KEGG T01080: 100198749

Hydra magnipapillata: 100198749

Entry

100198749 CDS T01080

Definition

uncharacterized LOC100198749

Orthology

K11422

histone-lysine N-methyltransferase SETD1 [EC:2.1.1.43]

Organism

hmg Hydra magnipapillata

Pathway

hmg00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:hmg00310]

SSDB

Motif

Pfam:

SET N-SET RRM_1 RRM_5 RRM_6

Other DBs

NCBI-GI:

449666506

NCBI-GeneID:

100198749

Position

AA seq 1403 aa
MSSKHSWAYEKRSHKRSDGSSRGSERERDYKRDEFRKERDRRRSHHESRVKSDRYEDYNS
RYKVHDQPRRSLSQDGKKEMSSRNSLIESGFNNSPQSTPSPSTLPLGQVCANSYSPLVSN
SPQIESRTFDPRIVTKKVIEESKQNFRLLIDPAIKKGHMKVIRYNGVLPGQPPVIPKDPR
RHKSKVWTMEVCDLPLPDLKVDKNYVGPMPQNTIRFSGLNDNIDRKFLHELCESYGDIIE
YKVYFDPKTNRHTGTGKVIFDDKTDIKKVVDALNGRQVMGKVIKVWIEIKPPPGYAMWCQ
LEMECQKMRSTLTNSFSRHTSESSYQATPRTPNISSMHRNQPIASSSKSKHSKTVPSFYK
NCETPPPPPPLPKQNKSSSYNSPASNLLKYDDISPTENSKFSFKNGRHTPSVELIKNNCR
SQSPFMSPVTQNKNIVSKSYSPVSDPQTPQSPFKDLTPSEFYNNKLTDNYKPESVSTSKK
SSDDEDDDMSLSSISSNEDRKVELNVKNVKHSKLSRPLIHPHPLTQLHSLPPSHPLPQPC
LLTQPHPLTQGNVSLTGTIRPTHIYQYPPNNVQTQLNYYTLLAHPLQTRQQGPPPNGPQM
EFLVRQSSFVPLNSQPSFSPYQNPQIVRTALIPIVPSNHNIPIQHHQISLTPDHIQNVLS
VADSTANIHSTGSVSENIVPPANIPYTSDELLLAFQVKTGCARDLSIELKSILLKDTLKK
LVEQSAFSAFENWWSKQVLNHNKNTEVLSETSSTTTRSLSEEKQNALLNQQETTKEPSTI
SALLQTLFGFDKNNDNRPPSSNFLSSFRITRKPHLQPTSLKSSQATRKRSSWSSIHGSHV
KQRRLEESEDEPMDTVSDDEGEDEEKIDDEFEQLALRQRQVCRSGSSLYQKIYSDDSEDE
SDAESKSENEDMDEKMSSDSSSKSSTEESSSEFSESSEEEYTEAELTENKKVLVESKEKN
IRKNQKSSTAKKDIELDSKVMFRSMYDEPRRRNANKYMDQKARNKSIILSKPEKESSASS
TDTGDESSHENNKEFNTISDILIKETEIQTENLLKKLIWLEHNYFTIPPSLSSPPSSPLP
QPKSSTTNRRSFMNKALSENEHKKFTMRSSKDEKLLIWDILKQGIDAEDLLYLKEAFESL
QQVDAFEVKNLRWCEHPITITSPQKYKRNESKLRIHKSGCARTEGFYKIPIVEKAQYLKS
ALRQLNAKHQSDIQMQQISDQAGTEHKIKSRQKRAVQRRLASSIAQEEFSSLINYNNKLM
RRKKALRFSKSSIHNWGLFACEPINADEMVCEYVGQMVRSIVAEIRERRYEKQGIGSSYL
FRLDSDSVIDATKDGCNARFINHCCDPNCYAKVILVEGAKKIVIYSRRAIKLGEEITYDY
KFPIEDEKIPCLCGAALCRGTLN

