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Whole Genome Metabolism - Macaca mulatta


ABSTRACT:

Whole Genome Metabolism of "Macaca mulatta"
This is a whole genome metabolism model of Macaca mulatta.
This model has been automatically generated by the SuBliMinaL Toolbox and libAnnotationSBML using information coming from from KEGG (release 66, April 2013, accessed via the resource's web services interface) and, where relevant, augmented with metabolic pathway information extracted from MetaCyc (version 17.0, March 2013).
This model has been produced by the path2models project and is currently hosted on BioModels Database and identified by: BMID000000140466 .
Other models with the same genus include BMID000000004928 BMID000000004929 BMID000000004930 BMID000000004931 BMID000000004932 BMID000000004933 BMID000000004934 BMID000000004935 BMID000000004936 BMID000000004937 BMID000000004938 BMID000000004939 BMID000000004940 BMID000000004941 BMID000000004942 BMID000000004943 BMID000000004944 BMID000000004945 BMID000000004946 BMID000000004947 BMID000000004948 BMID000000004949 BMID000000004950 BMID000000004951 BMID000000004952 BMID000000004953 BMID000000004954 BMID000000004955 BMID000000004956 BMID000000004957 BMID000000004958 BMID000000004959 BMID000000004960 BMID000000004961 BMID000000004962 BMID000000004963 BMID000000004964 BMID000000004965 BMID000000004966 BMID000000004967 BMID000000004968 BMID000000004969 BMID000000004970 BMID000000004971 BMID000000004972 BMID000000004973 BMID000000004974 BMID000000004975 BMID000000004976 BMID000000004977 BMID000000004978 BMID000000004979 BMID000000004980 BMID000000004981 BMID000000004982 BMID000000004983 BMID000000004984 BMID000000004985 BMID000000004986 BMID000000004987 BMID000000004988 BMID000000004989 BMID000000004990 BMID000000004991 BMID000000004992 BMID000000004993 BMID000000004994 BMID000000004995 BMID000000004996 BMID000000004997 BMID000000004998 BMID000000004999 BMID000000005000 BMID000000005001 BMID000000005002 BMID000000005003 BMID000000005004 BMID000000005005 BMID000000005006 BMID000000005007 BMID000000005008 BMID000000005009 BMID000000005010 BMID000000005011 BMID000000005012 BMID000000005013 BMID000000005014 BMID000000005015 BMID000000005016 BMID000000005017 BMID000000005018 BMID000000005019 BMID000000005020 BMID000000005021 BMID000000005022 BMID000000005023 BMID000000005024 BMID000000005025 BMID000000005026 BMID000000005027 BMID000000005028 BMID000000005029 BMID000000005030 BMID000000005031 BMID000000005032 BMID000000005033 BMID000000005034 BMID000000005035 BMID000000005036 BMID000000005037 BMID000000005038 BMID000000005039 BMID000000005040 BMID000000005041 BMID000000005042 BMID000000005043 BMID000000005044 BMID000000005045 BMID000000005046 BMID000000005047 BMID000000005048 BMID000000005049 BMID000000005050 BMID000000005051 BMID000000005052 BMID000000005053 BMID000000005054 BMID000000005055 BMID000000005056 BMID000000005057 BMID000000005058 BMID000000005059 BMID000000005060 BMID000000005061 BMID000000005062 BMID000000005063 BMID000000005064 BMID000000005065 BMID000000005066 BMID000000005067 BMID000000005068 BMID000000005069 BMID000000005070 BMID000000005071 BMID000000005072 BMID000000005073 BMID000000005074 BMID000000047987 BMID000000047988 BMID000000047989 BMID000000047990 BMID000000047991 BMID000000047992 BMID000000047993 BMID000000047994 BMID000000047995 BMID000000047996 BMID000000047997 BMID000000047998 BMID000000047999 BMID000000048000 BMID000000048001 BMID000000048002 BMID000000048003 BMID000000048004 BMID000000048005 BMID000000048006 BMID000000048007 BMID000000048008 BMID000000048009 BMID000000048010 BMID000000048011 BMID000000048012 BMID000000048013 BMID000000048014 BMID000000048015 BMID000000048016 BMID000000048017 BMID000000048018 BMID000000048019 BMID000000048020 BMID000000048021 BMID000000048022 BMID000000048023 BMID000000048024 BMID000000048025 BMID000000048026 BMID000000048027 BMID000000048028 BMID000000048029 BMID000000048030 BMID000000048031 BMID000000048032 BMID000000048033 BMID000000048034 BMID000000048035 BMID000000048036 BMID000000048037 BMID000000048038 BMID000000048039 BMID000000048040 BMID000000048041 BMID000000048042 BMID000000048043 BMID000000048044 BMID000000048045 BMID000000048046 BMID000000048047 BMID000000048048 BMID000000048049 BMID000000048050 BMID000000048051 BMID000000048052 BMID000000048053 BMID000000048054 BMID000000048055 BMID000000048056 BMID000000048057 BMID000000048058 BMID000000048059 BMID000000048060 BMID000000048061 BMID000000048062 BMID000000048063 BMID000000048064 BMID000000048065 BMID000000048066 BMID000000048067 BMID000000048068 BMID000000048069 BMID000000048070 BMID000000048071 BMID000000048072 BMID000000048073 .
To the extent possible under law, all copyright and related or neighbouring rights to this encoded model have been dedicated to the public domain worldwide. Please refer to CC0 Public Domain Dedication for more information.

