Pyrenophora teres: PTT_19470
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Entry
PTT_19470 CDS
T01613
Name
(GenBank) hypothetical protein
KO
K10357
myosin V
Organism
pte
Pyrenophora teres
Pathway
pte04814
Motor proteins
Brite
KEGG Orthology (KO) [BR:
pte00001
]
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
PTT_19470
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03019 Messenger RNA biogenesis [BR:
pte03019
]
PTT_19470
04131 Membrane trafficking [BR:
pte04131
]
PTT_19470
03029 Mitochondrial biogenesis [BR:
pte03029
]
PTT_19470
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
pte04812
]
PTT_19470
Messenger RNA biogenesis [BR:
pte03019
]
Eukaryotic type
mRNA surveillance and transport factors
Factors involved in mRNA localization
Cargo complex
PTT_19470
mRNA cycle factors
P-body specific factors
PTT_19470
Membrane trafficking [BR:
pte04131
]
Others
Actin-binding proteins
Myosins
PTT_19470
Mitochondrial biogenesis [BR:
pte03029
]
Mitochondrial quality control factors
Mitochondrial dynamics
Retention of mitochondria
PTT_19470
Cytoskeleton proteins [BR:
pte04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Myosins
PTT_19470
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Myosin_head
DIL
IQ
nSTAND3
Myosin_N
GAS
AAA_22
AAA_16
Flp_N
NACHT
FPP
CCDC22_CC
CALCOCO1
zf-C4H2
ERM_helical
Phage_GP20
Motif
Other DBs
NCBI-ProteinID:
EFQ85573
UniProt:
E3S8Y5
LinkDB
All DBs
Position
Unknown
AA seq
1555 aa
AA seq
DB search
MAHIYDIGTRAWQPDTTEGWVASEVTDKQIAGDKVKLVFTLENGETKSVETTVTAIQTGE
DPNLPPLMNPAMLEASDDLTNLSHLNEPAVLQAIKLRYLQKEIYTYSGIVLIATNPFARV
DSLYVPGMVQVYAGKQRSYGAPHLFAIAEEAFADMLRDQKNQTIVVSGESGAGKTVSAKY
IMRYFATRESPDNPGKRRGKVDSMSETEEQILATNPIMEAFGNAKTTRNDNSSRFGKYIE
ILFNKQTDIIGAKIRTYLLERSRLVFQPLKERNYHVFYQLVAGATDEEREELSLKSVEEF
SYLNQGSAPIIEGMDDVAEFKATRQSLTKIGVAPETQSGIWRLLAALLHMGDVKITATRT
DSNLSPEEPALVKACQLLGIDATTFAKWIVKKQLITRGEKIVSNLTQQQAIVVRDSVAKF
IYSSLFDWLVERTNESLATEEVLANAHTFIGVLDIYGFEHFAKNSFEQFCINYANEKLQQ
EFNAHVFKLEQEEYMREQIDWTFIDFADNQPCIDLIEGKLGILSLLDEESRLPMGSDEQF
VTKLHHNYSGDKHKFYKKPRFGKSSFTVCHYAIDVTYESDGFIEKNRDTVPDEHMEVLKA
SSNKFLTQVLEVAASIREKETANNASSKPGTAMSAGRRMATNRKPTLGGIFKSSLIELMQ
TINSTDVHYIRCIKPNEAKAAWQFDGPMVLSQLRACGVLETVRISCAGYPTRWTYEEFAL
RYYMLVRSNEWTPEIRNMATAILKKALGTGKNDGTDKYQMGLTKIFFRAEAVIFVQSLAR
GYMTREKTEEARQVRAATTIQRVWRGSKDRKRFLVIRNSLIKFEAIAKGYLLRKNLLDKR
LGDAARMIQRNWRKQRYIRAYKKEINDIITVQKLWRGRKARREYKVLRAESRDLKNISYK
LENKVVELTQNLGTMREQNKSLKSQVENYENQIKSYKERSRTLENRQKELQAEANQAGIT
AAKLSQMEDEYKKLQTSYEESNAKMRHLQEEEKELRATLKRTTEDLEQSKRKSNITETEK
VSLRQQLAELQEQVEIMKRAGPISDLTNGHAPSIAPSSLIKLVSSKKPKRRSAGPDTREL
NRFSEQYNPRPVSMAPGSTIHRQNLSGSTFAQLDNVELELENILAEEDMLNDEVTLGLIK
