Wednesday 29 June 2022
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Synthetic Biology – A Unique World to Discover with Steven Rindner

Synthetic Biology – A Unique World to Discover with Steven Rindner

Steven Rindner, a student in New York with biology as a major, is so fascinated with the world of biology that he keeps exploring more novel things and loves to share his findings of various concepts. He finds synthetic biology a subject worth exploring and knowing about and thus shares his knowledge and discoveries.

Synthetic biology is a branch of science that redesigns organisms and makes them useful in different sectors of life by giving them new abilities. Another definition of synthetic biology states that it is a branch of science in which biologists and engineers come together to redesign and restructure the composition of various components, pathways, and networks.

The techniques employed in this kind of science include: 

  1. The technique to copy the already present sequences of DNA
  2. The method to read a DNA code and
  3. Modifying the existing DNA by inserting other DNA sequences into it

On studying the subject thoroughly, Steven Rindner digs deeper into the subject to find how synthetic biology will be helpful to mankind in the future. It is argued that restricting things at the molecular level paves the path to help clean up the environment. Synthetic biologists expound on the fact that they are capable of creating organisms that can be used to consume the existing toxins in the environment. Additionally, it would be easier to study and develop antidotes and vaccines for the complex flu strains.

On the flip side, the negative effects of synthetic biology cannot be overlooked. The release of harmful systems or organisms accidentally is the first disadvantage. The second risk could be the release of harmful systems and organisms intentionally. The final negative implication of this relatively novel branch of science is the overuse of artificially made things in an otherwise majorly natural world.

Synthetic biology products are repressilators, genetic toggle switches, pulse generators, memory elements, communication modules, digital logic gates, and oscillators. The field of therapeutics, pharmaceuticals, biomaterials, biosensing, and biofuel productions will also benefit from this revolutionary change in science.

The field of therapeutics is profited by the ease of explanations that can be got for the mechanisms of diseases. Identification of drug target, therapeutic delivery, production of drugs, and therapeutic treatment is all the other areas where synthetic biology contributes positively. 

Specific ethical standards were assessed in order to restrict the harmful effects of synthetic biology. Alfred P.Slofan commissioned a study that was designed to speculate on the probable adverse effects of synthetic biology. The issues of biosafety and biosecurity were addressed, and it was found that the present stature of this scientific discovery does not yet pose a threat to society. 

Following this, the environmental aspect was scrutinized, and it was decided that all synthetically prepared food items had to pass through a regulatory test. Considering the accelerated rate of technological and scientific advancements, it won’t be a surprise to see more students such as Steven Rindner getting interested in discovering these innovations and contributing to their creation.