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3  structures 1  species 0  interactions 1  sequence 1  architecture

Protein: ATM_YEAST (P38110)

Summary

This is the summary of UniProt entry ATM_YEAST (P38110).

Description: Serine/threonine-protein kinase TEL1 EC=2.7.11.1
Source organism: Saccharomyces cerevisiae (strain ATCC 204508 / S288c) (Baker's yeast) (NCBI taxonomy ID 559292)
Length: 2787 amino acids
Reference Proteome: ✓

Please note: when we start each new Pfam data release, we take a copy of the UniProt sequence database. This snapshot of UniProt forms the basis of the overview that you see here. It is important to note that, although some UniProt entries may be removed after a Pfam release, these entries will not be removed from Pfam until the next Pfam data release.

Pfam domains

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Source Domain Start End
Pfam TAN 6 157
low_complexity n/a 103 114
disorder n/a 611 613
disorder n/a 801 802
low_complexity n/a 952 960
low_complexity n/a 990 1002
low_complexity n/a 1435 1450
disorder n/a 2160 2162
Pfam PI3_PI4_kinase 2460 2704
Pfam FATC 2756 2787

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Sequence information

This is the amino acid sequence of the UniProt sequence database entry with the accession P38110. This sequence is stored in the Pfam database and updated with each new Pfam release, but this means that the sequence we store may differ from that stored by UniProt.

