Revolution! It drives radical transformation.
The omics revolution over the past decade has been a tour de force leading to unprecedented advances in biomedical sciences. Omics is a generic term for all fields of biomedicine with the suffix –omics. For instance, genomics indicates study of genome, epigenomics indicates study of epigenetic modifications, and so on for other fields such as proteomics, transcriptomics, microbiomics, metabolomics, etc. (each of these words deserves a separate blog post and will get one in due course). Advances in these areas have arguably been the most disruptive innovations of our time.
Breakthroughs in Biomedical Sciences
Technological innovations in the nineties spurred rapid development of the omics field, leading to a never-before-seen “intersection of biology and technology” (“Steve Jobs” by Walter Isaacson, 2011). The international Human Genome Project was a key landmark or rather, a precursor of this revolution. What started out as an extremely expensive venture has now made genome sequencing affordable enough for routine clinical application (almost!). The cost of sequencing has dropped precipitously, from $3 billion in the late nineties to approximately $1000 for a single genome today. This rate of advancement in sequencing technologies has truly defied Moore’s law.
Newer technologies and their application to biomedical research meant more and more data generated everyday. Making sense out of these data required additional technologies, which in turn, drove systematic evolution of a specialized field – computational or quantitative biology. This discipline uses techniques in physics, mathematics, computer sciences and related branches to decipher riddles in biology. Today, closely related interdisciplinary branches such as bioinformatics, systems biology, and network pharmacology have emerged. These varied branches are driving progress by analyzing and interpreting the tremendous amounts of data generated in the omics world.
Projects in academia and in industry are becoming increasingly collaborative in nature. Successfully translating these research findings into the clinic is critical to providing more effective treatment options for many diseases. These developments are poised to make personalized medicine or individualized medicine a reality.
Sciberomics and Science Outreach
In light of the interdisciplinary research and its application to humans, science communication assumes a vital role. Not only does it inform curious minds, but it also serves as an antidote to ignorance and misinformation. It spreads public awareness about science and facilitates dialog between peers. Science outreach is critical to driving public opinion, which can, directly and indirectly influence policy and funding. Add to that the availability of innumerable platforms for communication, and one would have to agree that there has been no better time for science writing.
All this has prompted me to join the world of active blogging. I am really excited to launch my new blog, and to use this platform to communicate science. How did I decide on a name for the blog? Well, I have to confess I am guilty of neologizing. I wanted the name to reflect the fact that this blog will communicate science, in cyberspace. Though I intend to cover all areas of science, I realize that I may end up being partial to the omics field. Taking all these factors into consideration, the newly minted word Sciberomics seems like a good fit as a name.
At Sciberomics, I will discuss recent developments in biology and medicine, focusing on how they affect human life. Blog posts will include studies that are hot off the press, areas that are mired in controversies and topics that are hotly debated. Active discussion and feedback from readers, in the form of comments are welcome and will provide flavor to the blog. The aim of Sciberomics is outreach to peers and non-scientific audience alike.
So, here goes Sciberomics – Snapshots of Science and Life. Welcome!