Courses

Generally, Molecular biology is the study of biomolecules like DNA, RNA and protein. The area interknits with the other areas of biology, Chemistry, Biochemistry and Genetics. However, Biochemistry is the study of chemical molecule and vital processes occurring in organisms. Biochemists mainly focus on role, functions and structure of biomolecule. Genetics is the study of [...]

  NGS is a low-priced, speedy and high-throughput alternative to Sanger-method based DNA sequencing. It offers parallel-sequencing of millions of DNA fragments concurrently and allows an entire genome to be sequenced in a small time. NGS is basically a three-step process, namely: 1). Template preparation 2). Sequencing and imaging 3). Data analysis. All the platforms [...]

Since the beginning of the Human Genome Project, data management has been perceived as a key challenge for current molecular biology research. Before the finish of the nineties, advances had been set up that adequately bolstered most continuous activities, ordinarily based upon relational database management frameworks. Ongoing years have seen a sensational increment in the [...]

Essentially, Perl is an interpreted programming language that is easily grasped by newcomers in the bioinformatics field. Additionally, it not only connects software applications together into sequence analysis pipelines, but it also converts file formats and extracts information from the output of analyzed programs. Moreover, Perl/Bio-Perl: A Bioinformatics toolkit is a collection of Perl modules [...]

Since the completion of the Human-genome project, deciphering the massive data produced becomes the primary focus of the scientist community. To analyse this data, bioinformaticians are required to develop such softwares and tools that can meet with the level of these complex data. The scalable, cross-platform, robust java framework leg-up the researchers to develop BioJava […]

Answer: Bioinformatics Phenomenal amount of biological data of various types used to generate everyday, which when organised properly will help researchers to better utilise their scientific potential and knowledge. Bioinformatics is an interdisciplinary field of science to retrieve, analyze, store, share and manipulate biological data using computational tools and techniques. Bioinformatics finds its roots in [...]

Biotechnology In today’s world, the field of Biotechnology has made tremendous impact by helping to develop various new techniques and methods in science and research. Within the 20th and 21st century Biotechnology achieved a huge breakthrough in scientific research and development. The method of using biological systems, living organisms to obtain new products or modify […]

Chemoinformatics is an application of computational molecular science to solve chemical problem by manipulating chemical structural information of compounds. It is a distinct discipline which combines Physics, Chemistry, Biology, Biochemistry, mathematics, Statistics and Information technology. The goal of chemoinformatics is to gather information by analyzing, stimulating and modelling of chemical structure either in 2D or […]

The computation of biological problems through python is a great insight for the biological computation. The effortful contribution of the developers leads Biopython to grow up from 1999 to till date.1 Current development ensures the several new application of the Biopython to address the future aspects of bioinformatics and computation. In the new releases of [...]

Chemoinformatics also known as chemical informatics / cheminformatics / chemical information was given by F.K. Brown in 1998 [1][2] . It is a tool of modern drug discovery. It is also known as interface science at it combines all physics, chemistry, biology, biochemistry, statics and information. It is an inclusive term that encompasses the management, […]