Dissertation Topics In Biochemistry – 20 Great Questions

A dissertation in biochemistry is a complicated writing task that requires a lot of devotion and labor. A lot depends on a topic that you choose at the very beginning.

Why a Dissertation Topic Is So Important

When you choose it, you determine the sphere of biochemical researching that is going to keep you involved through a very long time. If you are interested in this sphere, you will have a great time. If you are bored with the very subject of your project, it will hardly ever be a success. All this means that the choice of a topic is as important as the choice of a supervisor.

The topic you choose for your project should also be novel or offer a novel point of view on things that have already been researched through and through. It will help you make your project unique, interesting, and useful for the science.

Where to Search for Topic Ideas

You can try searching on the Internet at once. There are many resources, which offer interesting suggestions. Libraries can also give you a lot of helpful materials and new ideas. Try searching in reference materials, too, because it can give you additional inspiration.

Using offers from the Internet, customize them to make them unique. It’s very important for a project in biochemistry, especially if the research in it can potentially be used by younger students who will look it up in catalogues and databases.

Several Helpful Dissertation Topic Suggestions

  1. Metabolism of proteins in mammals.
  2. Hydrogen bonds and electrostatic interactions.
  3. The influence of heavy metal ions on the growth and development of microorganisms.
  4. DNA interactions with biologically active substances.
  5. Substances that influence membrane functions.
  6. The most important biochemical indicators in the blood of a healthy adult human.
  7. Hydrophobic interactions and the structure of proteins.
  8. The role of DNA in inheritance.
  9. The influence of different pH amounts on an enzyme activity.
  10. Synthesis inhibitors and functions of steroids.
  11. Calculation of the blood pH and its normal range.
  12. Concentration and density of different acids.
  13. Methods of protein separation.
  14. Methods of protein detection.
  15. The world of RNA as a predecessor of the today’s world.
  16. Biochemical indicators in newborn babies’ blood.
  17. The appearance and development of biological microstructures.
  18. The appearance and evolution of biopolymers.
  19. Ox-redox potential and ways to determine it.
  20. The coloring of proteins with the help of silver compounds.