Abhishek Tiwari:Resources: Difference between revisions
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[[Abhishek Tiwari:Hot Computational Biology Papers-By Category|Hot Computational Biology Papers]] is one of the most regular and sighted sections of my Open Wetware page. Section provides synopsis and comments on the selected article related to computaional biology. Readers are also invited to comment and modify the section. | [[Abhishek Tiwari:Hot Computational Biology Papers-By Category|Hot Computational Biology Papers]] is one of the most regular and sighted sections of my Open Wetware page. Section provides synopsis and comments on the selected article related to computaional biology. Readers are also invited to comment and modify the section. | ||
==Hot Computational Chemistry Papers== | ==Hot Computational Chemistry Papers== | ||
Section covers Computational Chemistry for Drug Discovery and Chemical Informatics.In drug discovery, effective use of computational chemistry shortens the development cycle for new drugs and provides pharmaceutical companies a competitive advantage with faster time to discovery and reduced costs. | |||
==Recent Complex Systems in Biology Papers== | ==Recent Complex Systems in Biology Papers== | ||
Revision as of 03:36, 24 April 2007
Regular Sections
Hot Computational Biology Papers
Hot Computational Biology Papers is one of the most regular and sighted sections of my Open Wetware page. Section provides synopsis and comments on the selected article related to computaional biology. Readers are also invited to comment and modify the section.
Hot Computational Chemistry Papers
Section covers Computational Chemistry for Drug Discovery and Chemical Informatics.In drug discovery, effective use of computational chemistry shortens the development cycle for new drugs and provides pharmaceutical companies a competitive advantage with faster time to discovery and reduced costs.
Recent Complex Systems in Biology Papers
What are the universal properties of living systems and how can one construct from there a phenomenological theory of life that leads naturally to complex processes such as reproductive cellular systems, evolution and differentiation? Biological processes occur at the molecular, cellular, and population level and this section will provide insights into the complexities of biological processes.
