Question:

All are reasons to monitor therapeutic drugs EXCEPT: A) serious consequences from overdosing. B) unpredictable blood levels. C) monitor patient compliance. D) large difference between therapeutic and

All are reasons to monitor therapeutic drugs EXCEPT:
A) serious consequences from overdosing.
B) unpredictable blood levels.
C) monitor patient compliance.
D) large difference between therapeutic and toxic dose.

All are reasons to monitor therapeutic drugs EXCEPT: A) serious consequences from overdosing. B) unpredictable blood levels. C) monitor patient compliance. D) large difference between therapeutic and toxic dose.

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8. On a chromosome, genes A and Ware 5 map
units apart, W and G are 15 units apart, E and
Gare 12 units apart, and W and E are 3 units
apart. Between which two genes would you
expect the highest recombination frequency?
(A) A and w
(B) Wand G
(C) E and G
(

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8. On a chromosome, genes A and Ware 5 map units apart, W and G are 15 units apart, E and Gare 12 units apart, and W and E are 3 units apart. Between which two genes would you expect the highest recombination frequency? (A) A and w (B) Wand G (C) E and G (D) Wand E (E) A and G 10. Calmodulin is an intracellular signaling molecule that complexes with calcium ions in order to activate certain protein kinases. These protein kinases can be activated by the direct binding of Ca2+ 1 calmodulin complexes or by autophosphorylation of the kinase subunit. In the unphosphorylated state, one would expect the kinase subunit to (A) be constitutively active. (B) phosphorylate target proteins that are nearby (C) be inactive. (D) be unable to bind calmodulin. (E) act as a transducer of calcium signals. 9. The structure pictured above shows the arrangement of microtubules that can be found within (A) cilia. (B) flagella. {C) basal bodies. (D) sarcomeres. (E) motor kinesins. 11. The sex-determination pathway in Drosophila results in the formation of either a male or female because of the presence or absence of key proteins coded for by a single gene known as double-sex. The double-sex gene codes for the protein dsx' in order to build a female fruit fly, but it codes for the related protein dsx" in order to build a male fruit fly. It is therefore appropriate to conclude that (A) the two protein products of the double- sex gene are created by alternative RNA splicing in male and female fruit flies. (B) the protein products differ in males and females because females have two copies of the double-sex gene and males only have one. (C) RNA polymerase in females reads the double-sex gene differently than it does in males, altering the transcription of the sex-determining gene. (D) the dax' and dsx™ proteins must have different signal sequences, allowing them to go through alternative post- translational modifications (E) the proteins coded for by the double-sex gene have little to do with the presence of or Y chromosomes in the cells of Drosophila CONTINUE ON THE NEXT PAGE KAPLAN 363