SUBMITTER: Path2Models project 

PROVIDER: BMID000000140466 | biostudies-other |

SECONDARY ACCESSION(S): 24180668

REPOSITORIES: biostudies-other

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Publications

Evolutionary and biomedical insights from the rhesus macaque genome.

Gibbs Richard A RA   Rogers Jeffrey J   Katze Michael G MG   Bumgarner Roger R   Weinstock George M GM   Mardis Elaine R ER   Remington Karin A KA   Strausberg Robert L RL   Venter J Craig JC   Wilson Richard K RK   Batzer Mark A MA   Bustamante Carlos D CD   Eichler Evan E EE   Hahn Matthew W MW   Hardison Ross C RC   Makova Kateryna D KD   Miller Webb W   Milosavljevic Aleksandar A   Palermo Robert E RE   Siepel Adam A   Sikela James M JM   Attaway Tony T   Bell Stephanie S   Bernard Kelly E KE   Buhay Christian J CJ   Chandrabose Mimi N MN   Dao Marvin M   Davis Clay C   Delehaunty Kimberly D KD   Ding Yan Y   Dinh Huyen H HH   Dugan-Rocha Shannon S   Fulton Lucinda A LA   Gabisi Ramatu Ayiesha RA   Garner Toni T TT   Godfrey Jennifer J   Hawes Alicia C AC   Hernandez Judith J   Hines Sandra S   Holder Michael M   Hume Jennifer J   Jhangiani Shalini N SN   Joshi Vandita V   Khan Ziad Mohid ZM   Kirkness Ewen F EF   Cree Andrew A   Fowler R Gerald RG   Lee Sandra S   Lewis Lora R LR   Li Zhangwan Z   Liu Yih-Shin YS   Moore Stephanie M SM   Muzny Donna D   Nazareth Lynne V LV   Ngo Dinh Ngoc DN   Okwuonu Geoffrey O GO   Pai Grace G   Parker David D   Paul Heidie A HA   Pfannkoch Cynthia C   Pohl Craig S CS   Rogers Yu-Hui YH   Ruiz San Juana SJ   Sabo Aniko A   Santibanez Jireh J   Schneider Brian W BW   Smith Scott M SM   Sodergren Erica E   Svatek Amanda F AF   Utterback Teresa R TR   Vattathil Selina S   Warren Wesley W   White Courtney Sherell CS   Chinwalla Asif T AT   Feng Yucheng Y   Halpern Aaron L AL   Hillier Ladeana W LW   Huang Xiaoqiu X   Minx Pat P   Nelson Joanne O JO   Pepin Kymberlie H KH   Qin Xiang X   Sutton Granger G GG   Venter Eli E   Walenz Brian P BP   Wallis John W JW   Worley Kim C KC   Yang Shiaw-Pyng SP   Jones Steven M SM   Marra Marco A MA   Rocchi Mariano M   Schein Jacqueline E JE   Baertsch Robert R   Clarke Laura L   Csürös Miklós M   Glasscock Jarret J   Harris R Alan RA   Havlak Paul P   Jackson Andrew R AR   Jiang Huaiyang H   Liu Yue Y   Messina David N DN   Shen Yufeng Y   Song Henry Xing-Zhi HX   Wylie Todd T   Zhang Lan L   Birney Ewan E   Han Kyudong K   Konkel Miriam K MK   Lee Jungnam J   Smit Arian F A AF   Ullmer Brygg B   Wang Hui H   Xing Jinchuan J   Burhans Richard R   Cheng Ze Z   Karro John E JE   Ma Jian J   Raney Brian B   She Xinwei X   Cox Michael J MJ   Demuth Jeffery P JP   Dumas Laura J LJ   Han Sang-Gook SG   Hopkins Janet J   Karimpour-Fard Anis A   Kim Young H YH   Pollack Jonathan R JR   Vinar Tomas T   Addo-Quaye Charles C   Degenhardt Jeremiah J   Denby Alexandra A   Hubisz Melissa J MJ   Indap Amit A   Kosiol Carolin C   Lahn Bruce T BT   Lawson Heather A HA   Marklein Alison A   Nielsen Rasmus R   Vallender Eric J EJ   Clark Andrew G AG   Ferguson Betsy B   Hernandez Ryan D RD   Hirani Kashif K   Kehrer-Sawatzki Hildegard H   Kolb Jessica J   Patil Shobha S   Pu Ling-Ling LL   Ren Yanru Y   Smith David Glenn DG   Wheeler David A DA   Schenck Ian I   Ball Edward V EV   Chen Rui R   Cooper David N DN   Giardine Belinda B   Hsu Fan F   Kent W James WJ   Lesk Arthur A   Nelson David L DL   O'brien William E WE   Prüfer Kay K   Stenson Peter D PD   Wallace James C JC   Ke Hui H   Liu Xiao-Ming XM   Wang Peng P   Xiang Andy Peng AP   Yang Fan F   Barber Galt P GP   Haussler David D   Karolchik Donna D   Kern Andy D AD   Kuhn Robert M RM   Smith Kayla E KE   Zwieg Ann S AS  

Science (New York, N.Y.) 20070401 5822


The rhesus macaque (Macaca mulatta) is an abundant primate species that diverged from the ancestors of Homo sapiens about 25 million years ago. Because they are genetically and physiologically similar to humans, rhesus monkeys are the most widely used nonhuman primate in basic and applied biomedical research. We determined the genome sequence of an Indian-origin Macaca mulatta female and compared the data with chimpanzees and humans to reveal the structure of ancestral primate genomes and to ide  ...[more]

Publication: 1/2

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