Ficedula albicollis (collared flycatcher): 101814693
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Entry
101814693 CDS
T02815
Symbol
TEX14
Name
(RefSeq) testis expressed 14, intercellular bridge forming factor
KO
K17540
inactive serine/threonine-protein kinase TEX14
Organism
fab
Ficedula albicollis (collared flycatcher)
Brite
KEGG Orthology (KO) [BR:
fab00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
fab01001
]
101814693 (TEX14)
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
fab03037
]
101814693 (TEX14)
Protein kinases [BR:
fab01001
]
Serine/threonine kinases: Other
NKF5 family
101814693 (TEX14)
Cilium and associated proteins [BR:
fab03037
]
Motile cilia and associated proteins
Sperm associated proteins
101814693 (TEX14)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PK_Tyr_Ser-Thr
Pkinase
Ank_2
Ank_4
Ank
Ank_3
Ank_5
Motif
Other DBs
NCBI-GeneID:
101814693
NCBI-ProteinID:
XP_005056715
LinkDB
All DBs
Position
19:complement(8773801..8822093)
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AA seq
1487 aa
AA seq
DB search
MAHPIPPPFPCPVQLGRIKGDSLEAQLHEYVREGNYVKVKKLLKKGIFVDAVNSMGQTCL
FTAALLGLGKIVDVLLEYGSDANHRCYDGSTPVHAAAFSGNQWILSKLLDEGGDLRVHDK
EGKTPQVWALSASKESSAQMLEFIQQCSLHMQAAIWNLPSDLLRKVGSSKALICSPSRFG
GLVQGNAEIPLGKLLKGQPSVAKNIYSFGFGKFYLTGSGHLGYLASLPIIGEKDVVQADD
EKAFSYPVGPYMTMSNLVWGGSRVTVKELSLQTQQGRGNLRLADLLLAEQQHSSKLRHPH
LLQLMAVCLSCDLEKTRLVYERVHFGSLYSILHERRAEFPVLQTETILHVLLQVVDALRF
LHSRGFVHRSLSSYAIQIVSSGEAKLCNLEYMIESKDSGEHSDLTRIPVPVQLFRWCSPE
IILEKPGTVKSDLYSFCAVLQETLTESPPWKDVEDSAIKQLILSGEQLAADARLPLIYYD
VVKSGLEPKQKNRSMKLQDIQYILKKDLKDLVKSEGGILKAQRSAVLADVNICWASAFSF
KKRTVEIQEKEISKAGGFSAPQDPVFPRESSALVVEEAAASAEPAAQDQSLDVSSELQTG
ASHSSESDVDGSLCSFEMNEILASYPEGPQDFLEGGPGLGQALKDAGRQQQEDESPWEGE
EEGESLGSSTGFSGEQEELEEEEDEEVEEEEEERVREASALCQVRGDAGRRLSSPSQSEQ
HISKCALNLKIMQSMLQQAGDSLSRAEEKLDRLKAMGEQKKLLQEMRMNLLPKESSKGRL
WNGSDAPSQNTDKAFSGLDVFLHKAVAPPSRDYIPPSVTCQAAGRDSFQAAPKTAKEREA
IQNERWKSKIGTNHRDPGCRGLDDEVSLKQELNQHFLPHVSARRQKKFNLRCQKGADSHP
AARREEEKWCHSKPRAEFCSKKNCEKRRGMQLGWRTEVKQMARRVASGQLGLSCAYPASE
CTSESEAESVKESSQQVPAGAPRSQEQQRCGWQPGEAAEPWGLGTGDRAESGDSDLEPAL
RSSTGSSCQSPAPEEQAESGTAIPESLLLPQPAENLSRGHSRELHCSLNSPPDVTEEFFT
PDYLLPPALEERSEPETSNAEGKAEDICAGFLQKLPGDAASGIQAPGGKILFCSTAAQSC
GSNKLGVNQLGQMPGARVDAAREAMLWEPQEECQEKDVSVADIQDLSSIPCEQNFQRGVE
CKTPRLSHAPTSVSTPLGSEEKFPLAFEKYKHCREFSSDSSFCGSQETSSTVFKTFTTAC
EGERSMEIPVVAPKVCPFGLKELVVLPPIASSLRNTRQAPALSEASPPTIDELPPPAQEL
