Sequence of AADAT_MOUSE

EC Number:2.6.1.7

EC Number
Recommended Name
Accession Code
Organism
No of amino acids
Molecular Weight [Da]
Source
kynurenine-oxoglutarate transaminase
Q9WVM8
Mus musculus
425
47598
Reaction
L-kynurenine + 2-oxoglutarate = 4-(2-aminophenyl)-2,4-dioxobutanoate + L-glutamate
Other sequences found for EC No. 2.6.1.7

EC Number:2.6.1.39

EC Number
Recommended Name
Accession Code
Organism
No of amino acids
Molecular Weight [Da]
Source
2-aminoadipate transaminase
Q9WVM8
Mus musculus
425
47598
Reaction
L-2-aminoadipate + 2-oxoglutarate = 2-oxoadipate + L-glutamate
Other sequences found for EC No. 2.6.1.39

General information:

Sequence
show sequence in fasta format
  0 MNYSRFLTAT SLARKPSPIR TTADILSKAP KTLISLAPGS PNPSMFPFKS AAFTVENGST
 60 IRFEDDLIKR ALQYSPSYGI PELLSWLKQF QVKLHNPPTV NYPPNQGQMD LCITSGCQDG
120 LCKAFEMLIN PGDTILVNEP LFPGTLYAMK PLGCNIINVP SDEHGIIPEG LKKILSQWKP
180 EDSKDPTKKT PKFLYTVPNG NNPTGNSLTG DRKKEIYELA RKYDFLIIED DPYYFLQFSK
240 PWEPTFLSMD VDGRVIRADT FSKTVSSGLR VGFMTGPKTL IQNIVLHTQV SSVHACTLSQ
300 LMILQLLHQW GEEGFLAHID RTIDFYKNQR DSILAAADKW LRGLAEWHVP KAGMFLWIKV
360 KGISDTKQLI EEKAIEREVL LVPGNGFFID GSAPTSFFRA SFSLATPAQM DTAFQRLAQL
420 IKESL
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Sequence related references
Sequence Reference
Authors
Title
Journal
Volume
Pages
Year
PubMed ID
378636
Yu P.,Mosbrook D.M.,Tagle D.A.
Genomic organization and expression analysis of mouse kynurenine aminotransferase II, a possible factor in the pathophysiology of Huntington's disease.
Mamm. Genome
10
845-852
1999
378637
Carninci P.,Kasukawa T.,Katayama S.,Gough J.,Frith M.C.,Maeda N.,Oyama R.,Ravasi T.,Lenhard B.,Wells C.,Kodzius R.,Shimokawa K.,Bajic V.B.,Brenner S.E.,Batalov S.,Forrest A.R.,Zavolan M.,Davis M.J.,Wilming L.G.,Aidinis V.,Allen J.E.,Ambesi-Impiombato A.,Apweiler R.,Aturaliya R.N.,Bailey T.L.,Bansal M.,Baxter L.,Beisel K.W.,Bersano T.,Bono H.,Chalk A.M.,Chiu K.P.,Choudhary V.,Christoffels A.,Clutterbuck D.R.,Crowe M.L.,Dalla E.,Dalrymple B.P.,de Bono B.,Della Gatta G.,di Bernardo D.,Down T.,Engstrom P.,Fagiolini M.,Faulkner G.,Fletcher C.F.,Fukushima T.,Furuno M.,Futaki S.,Gariboldi M.,Georgii-Hemming P.,Gingeras T.R.,Gojobori T.,Green R.E.,Gustincich S.,Harbers M.,Hayashi Y.,Hensch T.K.,Hirokawa N.,Hill D.,Huminiecki L.,Iacono M.,Ikeo K.,Iwama A.,Ishikawa T.,Jakt M.,Kanapin A.,Katoh M.,Kawasawa Y.,Kelso J.,Kitamura H.,Kitano H.,Kollias G.,Krishnan S.P.,Kruger A.,Kummerfeld S.K.,Kurochkin I.V.,Lareau L.F.,Lazarevic D.,Lipovich L.,Liu J.,Liuni S.,McWilliam S.,Madan Babu M.,Madera M.,Marchionni L.,Matsuda H.,Matsuzawa S.,Miki H.,Mignone F.,Miyake S.,Morris K.,Mottagui-Tabar S.,Mulder N.,Nakano N.,Nakauchi H.,Ng P.,Nilsson R.,Nishiguchi S.,Nishikawa S.,Nori F.,Ohara O.,Okazaki Y.,Orlando V.,Pang K.C.,Pavan W.J.,Pavesi G.,Pesole G.,Petrovsky N.,Piazza S.,Reed J.,Reid J.F.,Ring B.Z.,Ringwald M.,Rost B.,Ruan Y.,Salzberg S.L.,Sandelin A.,Schneider C.,Schoenbach C.,Sekiguchi K.,Semple C.A.,Seno S.,Sessa L.,Sheng Y.,Shibata Y.,Shimada H.,Shimada K.,Silva D.,Sinclair B.,Sperling S.,Stupka E.,Sugiura K.,Sultana R.,Takenaka Y.,Taki K.,Tammoja K.,Tan S.L.,Tang S.,Taylor M.S.,Tegner J.,Teichmann S.A.,Ueda H.R.,van Nimwegen E.,Verardo R.,Wei C.L.,Yagi K.,Yamanishi H.,Zabarovsky E.,Zhu S.,Zimmer A.,Hide W.,Bult C.,Grimmond S.M.,Teasdale R.D.,Liu E.T.,Brusic V.,Quackenbush J.,Wahlestedt C.,Mattick J.S.,Hume D.A.,Kai C.,Sasaki D.,Tomaru Y.,Fukuda S.,Kanamori-Katayama M.,Suzuki M.,Aoki J.,Arakawa T.,Iida J.,Imamura K.,Itoh M.,Kato T.,Kawaji H.,Kawagashira N.,Kawashima T.,Kojima M.,Kondo S.,Konno H.,Nakano K.,Ninomiya N.,Nishio T.,Okada M.,Plessy C.,Shibata K.,Shiraki T.,Suzuki S.,Tagami M.,Waki K.,Watahiki A.,Okamura-Oho Y.,Suzuki H.,Kawai J.,Hayashizaki Y.
The transcriptional landscape of the mammalian genome.
Science
309
1559-1563
2005
378638
The status, quality, and expansion of the NIH full-length cDNA project: the Mammalian Gene Collection (MGC).
Genome Res.
14
2121-2127
2004
378639
Huttlin E.L.,Jedrychowski M.P.,Elias J.E.,Goswami T.,Rad R.,Beausoleil S.A.,Villen J.,Haas W.,Sowa M.E.,Gygi S.P.
A tissue-specific atlas of mouse protein phosphorylation and expression.
Cell
143
1174-1189
2010
378640
Park J.,Chen Y.,Tishkoff D.X.,Peng C.,Tan M.,Dai L.,Xie Z.,Zhang Y.,Zwaans B.M.,Skinner M.E.,Lombard D.B.,Zhao Y.
SIRT5-mediated lysine desuccinylation impacts diverse metabolic pathways.
Mol. Cell
50
919-930
2013
378641
Rardin M.J.,Newman J.C.,Held J.M.,Cusack M.P.,Sorensen D.J.,Li B.,Schilling B.,Mooney S.D.,Kahn C.R.,Verdin E.,Gibson B.W.
Label-free quantitative proteomics of the lysine acetylome in mitochondria identifies substrates of SIRT3 in metabolic pathways.
Proc. Natl. Acad. Sci. U.S.A.
110
6601-6606
2013