Sequence:
1
MEDHGIVETL NFLSSTKIKE RNNALDELTT ILKEDPERIP TKALSTTAEA
50
51
LVELLASEHT KYCDLLRNLT VSTTNKLSLS ENRLSTISYV LRLFVEKSCE
100
101
RFKVKTLKLL LAVVPELMVK DGSKSLLDAV SVHLSFALDA LIKSDPFKLK
150
151
FMIHQWISLV DKICEYFQSQ MKLSMVDKTL TNFISILLNL LALDTVGIFQ
200
201
VTRTITWTVI DFLRLSKKEN GNTRLIMSLI NQLILKCHCF SVIDTLMLIK
250
251
EAWSYNLTIG CTSNELVQDQ LSLFDVMSSE LMNHKLPYMI GQENYVEELR
300
301
SESLVSLYRE YILLRLSNYK PQLFTVNHVE FSYIRGSRDK NSWFALPDFR
350
351
LRDRGGRSVW LKILGITKSL LTYFALNRKN ENYSLLFKRR KCDSDIPSIL
400
401
RISDDMDTFL IHLLEENSSH EFEVLGLQLC SFYGTLQDFT KSFAEQLKEL
450
451
LFSKFEKIQC FNWVCFSFIP LLSQKECELS NGDMARLFKV CLPLVKSNES
500
501
CQLSCLLLAN SIKFSKQLLS DEKTINQIYD LYELSDILGP ILVTNESFML
550
551
WGYLQYVGKD FQSMNGISSA DRIFEWLKSK WNQLRGTDAK QDQFCNFISW
600
601
LGNKYDPENP FNDKKGEGAN PVSLCWDESH KIWQHFQEQR EFLLGVKPEE
650
651
KSECFNTPFF NLPKVSLDLT RYNEILYRLL ENIESDAFSS PLQKFTWVAK
700
701
LIQIVDNLCG DSTFSEFIAA YKRTTLITIP QLSFDSQNSY QSFFEEVLSI
750
751
RTINVDHLVL DKINMKEIVN DFIRMQKNKS QTGTSAINYF EASSEDTTQN
800
801
NSPYTIGGRF QKPLHSTIDK AVRAYLWSSR NKSISERLVA ILEFSDCVST
850
851
DVFISYLGTV CQWLKQAIGE KSSYNKILEE FTEVLGEKLL CNHYSSSNQA
900
901
MLLLTSYIEA IRPQWLSYPE QPLNSDCNDI LDWIISRFED NSFTGVAPTV
950
951
NLSMLLLSLL QNHDLSHGSI RGGKQRVFAT FIKCLQKLDS SNIINIMNSI
1000
1001
SSYMAQVSYK NQSIIFYEIK SLFGPPQQSI EKSAFYSLAM SMLSLVSYPS
1050
1051
LVFSLEDMMT YSGFNHTRAF IQQALNKITV AFRYQNLTEL FEYCKFDLIM
1100
1101
YWFNRTKVPT SKLEKEWDIS LFGFADIHEF LGRYFVEISA IYFSQGFNQK
1150
1151
WILDMLHAIT GNGDAYLVDN SYYLCIPLAF ISGGVNELIF DILPQISGKT
1200
1201
TVKYHKKYRL LMLKWIIRFT DLGSLTELRS TVEKLFPTSY LSPYLFENSS
1250
1251
VSMRYQYPLH IPLALGATLV QTQFAHEKNN THEFKLLFLS VITDLEKTST
1300
1301
YIGKLRCARE LKYLFVLYEN VLVKSSTLNF IIIRLSKFLI DTQIHDEVIT
1350
1351
IFSSLLNLAD KNTFEIEPSL PNLFCKIFIY LRENKQLSPS FQQAIKLLEH
1400
1401
RDLIKIKTWK YCLDAIFGNI VQDDIYENTE LLDASDCGVD DVVLVSLLFS
1450
1451
YARRPVASKI GCSLSKAAAI NILKHHVPKE YLSKNFKLWF AALSRRILQQ
1500
1501
EVQRERSTNF NNEVHLKNFE MVFRHPEQPH MIYQRISTFN KEAELYDSTE
1550
1551
VFFISECILT YLVGYSIGNS ESEFCFRDNI MNENKDKVAP LDKDVLNAIY
1600
1601
PLANNFGMES FICDTYLSVN EPYNCWLSKF ARSLIHQISF NIPPIVCLYP
1650
1651
LCKGSTAFCE LVLTDLFFLS TTYDPKSCLN WSNRIFTQIA MLLHVKDSEI
1700
1701
KLKMLFNVIK MIRMGSRCKE RNCLRIYSSL DLQEICQISL KIKEFKFGYL
1750
1751
LFEEMNMPNI REMNINTLQK IYECINDGDF LAGLPVPHSI EGVLNSINRI
1800
1801
DSDTWKRFLF NNADFDANYT TSLEEEKESL IKATEDSGFY GLTSLLESRL
1850
1851
SGSSDVYKWN LELGDWKLLT PKVVDSKAKG LYYAIKNLPQ DVGFAEKSLE
1900
1901
KSLLTIFDSR QHFISQTEWM DTLNAIIEFI KIAAIPQDVT SFPQTLMSIM
1950
1951
KADKERLNTI DFYDHKTTLK SRHTLMNVLS RNSLDENVKC SKYLRLGSII
2000
2001
QLANYVQLAI ANGAPQDALR NATLMSKTVK NIAKLYDDPS VVSQIEKLAS
2050
2051
FTSANALWES REYKAPVMIM RDLLAQNEKN ISESILYDDF KLLINVPMDQ
2100
2101
IKARLVKWSS ESRLEPAAAI YEKIIVNWDI NVEDHESCSD VFYTLGSFLD
2150
2151
EQAQKLRSNG EIEDREHRSY TGKSTLKALE LIYKNTKLPE NERKDAKRHY
2200
2201
NRVLLQYNRD SEVLKALLLQ KEKFLWHALH FYLNTLVFSN RYDNDIIDKF
2250
2251
CGLWFENDDN SKINQLLYKE IGTIPSWKFL PWVNQIASKI SMEENEFQKP
2300
2301
LQLTMKRLLY KLPYDSLYSV MSILLYEKQS NKDTNISQKI QAVKKILLEL
2350
2351
QGYDRGAFAK KYLLPVQEFC EMSVELANLK FVQNTKTLRL ANLKIGQYWL
2400
2401
KQLNMEKLPL PTSNFTVKSS ADGRKARPYI VSVNETVGIT TTGLSLPKIV
2450
2451
TFNISDGTTQ KALMKGSNDD LRQDAIMEQV FQQVNKVLQN DKVLRNLDLG
2500
2501
IRTYKVVPLG PKAGIIEFVA NSTSLHQILS KLHTNDKITF DQARKGMKAV
2550
2551
QTKSNEERLK AYLKITNEIK PQLRNFFFDS FPDPLDWFEA KKTYTKGVAA
2600
2601
SSIVGYILGL GDRHLNNILL DCSTGEPIHI DLGIAFDQGK LLPIPELVPF
2650
2651
RLTRDIVDGF GVTGVDGLFR RSCERVYAVL RKDYVKVMCV LNILKWDPLY
2700
2701
SWVMSPVKKY EHLFEEEHEI TNFDNVSKFI SNNDRNENQE SYRALKGVEE
2750
2751
KLMGNGLSVE SSVQDLIQQA TDPSNLSVIY MGWSPFY              
2787
 

Show the unformatted sequence.

Checksums:
CRC64:C7FA8C6AFD6B04D0
MD5:e6e37e051bfddf39efc4abc958f43440

Structures

For those sequences which have a structure in the Protein DataBank, we use the mapping between UniProt, PDB and Pfam coordinate systems from the PDBe SIFTS project, to allow us to map Pfam domains onto UniProt three-dimensional structures. The table below shows the mapping between Pfam domains, this UniProt entry and a corresponding three dimensional structure.

Pfam family UniProt residues PDB ID PDB chain ID PDB residues View
FATC 2756 - 2787 6JXA A 2756 - 2787 NGL View in InterPro
6JXC A 2756 - 2787 NGL View in InterPro
6S8F F 2756 - 2787 NGL View in InterPro
H 2756 - 2787 NGL View in InterPro
PI3_PI4_kinase 2460 - 2694 6JXA A 2460 - 2694 NGL View in InterPro
2460 - 2704 6JXC A 2460 - 2704 NGL View in InterPro
6S8F F 2460 - 2704 NGL View in InterPro
H 2460 - 2704 NGL View in InterPro
TAN 6 - 124 6JXA A 6 - 124 NGL View in InterPro
6JXC A 6 - 124 NGL View in InterPro
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The parts of the structure corresponding to the Pfam family are highlighted in yellow.

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