LDEIEHLKQQDSITAGLEGMGLEDTGVQVNALDQVKMENRESEKESGRNEKTDQSLLTEE
SFNLAEDTERAHSSLDDILERMLHAVPGDEEIQEQPQGHTLGAASLQDPEDAGRRNGVEE
RGACAGGRAPGTSADEHPKDQKSHPQQQLAPAPPFRIIVLDESSLQD
NT seq
4464 nt
NT seq
+upstream
nt +downstream
nt
atggctcatcccatccctcccccatttccatgcccagtccagcttggacgtataaaagga
gactccctggaagctcagctgcatgagtatgtcagggaagggaactatgtgaaagtgaag
aagcttctgaaaaaaggaatttttgttgatgctgtgaattccatgggccaaacctgtctc
ttcactgctgcactgctgggcctgggtaaaatagtggatgtgctgctggaatatggctca
gatgccaatcatcgctgctatgatggcagcaccccagtgcatgcagctgctttttctgga
aaccagtggatcctcagcaagttactggatgagggaggggatctccgagtccacgacaaa
gaggggaaaactccccaggtctgggctttgtcagccagcaaggagagcagtgctcagatg
ttggaatttatccagcagtgctcactgcacatgcaggctgccatttggaatcttccctct
gatctgctcaggaaagttggctcctcaaaggccttgatctgcagcccctcgaggtttggt
ggccttgtccaaggaaatgctgagattcctctgggtaaattactgaaaggacaacccagt
gtggccaagaacatttacagctttggttttgggaagttctatctcacaggcagtggccac
ctgggctacctggcctctctcccaattattggggagaaagatgtggttcaggctgatgat
gaaaaagcattttcataccctgtggggccctacatgaccatgagcaacttggtgtgggga
ggcagcagagtgacagtgaaggagctgagcctccagacccagcagggcagagggaatctg
cgcctggctgatctcctgctggcagagcagcagcacagcagcaaactccggcaccctcac
ctgctgcagctgatggctgtttgtctgtcctgtgacctggagaaaactcgtttggtctat
gagagggttcactttggctctctctacagcatcctccatgaaaggcgtgcagagttccca
gtgctgcagacagagaccatcctgcacgttctgctccaggtcgtcgacgccctgcgcttc
ctgcactcccggggctttgtgcaccgctccctctcctcctatgccatccagatcgtgtcc
tctggggaggccaagctctgcaacctggagtacatgatagagagcaaggacagtggagag
cacagtgatctgacccggattcctgtcccagtccagctgttccgctggtgttcccctgaa
ataatcctggagaaacctgggacagtcaaatcagatctttacagcttctgtgcagtgctg
caggagaccctgacagagagccctccctggaaagatgtggaagactcagccattaaacag
ctcatcctttcaggggagcagctggcagcagatgccaggctccccctgatctattatgat
gttgtcaagtcagggctggaacccaaacagaagaaccgctccatgaagcttcaggatatt
cagtatatcctgaaaaaggacttaaaggacttggttaaatctgaaggtggaatactcaaa
gcacagagatctgctgttcttgcagatgtgaacatctgctgggcatcagcttttagcttc
aagaagaggacagtggagatccaggaaaaagagataagcaaggctggtggcttttctgcc
ccccaagaccctgttttccccagggagagcagtgctttggtggtggaggaggcagcagcc
agcgcagagccagctgcacaggaccaaagtcttgatgtctcctctgagctccagacaggg
gcttcccactccagtgagagtgatgtggatggcagcctgtgcagctttgagatgaatgaa
atcctagccagttatccagaagggccccaagacttcctggaaggagggcctggattaggc
caagctctgaaggatgcaggaaggcagcaacaggaagatgagagcccatgggagggtgag
gaggagggggaatccttggggtccagcactgggttctctggagagcaggaggagctggaa
gaagaggaggatgaagaagtggaggaggaagaagaggagagggtgagagaagcctctgcc
ctgtgccaggtgagaggagatgctggcaggaggctgagcagcccttcccagagcgagcag
