The paper examines 25,132 biochemistry research contributions of Indian scientists covered in the Web of Science for a period of 10 years (2004-2013). It was found that the biochemistry research is gradually growing and average annual growth rate was 36.84 per cent. The solo research was not prevalent and team research is more in the Indian biochemistry research and 97.46 per cent publications were contributed by multi- authors. It was observed that the value of co- authorship index was generally increasing and it varied from 93 to 105 during the period of study. Journal articles contribute 89.43 per cent of the total output followed by reviews (7.14 %). Indian researchers collaborate largely with the researchers of USA (2.49 %). The geographical distribution shows that Tamil Nadu, Uttar Pradesh and Delhi lead the list. The study shows that, C. Abdul Jaleel (58) and L. Pai (37) are the top ranked authors in the field. ‘Plos One’ is the top ranked journal and it published 296 papers during the study period. Academic institutions contribute more number of papers (50.26 %) followed by research institutions (28.24 %). The Lotka’s law was not found fit with the observed author productivity distribution of Indian biochemistry research.
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机译：该论文审查了25,132型科学家的生物化学研究贡献，在10年（2004-2013）中的一段时间内。结果发现，生物化学研究逐渐增长，年均增长率平均为36.84％。 Solo Research没有普遍的，在印度生物化学研究中，团队研究更多，97.46％的出版物由多作者提供贡献。人们观察到，共同作者指数的价值通常增加，在研究期间，它从93到105变化。杂志文章占总产量的89.43％，然后举行了评论（7.14％）。印度研究人员在很大程度上与美国的研究人员合作（2.49％）。地理分布表明，泰米尔纳德邦，北方邦和德里领导着名单。该研究表明，C. Abdul Jaleel（58）和L.Pai（37）是该领域的顶级作者。 'Plos一个'是排名的期刊，它在研究期间发表了296篇论文。学术机构贡献更多的论文（50.26％），其次是研究机构（28.24％）。 Lotka的法律并未符合观察到的作者生产力分布的印度生物化学研究。
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