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An Interpretation of Biological Metabolites and their Reactions Based on Relation Degree of Compound Pairs in KEGG XML Files

机译：基于KEGG XML文件中化合物对之间的关联度的生物代谢物及其反应的解释

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Myungha Jang; Jiyoung Whang; Coleen S. Lewis; Hyun S. Park;
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年度 2014
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1. An Interpretation of Biological Metabolites and their Reactions Based on Relation Degree of Compound Pairs in KEGG XML Files [J] . Myungha Jang1, 2, Jiyoung Whang1, Journal of software . 2010,第2期

机译：基于KEGG XML文件中化合物对之间的关联度的生物代谢物及其反应的解释
2. Metabolite profiling and isolation of biologically active compounds from Scadoxus puniceusScadoxus puniceus , a highly traded South African medicinal plant [J] . Naidoo Devashan, Slavětínská Lenka Po?tová, Aremu Adeyemi O., Phytotherapy research: PTR . 2018,第4期

机译：从 scadoxus puniceus scadoxus punysus，这是一种高度交易南非药用植物的代谢物分析和分离生物活性化合物
3. Low degree metabolites explain essential reactions and enhance modularity in biological networks [J] . Areejit Samal, Shalini Singh, Varun Giri, BMC Bioinformatics . 2006,第1期

机译：低度代谢物可解释基本反应并增强生物网络中的模块性
4. A Statistical Analysis of Relation Degree of Compound Pair on Online Biological Pathway Databases [C] . Myungha Jang, Arang Rhie, Jiyoung Whang, 3rd international conference on ubiquitous information management and communication 2009 . 2009

机译：在线生物通路数据库中化合物对关联度的统计分析
5. OXIDATION-REDUCTION REACTIONS AND EQUILIBRIUM PHASE RELATIONS AT 1300 DEGREES C AT OXYGEN PRESSURES FROM 0.21 TO 10 EXP(-14) ATMOSPHERES FOR THE SPINEL SOLID SOLUTION SERIES M CHROMIUM(2)OXIDE(4), M = IRON AND MAGNESIUM; AND M ALUMINUM(2) OXIDE(4), M = IRON AND MAGNESIUM. [D] . ULMER, GENE CARLTON. 1964

机译：M氧化铬（2）（4），M =铁和镁的尖晶石型固溶体，在1300摄氏度，氧气压力从0.21到10 EXP（-14）大气压力下的氧化还原反应和平衡相关系;和M铝（2）氧化物（4），M =铁和镁。
6. Low degree metabolites explain essential reactions and enhance modularity in biological networks [O] . Areejit Samal, Shalini Singh, Varun Giri, 2006

机译：低度代谢物可解释基本反应并增强生物网络中的模块性
7. An Interpretation of Biological Metabolites and their Reactions Based on Relation Degree of Compound Pairs in KEGG XML Files [O] . Coleen S. Lewis, Jiyoung Whang, Myungha Jang, 2010

机译：基于KEGG XML文件中化合物对的关联度的生物代谢物及其反应的解释

An Interpretation of Biological Metabolites and their Reactions Based on Relation Degree of Compound Pairs in KEGG XML Files

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