Describe ways
that CRISPR and microarray experiments could be used to study
and/or treat coronavirus infections...
Describe ways
that CRISPR and microarray experiments could be used to study
and/or treat coronavirus infections like those causing the current
pandemic
Solutions
Expert Solution
With respect to COVID 19,CRISPR technology could help in
development of novel animals models and knock out transgenic models
by the help of which pathogenesis of COVID as well as drug therapy
can be evaluated effectively.
Describe the conditions that predispose to vaginal infections
and the methods used to prevent and treat these infections. Explain
how the vaginal environment will protect the host from
infection.
Erythromycin is an antibiotic used to treat bacterial
infections, by binding in front of the A site on the 50S subunit of
a ribosome.
Why is Erythromycin effective against bacterial
infections while causing minimal side effects on human
cells?
Group of answer choices
1Bacterial ribosomes are 80S; cytoplasmic ribosomes in
eukaryotes are 70S (so the drug will only target the bacterial
ribosome)
2.Bacterial ribosomes are 70S; cytoplasmic ribosomes in
eukaryotes are 80S (so the drug will only target the bacterial...
1. Explain how RNAi could be used to treat disease.
2. What are two specific ways in which RNAi can block the
production of proteins.
3. RNAi exerts its effect by mainly controlling which
process?
a. Termination
b. Translation
c. Transcription
d. Replication
e. Splicing
4. Which of the following is not true about miRNA?
a. One miRNA may match multiple targets
b. miRNA is used by scientist as a therapy
c. miRNA is found in plants and animals
d....
Antibiotics are used to treat a wide variety of bacterial
infections and have saved millions of lives since they were first
introduced in the 1940s and 1950s. However, due to both overuse and
misuse, many are no longer effective and The World Health
Organisation (WHO) considers the emergence of new
antibiotic-resistant bacteria to be a serious threat to global
public health.
According to their mechanism of action, antibiotics can be divided
into three main groups, those inhibiting cell wall synthesis,...
Ribavirin is an antiviral drug commonly used to treat viral
infections such as hepatitis C and the highly lethal Hantavirus,
Ebola, and Marburg infections. During the SARS outbreak in 2003, it
was also tested in SARS-CoV patients. Ribavirin is a nucleoside
inhibitor, or more specifically a ribosyl purine analog. Based on
the biochemical principle of the drug alone, would you think
ribavirin would be useful to treat dengue and herpesvirus
infections?
Tetracycline is an antibiotic used to treat infections that
cause cholera, malaria, and syphilis, among others. The formula is
C22H24N2O8 (MM = 444.435 g/mol). Calculate how many ug of nitrogen
is present in 30.45 g of tetracycline?
Currently FMT can only be used to treat C. difficile
infections if a hospital is enrolled in a clinical trial. Fecal
transplants have been proposed to treat Crohn’s disease, multiple
sclerosis (an autoimmune disease), obesity, and a host of other
diseases. Discuss the appropriateness of this therapy for these
diseases
When babies are born by Caesarean section, they do not
get exposed to the same microbes as babies delivered by vaginal
birth. Research suggests there may be negative consequences to...
a. Tetracycline is a common medication used to treat bacterial
infections. It prevents the aminoacyl-tRNA from binding to the
ribosomal subunit. Describe the effect on the cell.
b. The wobble hypothesis predicts that fewer than 61 tRNA
molecules are required to read the 61 sense codons. State the
minimum number required. Explain.