Exploring Bioinformatics and its Diverse Application
EXPLORING BIOINFORMATICS AND ITS DIVERSE APPLICATIONS.
Introduction:
Let’s begin with the exciting world of bioinformatics. But first, we have to know what is bioinformatics? Bioinformatics is an interdisciplinary field connecting biology with technologies like AI, providing a tool to speed up the process and store huge amounts of data. It includes the use of computational tools and algorithms to derive useful or specific data and informations, such as protein structures, gene patterns from large data sets or biological sequences. Bioinformatics has the potential and power to decode all the biological mysteries, ranging from genetic information, protein structures, to identifying disease-related genes. This unique field plays a pivotal role in various fields like genomics, evolutionary studies, developing vaccines and personalized medicines, environmental, synthetic, and structural biology and the list goes on. In this article, we will unravel the puzzles of bioinformatics and embark on a scientific journey.
•Genomics and its essence: genomics is the study of an organism’s complete set of DNA, also called the genome. It is considered to be the heart of bioinformatics. It does the analysis, sequencing, and mapping, providing every detail of a gene in a sequence. Humans consist of 3 billion DNA base pairs, and with the help of bioinformatics and genomics the entire sequence was to be revealed. This was the most groundbreaking project in history known by the name of the ‘Human Genome Project’. Which was finally completed in 2003, and all the base pairs were completely decoded and is being recoded in various tools or databanks. The stored data helps in identifying genetic disorders or abnormalities as well.
•Evolutionary biology and its importance: another great implication of bioinformatics is detecting the ancestors and creating a phylogenetic tree. Using different tools and comparing DNA or protein sequences of different organisms, scientists help to get an overview of organism whether they are related or not and with help of bioinformatic tools, phylogenetic trees are created. Tresses are of various types such as rooted trees, unrooted trees, cladograms, dendograms, etc. Phylogenetic trees help us to learn about speciation, genetic drift, adaptations and history of the ancient earth.
•Transforming healthcare industry: bioinformatics has played a role in revolutionizing healthcare worldwide. From testing the samples to detecting the genetic disorder to treating the disorders bioinformatics plays a crucial role. These days, personalized medicines and drugs are being made to treat the patient according to his or her needs. Vaccines are being made with AI technology and here lies the best example of a vaccine made during the COVID-19 pandemic. Technologies are being used in forensics to dig into the severity of cases. New organs are being printed by 3D printing technology which prevents the need to wait for the organ donor and this minimizes the risk of adverse reactions.
Beyond healthcare, bioinformatics plays crucial role in agricultural sectors, structural and environmental biology. These help the researchers to analyze, detect, and develop strategies to resolve the problems in such sectors.
Conclusion:
Bioinformatics is the keystone in this contemporary world, empowering the scientists of all sectors to dig into complexities and provide solutions. As technology continues to evolve day by day, the cost is decreasing and becoming accessible to the public worldwide. From healthcare to agriculture to industries, bioinformatics continues to shape our understanding of biological world and many more groundbreaking technologies are being made across the globe.
rikshita.hota.bt26@iilm.edu
IILM University
www.iilm.ac.in
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