Mebendazole is used to treat cestode infections. It interferes with microtubule formation; therefore, it would NOT affect
A) bacteria.
B) fungi.
C) helminths.
D) human cells.
E) protozoa.
A
You might also like to view...
Plasma from a sick mouse is filtered across a membrane that has a 200 nm pore size. If the filtrate is still infectious when injected into a healthy mouse, then the pathogen is most likely a(n):
A. bacterium B. archaean C. fungus D. virus E. parasitic worm Clarify Question · What is the key concept addressed by the question? · What type of thinking is required? Gather Content · What do you already know about virus size? Choose Answer · Given what you now know, what information and/or problem solving approach is most likely to produce the correct answer? Reflect on Process · Did your problem-solving process lead you to the correct answer? If not, where did the process break down or lead you astray? How can you revise your approach to produce a more desirable result?
Crossover suppression implies that __________
A) there are no crossovers between homologous chromosomes B) recombinant chromosomes are absent in the progeny C) small inversions have a high frequency of crossover D) nonreciprocal translocations prevent equal exchange of chromosomes, resulting in loss of chromosome fragments E) Both A and C are correct
Describe two mechanisms for causing uniparental disomy, and explain how this chromosomal defect is involved in Prader-Willi syndrome and Angelman syndrome
What will be an ideal response?
With fully automated Sanger sequencing, all four chain-terminating ddNTPs can be added into a single reaction. This is different from the traditional slab gel Sanger sequencing, where a different reaction had to be carried out for each ddNTP
The mixing of all four ddNTPs can be carried out because ______________. (a) the fully automated Sanger sequencing reactions are loaded onto a capillary gel. (b) the fully automated Sanger sequencing reactions utilize ddNTPs each labeled with a different fluorescent tag, which allows all four ddNTPs to be incorporated into a single molecule of DNA. (c) the fully automated Sanger sequencing reactions generate a set of products, each of which carries a single fluorescent tag whose color reveals the identity of the base that is at the end of the product. (d) the fully automated Sanger sequencing reactions do not require DNA polymerase because the bases are read as the DNA is pulled through a tiny pore at the end of the capillary gel.