The release of bacterial toxins into the blood leads to (bacteremia/septicemia/toxemia)
What will be an ideal response?
toxemia
Bloom's Taxonomy: Knowledge
Section: Bacterial Cardiovascular and Systemic Diseases
Learning Outcome: 21.5
You might also like to view...
Discuss three findings that support the theory of primary endosymbiosis
What will be an ideal response?
Xeroderma pigmentosum is a human genetic disease caused by
A) elevated levels of cholesterol in the blood. B) failure to produce pigment that protects the skin cells from UV light exposure. C) defective DNA excision-repair mechanisms. D) mutations that inactivate tumor suppressor genes. E) loss of genes controlling the SOS response.
The figure above depicts the change in p over time when the forward mutation rate is twice the reverse muta-tion rate
This results in a p equilibrium frequency that approaches 0.333. If the forward mutation rate was four times as fast as the reverse mutation rate, one would expect the equilibrium value of p to be: a. stable b. unstable c. lower than 0.33 d. higher than 0.33 e. A and C
The figure above demonstrates:
a. how different words can be constructed from the same letters. b. how viral genomes can be compressed. c. how different proteins can be produced from the same reading frame. d. how different proteins can be produced from different reading frames. e. All of the above.