Which of the following is the correct sequence of events in receptor-mediated endocytosis shown in the figure?
a) binding > degradation in lysosomes > vesicle formation > uncoating > recycling of receptors to plasma membrane > fusion with endosome
b) degradation in lysosomes > fusion with endosome > recycling of receptors to plasma membrane > uncoating > vesicle formation > binding
c) degradation in lysosomes > recycling of receptors to plasma membrane > fusion with endosome > uncoating > vesicle formation > binding
d) binding > vesicle formation > uncoating > fusion with endosome > recycling of receptors to plasma membrane > degradation in lysosomes
e) binding > uncoating > vesicle formation > fusion with endosome > degradation in lysosomes > recycling of receptors to plasma membrane
Answer: d
You might also like to view...
Which of these processes can occur without the direct use of ATP?A) Simple diffusionB) Facilitated diffusionC) Primary active transportD) Secondary active transportE) None of these can occur without the direct use of ATP
What will be an ideal response?
During starvation,
A) carbohydrate utilization increases. B) gluconeogenesis ceases. C) there is a decline in circulating ketone bodies. D) muscle proteins are used as an energy source. E) carbohydrate reserves maintained by metabolizing inorganic compounds.
The reflex that complements a withdrawal reflex by making compensatory adjustments on the opposite side of the body receiving the stimulus is the
A) tendon reflex. B) crossed extensor reflex. C) stretch reflex. D) flexor reflex. E) reciprocal reflex.
Proteins denature when
A) peptide bonds form. B) hydrogen bonds break. C) bonds between carbon and oxygen break. D) peptide bonds break.