Almost 55 years ago, back in 1953, it was James Watson and Francis Crick that presented the Double Helix structure of DNA for the first time. The concept of Double Helix DNA was indeed a great finding and opened the...
DNA Transcription is the process through which DNA dictates the genetic information it holds to mRNA, which in turn is responsible for the production of proteins in the human body. The immediate question that arises in...
DNA testing refers to a multitude of different tests that use DNA to provide information. DNA is present in every cell of every living organism and is inherited by offspring from their parents. These two facts are what...
With the advancement in biotechnology, we are now able to convert our knowledge of DNA, the chemicals and tools that are available, into an alternative way of fabricating genetic material. This is called DNA Synthesis....
Each and every cell of a living organism, be it plants or animals, has DNA. This information-encompassing module is vital for all processes that govern the growth, reproduction, development, and maintenance; and is also...
DNA Sequencing is a process that helps genetic scientists unearth the precise order of nucleotide bases contained within the DNA itself. It’s the pairing order of these nucleotide bases, namely adenine, thymine,...
The history of actively conducting DNA research goes all the way back to 1868, when Friedrich Miescher, a biologist from Sweden, worked out chemical research on the nuclei of cells. Not only did he find out a...
The discovery of DNA was a slow process, one that occurred over the course of almost a hundred years. During that time many different scientists were responsible for contributing to its overall meaning, scientists that...
The creative-minded microbiologists and those related to the DNA subject have come up with unique and innovative ways of demonstrating the Double Helix DNA structure as proposed by James Watson and Francis Crick. In...
DNA replication of Eukaryotes (cells with a nucleus) occurs stepwise. Each step needs different enzymes. The DNA replication steps can be broken down as: A notch is made by DNA gyrase. This looks like a bubble under a...
We need your consent so that we and our trusted partners can store and access cookies, unique identifiers, personal data, and information about your browsing behavior on your device. This enables us to serve relevant content and advertising to you and to improve the service that we provide to our readers. This only applies to whatisdna.net.
You don’t have to accept, but should you not, you might not see adverts and content that are relevant to you.
