A. Based on what you learned from this module and from previous biology lessons, how doyou think cangenetic engineering help in making vaccines for diseases such as COVID-19? Write your clear and concise answer on the space provided below.

Q: SITUATION: Mr Harry Ng, an 80-year-old male, seemingly healthy and with no coronavirus symptoms,…

A: Assessment is a first step in the nursing process it involves in a systematic way of gathering the…

Q: What's not a side effect of gene therapy using viral vectors based on these options? - cancer -…

A: Gene therapy is a part of biotechnology in which the faulty gene is removed or repaired by using a…

Q: Describe and explain the difference in results if the serial dilution step of the T4 bacteriophage…

A: The T4 bacteriophage is a type of virus that infects bacterial cells. It is a complex virus that has…

Q: A. What do scientists do to adult cells to make them “behave” like embryos?  B. Transgenic, cloned…

A: The embryo is formed from the fusion of the male gamete and the female gamete in the process of…

Q: Summarize the three different types of vaccines that might be applicable to COVID-19.  Which ones…

A: As of now, as high as 280 vaccines have come up to be used for COVID-19 around the world. In every…

Q: Would you be able to assist with questions 3 and 4? (I know that will count as two questions)

A: Mutations in the DNA happen at random and are not directed in any way to bring about a positive or…

Q: Discuss how advances in our understanding of the human genome have improved our understanding of…

A: Introduction Genomics is the study of the complete set of DNA (including all of its genes) in a…

Q: Influenza vaccines must be changed yearly because the amino acid sequence of the viral proteins…

A: DISCLAIMER : Since you have asked multiple question, we will solve the first question for you. If…

Q: Discuss the role of vaccines in preventing infectious diseases.

A:

Q: 20. For each vaccine type in the animation, propose a test that could detect an active viral…

A: A vaccine is a biological preparation that provides active acquired immunity to a particular…

Q: You are tested for COVID. You have a positive antigen test, a positive RT-PCR test, and a negative…

A: Our bodies take some time to mount an immune response against an infectious agent. Therefore, it is…

Q: an exception in this chapter with HIV disease. HIV must be confirmed by the physician’s diagnostic…

A: Introduction:- HIV infections and medical knowledge about the spectrum of illnesses Cause by this…

Q: Writing/Response Prompt: Theorize about the following - Where do harmful genes that contribute to…

A: Each organism's DNA sequence is unique. Its base-pair sequence might vary from time to time. It is…

Q: Describe how you would go about step-wise using the biotechnology available (RNA sequencing, PCR,…

A: The most efficient strategy for disease prevention and control is vaccination, which involves the…

Q: Are the medications for COVID effective and good options? The medications being used/currently used:…

A: Introduction :- COVID is the disease which is caused by the SARS-CoV-2 virus , it is a single…

Q: positive and negative impacts vaccines have created

A: A vaccine is a biological preparation that provides active acquired immunity to a particular…

Q: A common way to prevent infectious viral diseases, such as COVID-19 and the flu, is to the virus…

A: Evolution is a steady phenomenon that bring about change in life form from simple to more complex.…

Q: Discuss the structural and immunological basis of Ig isotype and subisotype according to Kuby…

A: Immunoglobulin G is the principle antibody in the serum it is also called Gamma globulin because of…

Immunology

Immunology is the division of science involved with the immune reactions occurring in living organisms. The organisms are accustomed to evolving internal defense mechanisms to evade the invasion of microbial pathogens. Diverse cells are connected with stimulating the immune responses, which produce inhospitable conditions to the microbes prompting their lysis and thus inhibits the multiplication of the pathogens. The immune system can distinguish the pathogens through the aid of cellular intercommunication and launch responses to destroy them.