How does the neuroendocrine system work with other systems to maintain homeostasis? -Biology

How does the neuroendocrine system work with other systems to maintain homeostasis? -Biology
by

1 Answer

Answer :

answer:
by

Related questions

What regulate other organ systems to maintain homeostasis?

Description : What regulate other organ systems to maintain homeostasis?

Last Answer : Feel Free to Answer

What pairs work againts each other to maintain homeostasis?

Description : What pairs work againts each other to maintain homeostasis?

Last Answer : Feel Free to Answer

How does the endocrine with circulatory system maintain homeostasis?

Description : How does the endocrine with circulatory system maintain homeostasis?

Last Answer : What is the answer ?

Assertion: Some orgainsms can maintain internal homeostasis by means of physiological processes and are called "regulates." Reason: Regulates can main

Description : Assertion: Some orgainsms can maintain internal homeostasis by means of physiological processes and are called "regulates." Reason: Regulates can main

Last Answer : Assertion: Some orgainsms can maintain internal homeostasis by means of physiological processes and are called " ... Reason are false, then mark (4).

How does increase in pulse rate help maintain homeostasis?

Description : How does increase in pulse rate help maintain homeostasis?

Last Answer : It doesn't - unless the cardiac output also goes up. Ideallythese should happen simultaneously, but in humans it often doesnot.

If the temperature outside is a sweltering 41 degrees Celsius how is a human's body likely to respond to maintain homeostasis?

Description : If the temperature outside is a sweltering 41 degrees Celsius how is a human's body likely to respond to maintain homeostasis?

Last Answer : n

How would buffers assist an organism's efforts to maintain homeostasis in a changing environment?

Description : How would buffers assist an organism's efforts to maintain homeostasis in a changing environment?

Last Answer : What is the answer ?

What would happen to your body if you could not maintain homeostasis?

Description : What would happen to your body if you could not maintain homeostasis?

Last Answer : Without homeostasis, you could not survive.(example) The temperature outside is freezing. You start toshiver. Shivering makes heat for your body and your cells don'tfreeze.

How do cold-blooded animals maintain homeostasis?

Description : How do cold-blooded animals maintain homeostasis?

Last Answer : cold blooded animals get their body heat from their surroundings. Because of this their metabolic processes are very dependent on the temperature of their surroundings. In the cold, they move very slowly ... eat is burned to maintain our body heat. There are tradeoffs in both lifestyles. Van Hoeck

What are three components necessary to maintain homeostasis?

Description : What are three components necessary to maintain homeostasis?

Last Answer : The three components of homeostasis are sensory receptors, integrators, and effectors. These three components interact to maintain the state of homeostasis. Sensory receptors are cells that can detect ... and selects a response. Muscles and glands are effectors that carry out the response

The ability to maintain a relatively stable internal state is called _____. a. Homeostasis b. Metabolism c. Equilibrium d. Balancing

Description : The ability to maintain a relatively stable internal state is called _____. a. Homeostasis b. Metabolism c. Equilibrium d. Balancing

Last Answer : a. Homeostasis

What is the term that describes the ability of organisms to maintain a stable internal state? a. Metabolism b. Homeostasis c. Biosphere d. Ecotype

Description : What is the term that describes the ability of organisms to maintain a stable internal state? a. Metabolism b. Homeostasis c. Biosphere d. Ecotype

Last Answer : b. Homeostasis

A steady state within the body is termed a) Homeostasis. When a change occurs that causes a body function to deviate from its stable range, processes are initiated to restore and maintain the steady state or homeostasis. b) Constancy. Constancy refers to the balanced internal state of the human body maintained by physiologic and biochemical processes. c) Adaptation. Adaptation refers to a constant, ongoing process that requires change in structure, function, or behavior so that the person is better suited to the environment. d) Stress. Stress refers to a state produced by a change in the environment that is perceived as challenging, threatening, or damaging to the person’s dynamic balance or equilibrium.

Description : A steady state within the body is termed a) Homeostasis. When a change occurs that causes a body function to deviate from its stable range, processes are initiated to restore and maintain ... that is perceived as challenging, threatening, or damaging to the person's dynamic balance or equilibrium.

Last Answer : a) Homeostasis. When a change occurs that causes a body function to deviate from its stable range, processes are initiated to restore and maintain the steady state or homeostasis.

The neuroendocrine system consists of which of the following?

Description : The neuroendocrine system consists of which of the following?

Last Answer : Nerve impulses and Hormones.

Homeostasis is (a) tendency of biological systems to change with change in environment (b) tendency of biological systems to resist change (c) disturbance of self regulatory system and natural controls (d) biotic materials used in homeopathic medicines.