NT seq 4212 nt +upstreamnt +downstreamnt
atgtcaagtaaacacagttgggcgtatgaaaagcgtagtcacaaaagatcagatggttca
agtagaggatcagaaagagaaagagattacaaaagagatgaatttagaaaagaaagagat
cgtaggaggagtcatcatgaaagtcgtgtaaaaagtgaccgatatgaagattataatagc
cgttacaaagttcatgatcagccaagaagaagtttatcacaagatggaaaaaaagaaatg
tctagcagaaatagtttaattgaatctggatttaacaattcacctcagtcaacgccctca
cctagtacattacctttaggtcaagtttgtgctaatagctattctccattggtttctaat
tcaccacagatagaatccagaacttttgaccctcgtattgttacaaaaaaagttattgaa
gaaagcaagcaaaattttcgacttcttattgatccagcaataaagaaaggtcacatgaaa
gttattcgatataatggagttctacctgggcaacctcctgtaataccaaaagatcctcgt
cgtcacaaaagtaaagtctggacaatggaagtttgtgatctacctctgccagacttaaag
gttgataaaaactatgttggaccaatgcctcaaaatactattcggttttctggattaaat
gacaatattgatcgtaaatttttacatgaactctgtgaatcttatggagatattattgaa
tacaaagtttattttgatccaaaaactaatcgtcatactggtacaggaaaagttatcttt
gatgataaaactgatatcaaaaaagttgttgatgctttaaatgggcgacaggttatggga
aaagttattaaagtttggattgaaataaaacctcctcctggttatgcaatgtggtgtcag
ttggagatggaatgtcaaaagatgcgttccacattaaccaatagtttttcaagacatact
tcagaatcatcttatcaagctactcctagaaccccaaacataagttcaatgcacagaaat
caacctattgctagctcctcaaaaagcaaacattcaaaaactgttcctagcttttataaa
aattgtgaaactccgcctcctccaccacctctaccaaaacaaaacaaaagttcttcgtat
aattcacctgcttctaatcttttaaaatacgatgatatatctccaacagaaaattcaaaa
ttcagttttaaaaatgggaggcatactcctagcgtagaattaataaaaaataattgtaga
tctcagtctccttttatgagcccagtgactcagaataaaaatattgtctcaaaatcttat
agtcctgtgtctgaccctcaaacacctcaaagtccttttaaagatctgacaccatcagag
ttttacaataataaacttactgataattacaagcctgaatctgtatcaacttccaaaaaa
agtagcgatgatgaagatgatgatatgtctttatcttcaattagttcaaatgaagataga
aaagtcgaattgaatgttaaaaatgttaaacattcaaagttatcacgtccattaatacat
cctcatccgctaacgcaacttcattcattaccgccctctcatccgctaccgcaaccttgt
ctgctaacacaacctcatcctttaacgcaaggaaatgttagtttaactggaacaattaga
cccactcatatctaccagtatccaccaaataatgttcaaactcaacttaattattatact
ttactagctcatcctttacagactagacaacaaggacctccgcccaatggacctcaaatg
gaatttttagttcgacagtcttcttttgttcctttaaatagtcaaccttcattttcacct
tatcaaaaccctcaaatagtgcgaactgctttgatacctattgttccctcgaatcataat
attccaatacagcatcatcaaatttcattgactccagatcatatacaaaatgttttatct
gttgctgattctacagctaacatacatagtactggttcagtgagtgaaaatatagtacca
cccgctaacattccatatacttctgatgaactattattagctttccaggtgaaaactggt
tgtgctcgagatcttagtattgagttgaaaagtatacttcttaaagatacattaaaaaaa
cttgttgagcaatcagcatttagtgcttttgagaattggtggagtaaacaagttttgaat
cacaacaaaaacactgaggtattatctgaaacttcaagcaccactacaagatcattgtct
gaagaaaagcaaaatgctttgttaaatcagcaagaaactacaaaagaaccaagcacaata
tctgctttgcttcaaactctttttggttttgataaaaataatgataatagaccaccatct
tctaattttttaagttcatttagaattacacgaaaaccacacttacagccaacttcatta
aaatcttctcaagcaacacgtaaaagatcatcatggtcatcaattcatggttcccatgtc
aaacaacgacgattggaagagagtgaagatgagccaatggatactgtttcagatgatgaa
ggtgaagatgaagaaaaaattgacgatgaatttgagcaacttgcgttgagacaaagacaa
gtatgtagaagtggttcatcattgtaccagaagatttattcagatgacagtgaagatgaa
agtgatgctgagtctaaaagtgaaaatgaagatatggatgaaaaaatgtcatcagattca
tcatctaaatcctctactgaagagtcttcttcagaattttctgaatcttcagaagaagaa
tatactgaagctgaactaacggaaaacaaaaaggttcttgttgaaagtaaagaaaaaaac
attagaaaaaatcaaaaatcatctactgcaaagaaagacattgaattagatagtaaagtc
atgtttagaagtatgtatgatgagccacgtagaagaaatgctaacaaatatatggatcaa
aaagcaagaaacaaatctatcattctgtctaaacctgaaaaggaatcgtctgcttcaagt
acagatacaggagatgagtcatctcatgaaaataacaaagagtttaatacaatttctgac
attttgataaaagaaacagaaattcaaaccgaaaatttattgaaaaagttaatatggtta
gaacacaactacttcactataccaccttcactgtcatcaccaccatcatcaccattacct
caaccaaagtcatctaccacaaaccgaagaagttttatgaataaagctttgtcagaaaat
gaacacaaaaagtttactatgagatctagcaaagatgaaaaactactcatatgggatatt
ttaaaacaaggaattgatgcagaagatttattataccttaaagaagcatttgaaagttta
caacaggttgatgcatttgaagtaaaaaacttacgttggtgtgaacatcctattactata
acatctcctcaaaagtataaaagaaatgaatctaaattacgcatccacaaaagtggttgc
gcccgcaccgaaggcttttataaaatacctatagtagaaaaggctcaatacctgaaaagt
gctctaagacagttgaatgctaaacatcaaagtgatattcaaatgcaacagatttctgat
caagctggtaccgaacataaaataaaatcaagacaaaagcgtgcagtgcagagaagatta
gcttcttcgattgctcaagaagaatttagcagtcttattaactacaataacaaacttatg
agacgcaaaaaagcattgcgcttttcaaagtccagtatacataactggggattatttgca
tgtgaaccaattaatgcagatgagatggtatgcgaatatgtaggtcaaatggtacgctcg
attgttgctgaaatacgagaacgaaggtatgagaaacagggcattggtagcagttacttg
tttcgattggactctgatagcgttatcgacgccacaaaagatggttgtaatgctcggttt
ataaaccactgctgtgatcctaattgttatgctaaagttatattggtagaaggtgctaaa
aagattgttatatattccagacgagccatcaaactaggagaagaaataacgtatgactat
aagttccctattgaagatgaaaaaattccgtgtttatgtggagctgctctttgtagaggg
acgcttaattag

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (23)   

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