Q.2. What is a bioreactor? Explain different types of bioreactors.

Q: p. The forward reaction would be written as: Please select the correct letters from graph (a-e) to…

A: Enzymes are biological catalyst. It catalysed all biological reactions that maintains homeostasis.…

Q: Discuss the major metabolic pathways assigned to your group. Include rate-limiting steps and…

A: Carbohydrate metabolism can be broadly divided into carbohydrate breakdown (catabolism) and…

Q: Identify the biochemical building blocks that are the component of cell. Provide unique solution.

A: Biomolecules are the most essential organic molecules, which are involved in the maintenance and…

Q: Discuss several ways in which metabolic pathways are controlled or regulated.

A: A metabolic pathway is series of chemical reactions occurring within a cell where the product of one…

Q: Describe in detail how pyrosequencing works.

A: Pyrosequencing: a. It is a rapid mini sequencing method that is independent of electrophoresis or…

Q: Define and explain with appropriate examples: Lactonization and Lactamization ?

A: Lactonization - a kind of organic process that form rings. Lactamization - cyclic amide, or cyclic…

Q: pls list 3 electrochemical biosensing topics and give a little summary

A: Electrochemical biosensor:  It is a device that converts biochemical reactions into electrical…

Q: D. Describe the effect that each of the following changes would have on the rate of a biochemical…

A: Enzymes are substances that increase the rate or velocity of a reaction, causing the reaction to…

Q: Q7) List five differences between competitive and non-competitive inhibitors Competitive inhibitors…

A: Inhibition is a process of decreasing the activity of an enzyme.

Q: Biochemists have become increasingly interested in using organic reactions to modify proteins…

A: Russian chemist Vladimir Markovnikov studied the addition of HBr to numerous different alkenes in…

Q: GLUCONEOGENESIS Reactant Coenzyme/ Product Cofactor Enzymes

A: The balance between the rate of glucose leaving and entering the blood circulation…

Q: To catalyze a biochemical reaction, an enzyme typically dissociates into additional reactant…

A: Enzymes are mostly made up of protein. Some of the enzymes are made up of RNA. Enzymes are…

Q: Identify the different factors influencing enzymes including inhibitors, pH, and temperature.

A: Enzymes are large protein molecules that act as biological catalysts by decreasing the activation…

Q: Explain the basis for identification using biochemical testing. – Again, discuss enzymatic pathways,…

A: Enzymes are proteins that catalyze chemical reactions in the cell. Enzymes are essential for many…

Q: Difference between competitive and noncompetitive inhibitors .

A: Enzymes are proteins that increase the velocity of a reaction. Enzymes do so by decreasing the…

Q: This is an application question: Take the knowledge you learned in the course and apply it to a new…

A: Protein synthesis is the biological process through which cells generate proteins. Proteins are…

Q: Q. 1 Which enzyme catalyzes glycolysis' initial step? Describe the whole journey in detail?

A: Glycolysis is the process in which one molecule of glucose, a six-carbon sugar, is converted to two…

Industrial Processes

Industrial processes result in the manufacturing of products (biological products, such as enzymes, medicine) on a large scale using different methods, such as physical and chemical procedures. Few products such as pharmaceuticals, agricultural products, food items, etc., involve microbes and their enzymes. Such processes are termed industrial biological processes. Microbiology and biotechnology enable us to utilize the ability of microorganisms to produce enzymes, primary metabolites, and secondary metabolites, which in turn help to produce the desired products.