Description : Homeostasis is (a) tendency of biological systems to change with change in environment (b) tendency of biological systems to resist change (c) disturbance of self regulatory system and natural controls (d) biotic materials used in homeopathic medicines.

Last Answer : (b) tendency of biological systems to resist change

Which of the following statement(s) is/are true concerning the neuroendocrine responses to shock? a. Sympathetic nerve endings release epinephrine which is responsible for greater than 80% of systemic vascular resistance b. Endogenous epinephrine is the primary contributor to systemic vascular resistance c. Increased pancreatic secretion of glucagon contributes to glucose intolerance associated with injury and sepsis d. The renin-angiotensin axis further augments the sympathetic-mediated vasoconstriction

Description : Which of the following statement(s) is/are true concerning the neuroendocrine responses to shock? a. Sympathetic nerve endings release epinephrine which is responsible for greater than 80% ... injury and sepsis d. The renin-angiotensin axis further augments the sympathetic-mediated vasoconstriction

Last Answer : Answer: c, d The neuroendocrine response to shock attempts to achieve restoration of effective blood volume, mobilization of metabolic substrates, and maintenance of central ... . Angiotensin II is an extremely effective vasoconstrictor that further augments sympathetic-mediated vasoconstriction

Explain how the lymphatic system contributes to homeostasis. -Biology

Description : Explain how the lymphatic system contributes to homeostasis. -Biology

Last Answer : answer:

How does the skeletal system contribute to homeostasis? -Biology

Description : How does the skeletal system contribute to homeostasis? -Biology

Last Answer : answer:

What is homeostasis? -Biology

Description : What is homeostasis? -Biology

Last Answer : answer:

How does the lymphatic system contribute to homeostasis?

Description : How does the lymphatic system contribute to homeostasis?

Last Answer : Need answer

What is best example of how the nervous system maintains homeostasis?

Description : What is best example of how the nervous system maintains homeostasis?

Last Answer : The parasympathetic system counteracts the sympathetic system.It regulates breathing and heartbeats

Can you explain how homeostasis works in a couple easy steps?

Description : Can you explain how homeostasis works in a couple easy steps?

Last Answer : Wikipedia has a good explanation http://en.wikipedia.org/wiki/Homeostasis

What is homeostasis?

Description : What is homeostasis?

Last Answer : Homeostasis

Homeostasis term was proposed by

Description : Homeostasis term was proposed by

Last Answer : Homeostasis term was proposed by A. Claude Bernard B. Walter Cannon C. Marcello Malpighi D. Henle

The term homeostasis was coined by

Description : The term homeostasis was coined by

Last Answer : The term homeostasis was coined by A. whittaker B. watt C. Elton D. cannon

What is a Mice homeostasis?

Description : What is a Mice homeostasis?

Last Answer : Need answer

What are some nonliving things that have Homeostasis?

Description : What are some nonliving things that have Homeostasis?

Last Answer : Need answer

Is the ability of your body to grow and change is it called homeostasis?

Description : Is the ability of your body to grow and change is it called homeostasis?

Last Answer : No. Homeostasis is the characteristic of not changing, that is -staying the same.

How will your body masisost likely regulate this increase of sugar and reach homeostasis?

Description : How will your body masisost likely regulate this increase of sugar and reach homeostasis?

Last Answer : What is the answer ?

What is the long term effects of a disruption of homeostasis include?

Description : What is the long term effects of a disruption of homeostasis include?

Last Answer : Need answer

Why does coral contain homeostasis?

Description : Why does coral contain homeostasis?

Last Answer : dose coral contain homeostasis

Which is example of homeostasis?

Description : Which is example of homeostasis?

Last Answer : Regulating blood glucose concentration

Homeostasis?

Description : Homeostasis?

Last Answer : Homeostasis is a state of balance inside the body, where the body systems work together to keep it functioning normally. The endocrine system keeps this internal balancing act going by ... Medicine, Tufts University School of Medicine, Boston MA. Review provided by VeriMed Healthcare Network.

