Describe how appetite is regulated before and after a meal.
Ghrelin, an orexigenic hormone secreted by the gut acts as a meal initiator, telling the brain to eat. PYY secreted by the gut 1
14. Describe how the synthesis of nucleotides is regulated.
14. Describe how the synthesis of nucleotides is regulated.
Describe how the genes are regulated in prokaryotes (pre and post transcriptionally).
Describe how thyroid hormone secretion is regulated. Explain how this system is affected by (a) iodine deficiency and (b) ingestion of thyroid hormone pills
Read about capillary blood flow and how it is regulated. Based on this, would you assume it is more beneficial to rest or to exercise after consuming a heavy meal? Explain your reasoning. Read your classmate’s responses and try to sway their opinions using facts and reasoning.
8. Describe how the heartbeat originates and is regulated. O2, COs, nutrients, and wastes into and out of the capillaries.
How is insect molting and metamorphosis regulated? Provide relevant details to describe how individual cells of an organ system function together as a unit, how they communicate, and how they coordinate their activities.
Describe how the 12 years old morbid obeste Briana mother should change meal preparation to be Healthier, and also describe strategies may engage Briana inthe process of preparing the meal.
Describe how the expression of this gene is regulated. Include
the roles of all key players (GAL3, GAL4, GAL80, Gene promoter, RNA
polymerase, and transcription factors) illustrated.
Understanding regulation of transcription in eukaryotes. The images below depict how the expression of a gene required to break down lactose in yeast is regulated. The top image illustrates the key regulators of the process. The bottom two panels illustrate what happens in the presence and absence of galactose. Describe how the expression...
Analyze how calcium and phosphate are hormonally regulated and describe the pathophysiology, clinical manifestations, evaluation and treatments for hypercalcemia and hypocalcemia.
Describe how the opposing processes of glycogen breakdown and synthesis are reciprocally regulated by allosteric interactions and the covalent modification of key enzymes.