首页> 外文期刊>Journal of Computational Intelligence in Bioinformatics >Efficacy of Information Technology in Biotechnologyand Bioinformatics
【24h】

Efficacy of Information Technology in Biotechnologyand Bioinformatics

机译:信息技术在生物技术和生物信息学中的功效

获取原文
获取原文并翻译 | 示例
       

摘要

In this era, biotechnology is a novel prospect for entrepreneur. Now scientists have make-believe where software companies sketch to revive their businesses writing algorithms for the human genome. Biotechnology companies plan to expand bioinformatics as an addition of their businesses. Bioinformatics is the association among computational and biological sciences. It is a new forte in biotechnology. However, bioinformatics is the liaison connecting computation and genetic sciences. The competence to sort and extract genetic codes from human genome database of 3 billion found pairs of DNA in a momentous technique is conceivably an uncomplicated form of bioinformatics. It is useful in mapping diverse human beings genomes, deriving difference in their inherent composition through prototype detection software. The feature what becomes more complex is to decode the genetic code to distinguish the differences in genetic framework between different people to translate it in terms of physiological traits. Also so far there is one more stage, which is even more elaborate that is the set of codes itself. The genetic code, essentially codes for amino acids and proteins and the explicit role played by every protein controls the state of our health. The function of each gene in coding for a definite protein, which regularizes a particular metabolic path, is explained as "functional genomes". Computational stimulation of experimental biology is another important application of informatics. It is recognized as "in silico" testing. The development of this technique will take place in a productive way, both in animals and humans, to verify the certainty of medical behaviour. It provides a break towards increasing insensitivity towards animal experimentation. On the other hand, research strategies will certainty come across computational representation to be a fundamental tool in ample offers to the researcher vast and exhilarating opportunities to learn how living organism metabolize, develop, fight disease, their reproduction and regeneration. All existing facts we know are like tips of various icebergs seen submerged in deep oceans. Gradually an encyclopaedia is building which will help to unravel the mysteries of life. The significance of computational science in accumulating the information and its immediate analysis by biologists is the major philosophy of bioinformatics. A range of scholars and investigator professionally explain the numerous elements of bioinformatics to facilitate aspirant to figure out the ins and outs of this contemporary sphere of influence in their detection of strong probability.
机译:在这个时代,生物技术是企业家的新前景。现在,科学家已经相信了软件公司在哪里素描,以复兴为人类基因组编写算法的业务。生物技术公司计划扩展生物信息学作为其业务的补充。生物信息学是计算科学与生物科学之间的联系。这是生物技术的新领域。但是,生物信息学是连接计算和遗传科学的联络者。以一种重要的技术从30亿对发现的DNA对中从人类基因组数据库中分类和提取遗传密码的能力,可以认为是生物信息学的一种简单形式。它可用于绘制各种人类基因组图谱,通过原型检测软件得出其固有组成的差异。变得更加复杂的功能是对遗传密码进行解码,以区分不同人之间的遗传框架差异,从而根据生理特征对其进行翻译。到目前为止,还有另外一个阶段,即代码集本身更加复杂。遗传密码实质上是氨基酸和蛋白质的编码,每种蛋白质发挥的明确作用控制着我们的健康状况。每个基因编码确定特定代谢途径的特定蛋白质的功能被解释为“功能基因组”。实验生物学的计算刺激是信息学的另一个重要应用。它被认为是“计算机模拟”测试。该技术的发展将以富有成效的方式在动物和人类中进行,以验证医疗行为的确定性。它为增加对动物实验的不敏感性提供了一个突破。另一方面,研究策略将确定性地跨越计算表示形式,这将是向研究者提供大量令人振奋的机会的基本工具,以学习生物如何代谢,发展,抵抗疾病,其繁殖和再生。我们知道的所有现有事实都像是深海中淹没的各种冰山的尖端。逐渐建立起百科全书,这将有助于揭示生活的奥秘。计算科学在积累信息和生物学家对其进行立即分析方面的重要性是生物信息学的主要哲学。众多学者和研究人员专业地解释了生物信息学的众多要素,以帮助有志者在发现强概率时弄清这一当代影响领域的来龙去脉。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号