NLKIPSPTTTPPPTDKEVLFPAYLINLVTSEMWNNGFVKESERFLANVMQSIQQEVMNHD
TEDAINPGAFWLSNVHEMLSFVFLAEDWYEQQKTDNYEYDRLLEIVKHDLESLEFNIYHT
WMKVLKKKLHKMIIPAIIESQSLPGFVTNESNRFLGKLLQGSNTPAYSMDNLLTLLNSVY
KAMKAYYLEDSIITQCVTELLRLVGVTAFNDLLMRRNFLSWKRGLQINYNITRIEEWCKS
HDMPEGTLQLEHLMQATKLLQLKKATLNDIEIIQDICWMLSPNQIQKLLNQYLVADYEQP
INGEIMKAVASRVTEKSDVLLLTAVDMEDSGPYEIAEPRVITALETYTPSWLQTPRLKRL
AEIVSQQAIAQQEKLEFDDEAPNGQSNDDAMNALTGGMNGRGMNGHGTIEEGIEA
NT seq
4668 nt
NT seq
+upstream
nt +downstream
nt
atggctcacatttacgacatcggcacccgggcatggcagcccgacaccaccgagggctgg
gttgcctcggaggtgaccgacaagcagattgcgggggataaggtgaagctggtgttcacg
ctggagaatggcgagaccaagtccgtggagacgacggtgacagccattcagactggcgag
gacccgaatctcccaccgctgatgaacccggccatgctcgaggccagcgacgaccttacg
aatctctcgcatttgaacgagccggctgtgctccaggctattaaactccgctatctccag
aaggaaatctacacatactcgggtattgtcctgattgcgacaaatccctttgcgcgagtc
gactcactctatgtgcccggcatggtccaggtctacgccggcaagcagagatcctatggc
gccccccatctgttcgccattgccgaggaagcttttgccgacatgttgcgagaccagaag
aaccagaccattgtcgtctccggagagtcgggagccggaaagacggtcagtgccaaatac
atcatgcgatacttcgccacgcgcgagtccccagacaacccgggaaagcgaagaggcaag
gtcgactcgatgagtgagaccgaagagcagattctagccaccaaccccatcatggaagct
tttggtaatgccaaaaccacgcgaaacgacaactcctcccggttcggtaaatacattgag
atcttgttcaacaagcagacggatatcattggtgcgaagatcaggacatacttgctggaa
cggtcaagactggtgttccagccgcttaaggagcgcaactaccacgtcttctaccagctc
gtcgcaggtgccacagatgaggagcgcgaagagctgtctctcaagtcggttgaggagttc
agctacctcaaccagggaagcgcgcctattattgagggcatggacgacgtggctgagttc
aaggcgaccaggcagtctttgacaaagattggtgtagcgcctgaaacccagtctggaatc
tggcgcctgcttgccgcgctgttacacatgggagacgtcaagatcacggcaaccaggaca
gattcaaatctctcgcccgaagagcctgcgctcgtcaaggcttgccagctgctcggaata
gacgccaccacctttgccaagtggatcgtgaagaagcagctcatcactagaggagagaag
atcgtctcaaatcttactcagcagcaagctatagtagtccgagattccgtcgccaagttc
atctattcgagtttgtttgactggctagtcgagcgcaccaacgaaagtctggccaccgaa
gaggtcctcgccaacgcccatacatttatcggtgtcttggatatctatggttttgagcat
tttgccaagaactccttcgagcagttctgcatcaactacgccaacgagaaactgcaacaa
gagttcaacgctcacgttttcaagctagaacaagaagagtacatgcgcgaacagattgac
tggactttcatcgactttgctgataatcagccctgtatcgaccttattgaaggtaaactg
ggtatcttgtcactgctagacgaagagtctaggttacctatgggttccgacgagcagttt
gtcaccaaactacaccacaactattctggagacaagcacaagttttacaagaagcctcga
ttcggaaagtcatctttcaccgtctgtcattatgccattgacgtcacatatgagtccgat
ggattcatcgaaaagaacagggataccgtacccgacgagcatatggaagtgctgaaggct
tcaagcaacaagttcctgacccaggtcttagaggttgcagcatcgatccgcgaaaaagag
actgcaaacaacgcgtcctccaagcctggtactgccatgtctgctggacgaaggatggcc
accaaccggaaacctacacttggtggtatctttaagtcttctttgattgagctcatgcag
acgataaactcaactgatgtccactacattcggtgcatcaagcctaacgaggccaaagcc
gcctggcagttcgatgggcctatggtcctgagtcaattgcgagcttgtggtgtccttgaa
accgtcagaatcagttgtgccggttaccctactaggtggacttatgaggagtttgcccta