cacatcagcaaatgcgccctgaacctcaagatcatgcagagcatgctgcagcaggcagga
gattccctgagcagggcagaggagaagctggacaggctgaaggccatgggagagcagaaa
aagctgctccaggaaatgaggatgaatctgcttcctaaggagagttctaaaggaagactc
tggaatgggtctgatgctccttcccaaaatactgataaggctttttctggacttgatgtt
tttttacacaaggctgtagctccaccatccagggactacatcccaccatcagtaacatgc
caagcagcaggtagagacagcttccaggctgctcccaagacagccaaggaaagagaggca
attcaaaatgagaggtggaagagcaaaattggaaccaaccatcgtgatccgggctgcaga
ggcctggatgatgaagtgagcctaaagcaggagttaaaccagcatttcctcccacacgtg
tctgcgagacgccaaaaaaagttcaacttgcggtgtcagaaaggagctgattcacatcct
gcagcaaggagggaagaggagaagtggtgccattcaaaaccaagggctgaattctgcagc
aaaaaaaactgtgagaagaggagggggatgcagctgggatggaggactgaagtcaagcag
atggccaggagagtggcctcaggacagctggggctcagctgtgcttaccctgccagtgag
tgcacgtctgaaagtgaagctgaaagtgtcaaggaaagctcccagcaggtccctgctgga
gcccccagaagccaggagcagcagaggtgtgggtggcagccaggtgaggctgctgagccc
tggggcctgggcactggggacagagctgagtctggggacagcgacctggagcctgcgctc
aggagttccacagggagcagctgccagtccccagcaccagaggagcaagcagagtctgga
acagccattcctgagagtttactccttcctcagccagctgagaatctctccagaggacat
tcaagggaattacattgttcccttaattcacctcctgatgtgactgaagaattcttcact
cctgattatctgcttcctcctgctcttgaggaaaggtcagaaccagagacctcaaacgct
gagggcaaagcagaagatatttgtgcaggatttttacagaaattacctggagatgcagca
tcaggaattcaggctccaggaggaaaaatactattctgcagcacagcagcacagagctgt
ggcagtaacaagctgggagtgaatcagctgggccaaatgcctggagccagggtggatgca
gcacgagaagcaatgctgtgggagccacaggaagaatgccaagaaaaagatgtatcagtg
gcagatattcaggatttgtccagcatcccctgtgagcagaacttccagagaggtgtggag
tgtaaaacacctcggctgagccacgctcccaccagtgtcagcacccccctgggctcagag
gaaaaatttccattagcctttgagaaatacaaacactgccgtgaattttcttcagattct
tccttttgtggctctcaagaaacctcctccacagtgttcaaaactttcaccacagcctgt
gaaggagagaggagcatggaaattccagtggtggctccaaaagtttgcccatttggactg
aaagagcttgttgtgttgccaccaattgcttcatccctgagaaacaccaggcaggcacct
gcactctcagaggcatctccccccaccattgatgagctgcctccaccagcccaggagctg
ctggatgaaattgaacacttgaagcagcaggattccatcactgcaggcttggaagggatg
ggattggaagacactggagtgcaagtgaatgctcttgatcaagtaaaaatggaaaacaga
gagtcagagaaggagtctgggagaaatgagaagacagatcagagtttattgactgaggag
tcatttaatctagcagaggatacagaaagggctcactccagtctcgatgatattttggaa
agaatgctgcatgcagttcctggagatgaggagatccaagagcaacctcaggggcacact
cttggggctgccagcctgcaggatccagaagatgctggaagaaggaatggagtagaggag
agaggagcctgtgctggaggcagagcaccaggaacttcagcagacgagcaccccaaggat
cagaaatcccacccccagcagcagctggctccagctccacccttcaggataattgttttg
gatgagagctctctccaagattaa
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integrated database retrieval system
