Explain how the same hormone can have different effects on two different target cells and no effect on a third type of cell.

Q: The reduction of cell-surface receptors in response to stimulation by a specific hormone molecule is…

A: Hormones are proteins that act as chemical messengers which were produced in one part of the body by…

Q: Explain how a second messenger works. Why use a secondmessenger rather than simply relying on the…

A: Second messengers are intracellular signalling particles delivered by the cell because of exposure…

Q: For each hormone pair below, explain how the two hormones are related. If they are antagonistic,…

A: Hormones  It is a chemical produced within an endocrine gland and it is released into the…

Q: Discuss Pharmacological effects of Hormones?

A: The hormones are signaling molecules that travel through the bloodstream to reach distant locations…

Q: What possible results occur when a cell receives instructions from two different hormones at the…

A: Every cell has specific receptors which receive the instructions released from the hormones.…

Q: List the different types of hormones and explain their roles in maintaining homeostasis

A: Hormones:              The body chemical messenger's that travels in the bloodstream to tissues or…

Q: Explain how the cellular response to a particular hormone canvary among different cell types.

A: The signing molecule bind with the particular type of the receptors which tor the resut into…

Q: In some cases, endocrine function can decline in old age even if there is little change in the level…

A: The endocrine gland shows diversity in their functions during the course of life. The size of…

Q: Describe how lipid-soluble hormones reach their target cell receptors and the type of cellular…

A: BASIC INFORMATION ABOUT HORMONES  Hormones are basically a type of chemical messenger. They helps to…

Q: List the factors that can influence the blood concentration of a hormone.

A: Hormones are chemical messengers, that are mainly released by several glands. The hormones travel in…

Q: List and describe the functions of the three types of proteins involved in transmission of a hormone…

A: Three proteins involved in the transmission of hormone signal are: up-regulation hormone receptor…

Q: Explain how hormone production is regulated

A: Endocrine glands are also known as ductless glands and pour their secretions directly into the…

Q: Explain why epinephrine can act as both a neurotransmitter and a hormone without “crossover” between…

A: Neurotransmitters are the chemical messengers formed by the nervous system that transfers a chemical…

Q: Explain what makes a cell a target cell for a hormone.

A: Hormones control the other cells in the body of the organ if they are doing something wrong process.…

Q: explain based on the picture above about steroid hormones in full and in detail

A: Steroid hormones are the class of hormones which are derived from the precursor cholesterol that…

Q: Explain how steroid hormones affect the function of a target cell.

A: Introduction :- Steroid hormones are Cholesterol derived fat soluble hormones. These hormones are…

Q: Explain how the response of the body to a given hormone can be affected by the concentration of that…

A: The secretion of the endocrine glands known as a hormone. Hormones are chemical messages which carry…

Q: Explain how hormones interact to produce coordinated physiological responses, and describe how the…

A: The endocrine system helps to regulate body functions by releasing hormones into the bloodstream,…

Q: Describe how water-soluble hormones induce cellular change in their target cells.

A: Hormones are chemical messangers secreted by endocrine gland and helps in maintaining body…

Q: Distinguish between the genomic and nongenomic actions of steroid hormones. Which mechanism of…

A: Hormones are secreted by endocrine glands directly into the bloodstream and act as intercellular…

Q: Explain why second messenger systems are needed for peptide hormones.

A: Hormones are compound messengers that are discharged straightforwardly into the blood, which conveys…

Q: List the amine hormones/ neurohormones synthesized from the amino acid tyrosine

A: Hormones are non nutrient chemicals which act as intercellular messengers and are produced in trace…

Q: Briefly explain MoA of non-steroid hormones.

A: Introduction Hormones Are Molecules That Specialised Glands Synthesize And Generate To Govern And…

Q: How hormones can be grouped on the basis of their chemical composition?  (Explain)

A:

Q: List one example for each method of hormone secretion.

A: Hormones are the chemical substances released by the endocrine glands.

Q: Part of the "fountain of youth" solution may lie in hormonal control. Explain which hormone and how…

A: Growth hormone is a hormone produced by Pituitary Gland  in the brain.it stimulates growth and…

Q: compare and contrast hormones based on their signal transduction properties

A: There are two types of hormone -  1. Water-soluble hormones - Water-soluble hormones do not cross…

Q: Explain why only certain cells respond to hormones even though all cells in the body are exposed to…

A: Hormones activate target cells by diffusing through the plasma membrane of the target cells…

Q: Discuss the synthesis and breakdown of glycogen and how the processes are regulated in response to…

A: Glycogen is a homopolysachharide present in animals. Repeating unit of glucose molecules is present…

Q: Explain why the effects of steroid hormones are seen after alonger delay than the effects of peptide…

A: Introduction :- Any of a group of hormones that belong to the class of chemical compounds known as…

Q: Explain what is meant by the half-life of a hormone.

A: The organ system accountable for the secretion and production of hormones is the endocrine system.…

Q: Compare the transport of lipid-soluble hormones with that of watersoluble hormones.

A: The hormones can be described as a large class of chemical messengers secreted directly into the…

Q: Explain why it is beneficial for more than one hormone tocontrol certain activities (e.g., blood…

A: Introduction:- Renin controls the production of two other hormones, angiotensin and aldosterone. And…

Q: Suppose you are hiking in the Alaskan wilderness when your path crosses that of a bear. What hormone…

A: Epinephrine is a hormone and a neurotransmitter. It has many functions, regulating heart rate, blood…

Q: Two ways where hormones can bind to receptors on the surface of the cell. Explain each briefly.

A: There are 3 major types of hormones are found: Protein or peptide hormones: They are made up of…

Q: Explain the function of carrier proteins in transporting lipidsoluble hormones in the blood and how…

A: The endocrine system commands and coordinates the complex actions of the body by secreting chemical…

Q: The cells on which hormones act are called the hormone’s target cells. True or false? Give an…

A: Introduction :- Hormones are the chemical messengers in your body. They make their way via your…

Q: explain how hormones and other messengers can be effective at extremely low extracellular…

A: Hormones are substance messengers that are emitted straightforwardly into the blood, which conveys…

Q: What are second messengers? Explain the differences between how lipid soluble and water soluble…

A: Intercellular and intracellular communication occurs through chemical and electrical signaling…

Q: The actions of lipid-soluble hormones include a. activation or inhibition of enzymatic pathways. b.…

A: The chemical coordination in the animals takes place by endocrine glands. The secretion from these…

Q: 1. 2. Endocrine glands secrete hormones directly into cells or extracellular fluid. Although most of…

A: Hormones are chemicals that specialised glands synthesise and produce in order to control and…

Q: Describe the sequence of events when peptide hormones bind to their receptors.

A: The peptide or protein hormones such as eicosanoids and epinephrine finds their receptor on the…

Q: Explain the homeostasis of hormones.

A: Homeostasis is the maintenance of the constant internal environment of the body such as regulation…