Which of the following statement(s) is/are true concerning the microvascular and cellular response to shock? a. Osmodically induced mobilization of intracellular fluid is the initial response to restore intravascular volume b. With larger volume hemorrhagic shock deterioration of normal cellular transmembrane potential occurs resulting in an increase in extracellular sodium and water c. The accumulation of anaerobic metabolites override normal homeostatic vasomotor tone and contribute to the maladaptive vasodilatation d. Abnormal intracellular calcium homeostasis may contribute to the cellular dysfunction of shock

Description : Which of the following statement(s) is/are true concerning the microvascular and cellular response to shock? a. Osmodically induced mobilization of intracellular fluid is the initial ... d. Abnormal intracellular calcium homeostasis may contribute to the cellular dysfunction of shock

Last Answer : Answer: c, d Moderate hypovolemia results in a relatively rapid spontaneous restitution of intravascular volume through expansion of the plasma space. This plasma expansion by ... potassium pump. Cellular dysfunction also appears to be related to abnormal intracellular calcium homeostasis

What is homeostasis? What are the sensors, controllers and effectors of homeostasis?

Description : What is homeostasis? What are the sensors, controllers and effectors of homeostasis?

Last Answer : Homeostasis comprises the processes by which the organism maintains adequate intra and extracellular conditions to keep possible the normal reactions of the metabolism. Homeostatic sensors are structures ... level structures that participate in the genetic translation, the produced proteins, etc.

Homeostasis is (a) tendency to change with change in environment (b) tendency to resist change (c) disturbance in regulatory control (d) plants and animal extracts used in homeopathy.

Description : Homeostasis is (a) tendency to change with change in environment (b) tendency to resist change (c) disturbance in regulatory control (d) plants and animal extracts used in homeopathy.

Last Answer : (b) tendency to resist change

Homeostasis is controlled by regulating the activity of a. cardiac muscle b. smooth muscle c. gland d. all

Description : Homeostasis is controlled by regulating the activity of a. cardiac muscle b. smooth muscle c. gland d. all

Last Answer : all

.Living organisms have many complex characteristics. Which one of the following is shared by non- living matter as well? A-Homeostasis B- .Tissues C- .ReproductionD- Molecules

Description : .Living organisms have many complex characteristics. Which one of the following is shared by non- living matter as well? A-Homeostasis B- .Tissues C- .Reproduction D- Molecules

Last Answer : Molecules

Living organisms have many complex characteristics. Which one of the following is sharedbynon-living matter as well?A- Homeostasis B- Tissues C- Reproduction D- Molecules

Description : Living organisms have many complex characteristics. Which one of the following is sharedbynon-living matter as well?A- Homeostasis B- Tissues C- Reproduction D- Molecules

Last Answer : Molecules

Which of the following statements reflects the World Health Organization’s definition of health? a) A state of complete physical, mental, and social well-being and not merely the absence of disease and infirmity. Such a definition, however, does not allow for any variations in the degrees of wellness or illness. b) A condition of homeostasis and adaptation.

Description : Which of the following statements reflects the World Health Organization's definition of health? a) A state of complete physical, mental, and social well-being and not merely the absence of disease and ... . The WHO definition does not allow for any variations in the degrees of wellness and illness.

Last Answer : a) A state of complete physical, mental, and social well-being and not merely the absence of disease and infirmity. Such a definition, however, does not allow for any variations in the degrees of wellness or illness.

There are two properties of the cell necessary to maintain nonequilibrium cellular composition; the first is selectivity and the second is energy conversion. Which of the following statement(s) is/are true concerning energy converting transport? a. The site of energy conversion and transport in the plasma membrane involves the phospholipid component b. The Na+-K++-ATPase derives energy from hydrolysis of extracellular ATP c. In some systems, energy inherent in the transmembrane ion gradient can be used to drive transport of a second species d. Examples of species transported via secondary active transport include hydrogen ions, calcium, amino acids and glucose

Description : There are two properties of the cell necessary to maintain nonequilibrium cellular composition; the first is selectivity and the second is energy conversion. Which of the following statement(s ... transported via secondary active transport include hydrogen ions, calcium, amino acids and glucose

Last Answer : Answer: c, d The selectivity of the plasma membrane, although impressive, cannot account for the nonequilibrium composition of living cells. A cell can be maintained in a nonequilibrium state only by ... to drive the transport of a second species such as protons, calcium, amino acids, or glucose

In the event of cabin depressurization, the actions of the pilot will be to: a. Immediately commence a diversion to a suitable alternate b. Increase engine power to provide additional airflow to the pressurization systems c. Maintain the aeroplane altitude to prevent further damage to the airframe by over loading of the structure d. Commence a descent to an altitude where the supplemental oxygen supply is sufficient for all crew and passengers

Description : In the event of cabin depressurization, the actions of the pilot will be to: a. Immediately commence a diversion to a suitable alternate b. Increase engine power to provide additional ... a descent to an altitude where the supplemental oxygen supply is sufficient for all crew and passengers

Last Answer : d. Commence a descent to an altitude where the supplemental oxygen supply is sufficient for all crew and passengers