcaaaatgcaaccattgtatatacattcattaaatgttgtattgatcgcaac
gagatggaggatttggaacgtatttgcaaagagtcaaatgtttatgatggcgtgcgtgtc
aaggatttactgaagcaatcggctcttccaaatccaaagagcttactcatagtttgtcac
aagctaggcgaattggcagagctcacagaatatctataccgcaatggtatggaaaaggct
atagaggtttatgtaaacacaataaaccctggaggtgtagctactgttgtgtcaaccttg
tttgatttatcggcatcggagcacgtgatacattcaattttggagaaccttcacgatcca
aacggtatgaaagctttgattcagatagctgatgaacgtcatcagcttcttatgcttcgt
gattggttagaaaaacgtgtagaggaaggtcacaaagaaacggagatccatactgcatta
gctaagattcgagtatcatcgcaaaaggatgcggagcagtttctttccacaaataagatt
tacgaccgatccattattggacgtttttgtgaggatagagaccctatgctagcatatttg
gtatattccgaggcacagcttgacagcgatgtattgcggctatgcataggcaatgggttt
tataaaatgctggctgcatatgctttgaaacgatcatcacctagtttatggcatgatata
ttttctgagacctctggtttggatgacgataacagaaaacacgtttgcgaagagttggtc
attttggcgcctgactcttccaatgcatctgaaatttcatgtgcgctgaaggctctgtta
gatgctggtatgaacgaagaagtcattgcactcttggagcagcttttactcaaacagacc
cagttttcatcaagcagcaatttgcaaaatttgcttttagctacagctgttaaaacgaat
ccctcaaagttagaggagtatctctcaaaactggacaactacgatgttgcggcattatct
aaattatctgacagcttgggtcaatcacgaagttcgtttgcaattttaaagagtgctggt
cgttctctggatgctttagaagctttgctaagcactacggacgccgacgtattggaagaa
gctcatgaatatgtacagtctctagacaagtctgagttatggttccgcctgggtcgggca
tatttgggagagaagaaggtggcgcaggctattgatgcttacgttcgcagtggtgacttg
agtgaccaccaacgcatcaaacatgcgtgttccaacgagccagagctgttcctacaatgg
ctgagcaatgggagagcactgaagaaaagccgtgacctcgatacggattacttgttatgt
ctggctgacaggggtgacattgacaaattcaaggaagttcttaacggccagcattcagca
gatgtgggatatgtaggcagcaagttgatggaatcgcgcaagtaccgtgaagctgtactc
atttattcttctataccaaattttgccaagctagctctgtgccatctacatttaggcgag
ttctaccaagcagcagatgctgctctcaactcccgtaacccgcaggttctcagacaggtg
gtcgaggagtgtgttggtaagaatcaattaggaaccgctcacaaggtggctatcgaatta
ttaacgtaccctgatttcttgcctggtattgtcacactgtacgaaactactggaaataca
aacgaattgatcaagctattggaaaaatcagctccttccgttgcagtatcaactgagttg
gcaattgccattgcaaaatacaagcccgaggagttaatgaatcatttcaagactaatttt
acgactgaagaacttctcgtttgtataaatacggcacgcgttgcacgtgaatgttgtaac
ctttggttgtggcaggaagctgtttacctctacagtttggacacacctgataccgcttta
atttccatgattgcgcactacggtctggcgtgggatgaaaaactattttttgaaactgcg
gcaacagctaacaatccggaagctttatataaggcaattcatttctgtatacaatgcaaa
ccccttttactatcaaggttgctggcttgtgctaaagggcgagttgatgctgttcgcgtg
gttaagattttgaggaatgctggatgtctcggattagcacgtaattacctggaacaagtc
gctgataaaacatccggagcagtgaacgatgcactgtttgaaatatacgtggaggaggaa
gagtgtgaacttttggagcgaagtttagaaaaacttactacttttgaccaagcaaagtta
tgtgcaatgctgcaggagcatcgtcttccgaagatgaggagcatcgcagctcagttgtac
attcagtctcgtgactttggcaaggctgcagtcatttatcgtagaaatggcgattatgtt
gatgctataatgggtgttcagacatctcgtagcgaatctcttgcgatggatatggttcgt
tatttcgtcgatcagggattactcgaagaatttttagtttgtttgattgtaaactattct
ttactcgatccagcagatgtcttagagtatgcctggctgcacaaagttgatatggacatt
cttgttcctttcttgtctcatactatacgtaccgtatctaaggctgtgtctaggcctgct
gcagttcagcgtccaccacctcctccgcagctatctttgccttttcattga

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