cgctactacatgttggttaggtccaacgagtggactccggaaatccggaacatggctacg
gcgattctcaagaaagcactgggtactggcaaaaacgacggtaccgacaagtaccaaatg
ggtctgactaagatcttcttccgagctgaagctgtgatctttgtgcagtcgttggctagg
ggctacatgaccagagagaagactgaggaggcgaggcaagtcagagccgcaactaccatc
cagagagtttggcgcggcagcaaggatcgcaaacgcttcctcgttatccgtaactcgctc
atcaagttcgaagccatcgcaaagggttaccttctgcgtaagaatctcttggacaagaga
cttggtgatgctgctcgtatgatccagcggaactggcgcaaacaacgctatatccgcgcg
tacaagaaggaaatcaacgacattatcactgtccagaagctttggaggggaagaaaggcc
cgcagggaatacaaggttctccgtgccgaatcccgcgatcttaagaacatttcgtacaag
ctggagaacaaggtcgtcgagcttacccagaatctcggtacaatgagggagcagaacaag
tcgctcaagtcgcaggtggagaactacgagaaccagatcaagtcgtacaaggaacgcagc
cgaacgctcgaaaaccgacagaaagagttgcaagccgaggcgaaccaggctggtatcacc
gctgccaagctcagtcaaatggaagacgagtacaagaaactgcagacaagctacgaggag
agcaacgcaaagatgcgacatttgcaagaggaagaaaaggaactccgtgccacacttaag
aggactaccgaggaccttgagcagtcaaagaggaagagcaacatcaccgagactgagaag
gtgtcgctccgccagcaactcgccgagttgcaggagcaggttgagatcatgaagcgagct
ggccctattagcgacctcaccaatggtcatgctcccagcatagcccccagcagcctgatc
aagcttgtctcatcgaagaaacccaagaggcgcagtgctggaccggatactcgcgagctc
aaccgcttcagcgaacaatacaacccacgaccagtctcgatggctcctggctctactatc
caccgacaaaatctctctggctcaacatttgctcagcttgataacgtcgagttggagctt
gagaacatccttgctgaggaggatatgttgaacgatgaggttactcttggtctcatcaag
aacttaaaaattccctctccaactaccacacctccccctacggacaaggaagtccttttc
cctgcatacctcatcaatcttgtcacgtccgagatgtggaacaatggctttgtcaaggaa
tcggagcgcttccttgctaatgtgatgcagtcaatccagcaagaggtgatgaatcacgac
acagaagatgcgatcaacccaggcgctttctggctctcaaacgtccacgaaatgctatcg
ttcgtgttccttgctgaggactggtacgagcaacaaaagaccgacaattacgagtacgac
cgattacttgagattgtcaagcatgatctcgagagtcttgaattcaacatctaccacaca
tggatgaaggtgctcaagaagaagctacacaagatgattattcccgctatcatcgagtcg
cagtcgctaccaggcttcgtcaccaacgaaagcaatcgcttccttggcaagttgctccag
ggcagcaacacccccgcctacagcatggacaatctactcacgctgctcaacagcgtatac
aaggcaatgaaggcatactaccttgaggattcgatcatcacacagtgtgtcaccgagttg
ctgaggctagtcggtgtcacggcgttcaacgacctgctcatgcgccgtaacttcctttcc
tggaagcgaggtctccaaatcaactacaacatcacacgtatcgaggagtggtgcaagtct
cacgacatgcctgaaggcactctccagcttgagcatcttatgcaagccaccaagctgctt
cagctgaagaaggctacattgaacgacattgagattattcaggacatttgctggatgctg
agtcccaaccagatccagaagttgctcaaccagtacctcgtggctgattacgagcagccg
attaacggcgagatcatgaaggctgttgcgtcgcgtgtaacagagaagagcgacgtgttg
ttgctcacagccgtcgacatggaggacagtggcccatacgagattgcggaaccacgagtc
attacagcattggagacatacactccctcatggctgcaaacacctcgtctcaagcgcctc
gcagagatcgtctctcaacaagccattgcgcaacaagagaagctcgagtttgacgacgaa
gcacccaacggtcagagcaacgacgatgccatgaacgcgctgactggcggcatgaacggc
agaggcatgaacggccacggaacgattgaggagggtattgaagcatga
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