Homeostasis Answers
What is homeostasis and how is it effected whilst training?
Q. What is homeostasis and how is it effected during training?
Asked by - Thu Nov 26 05:26:44 2009 - Medicine - 1 Answers - Comments
A. Umm, well, homeostasis is the body's system of regulating it's internal environment to keep it in the right conditions. And I guess that while training it is affected by: The body getting hotter than it's normal temperature (37 degrees), which is recognised by the hypothalamus, which then sends messages to stimulate sweat glands, to help cool down the body, And I guess that during training, the body recognises that it is not getting enough oxygen to create energy, so it begins to respire anaerobically. I guess that that's homeostasis?
Answered by - Thu Nov 26 12:23:34 2009
Q. What is homeostasis and how is it effected during training?
Asked by - Thu Nov 26 05:26:44 2009 - Medicine - 1 Answers - Comments
A. Umm, well, homeostasis is the body's system of regulating it's internal environment to keep it in the right conditions. And I guess that while training it is affected by: The body getting hotter than it's normal temperature (37 degrees), which is recognised by the hypothalamus, which then sends messages to stimulate sweat glands, to help cool down the body, And I guess that during training, the body recognises that it is not getting enough oxygen to create energy, so it begins to respire anaerobically. I guess that that's homeostasis?
Answered by - Thu Nov 26 12:23:34 2009
How malfunctions in Homeostasis mechanisms can lead to disorders?
Q. Can anyone tell me what disorders are they ? and have the malfunctions in homeostasis can lead to the disorders? 5 stars for the best answer
Asked by - Sat Mar 17 12:52:58 2012 - Biology - 1 Answers - Comments
A. Almost all disease are caused by malfunctions in homeostasis, so you have to be more specific. Otherwise I'll provide a few examples. One disease is Type 1 diabetes. This is where the pancreas does not produce enough insulin for the body. Insulin is a hormone that regulates blood glucose levels, especially when they are too high. When the glucose levels are too high, there is an increase in infections and tissue damage. This can be seen in diabetic patients who have blindness and nerve damage. Another disease is arrhythmia. This is where the heart's pacemaker cells do not function properly and cause abnormal heart beats.
Answered by Mike - Sat Mar 17 13:00:35 2012
Q. Can anyone tell me what disorders are they ? and have the malfunctions in homeostasis can lead to the disorders? 5 stars for the best answer
Asked by - Sat Mar 17 12:52:58 2012 - Biology - 1 Answers - Comments
A. Almost all disease are caused by malfunctions in homeostasis, so you have to be more specific. Otherwise I'll provide a few examples. One disease is Type 1 diabetes. This is where the pancreas does not produce enough insulin for the body. Insulin is a hormone that regulates blood glucose levels, especially when they are too high. When the glucose levels are too high, there is an increase in infections and tissue damage. This can be seen in diabetic patients who have blindness and nerve damage. Another disease is arrhythmia. This is where the heart's pacemaker cells do not function properly and cause abnormal heart beats.
Answered by Mike - Sat Mar 17 13:00:35 2012
How is the concept of Homeostasis related to disease and aging?
Q. How is the concept of Homeostasis related to disease and aging
Asked by lily - Fri Jan 29 17:33:49 2010 - Medicine - 2 Answers - Comments
A. The body is constantly changing, no matter what age. It has to maintain homeostasis, or balance at all times or illness/death occurs. If your body is weakened, it then becomes harder to maintain this state. If one component goes out of balance; ie, water content, it affects the whole body. Swelling(edema) CHF(serious heart problem) kidneys may be overtaxed/unable to release the extra fluid. As the body ages organs naturally become less efficient, therefore making homeostasis more challenging.
Answered by Maggie - Fri Jan 29 19:26:46 2010
Q. How is the concept of Homeostasis related to disease and aging
Asked by lily - Fri Jan 29 17:33:49 2010 - Medicine - 2 Answers - Comments
A. The body is constantly changing, no matter what age. It has to maintain homeostasis, or balance at all times or illness/death occurs. If your body is weakened, it then becomes harder to maintain this state. If one component goes out of balance; ie, water content, it affects the whole body. Swelling(edema) CHF(serious heart problem) kidneys may be overtaxed/unable to release the extra fluid. As the body ages organs naturally become less efficient, therefore making homeostasis more challenging.
Answered by Maggie - Fri Jan 29 19:26:46 2010
how does medicine bring your body back to maintain the homeostasis when you have anemia?
Q. Help me out here please!!! Also, how would your body bring body systems back to homeostasis? What body systems would be affected by anemia and how would they be affected? I need help on this project of mine! Thanks for the help!
Asked by - Sun Mar 14 22:02:20 2010 - Medicine - 1 Answers - Comments
A.
Answered by - Sun Mar 14 22:03:47 2010
Q. Help me out here please!!! Also, how would your body bring body systems back to homeostasis? What body systems would be affected by anemia and how would they be affected? I need help on this project of mine! Thanks for the help!
Asked by - Sun Mar 14 22:02:20 2010 - Medicine - 1 Answers - Comments
A.
Answered by - Sun Mar 14 22:03:47 2010
What are some other examples of how feedback mechanisms help maintain homeostasis?
Q. Regulation of an organism's internal environment to maintain conditions suitable for its survival is called homeostasis. Homeostasis is a characteristic of life because it is a process that occurs in all living things. Living things also use internal feedback to respond to internal changes. For example, organisims must make constant adjustments to maintain the correct amount of water and minerals in their cells and the proper internal temperature. Without this ability to adjust to internal changes, organisms die. What are some other examples of how feedback mechanisms help maintain homeostasis?
Asked by some stupid kid - Fri Feb 19 17:09:25 2010 - Biology - 1 Answers - Comments
A. Blood pressure. When blood pressure is low, your pituitary gland will release ADH which will increase water re-absorption in the kidney, leading to an increase in plasma levels and an increase in blood pressure. Blood p H is similar. Your body converts carbonic acid into bicarbonate all the time. H2CO3 (H+) + (HCO3-). p H is a measure of hydrogen atoms in the blood. When there are too many hydrogen atoms in the blood, the bicarbonate will combine with the excess hydrogen atoms and form carbonic acid, lowering the free H+ atoms, and thus lowering the p H. This works either way. Hope this helps.
Answered by - Fri Feb 19 17:18:00 2010
Q. Regulation of an organism's internal environment to maintain conditions suitable for its survival is called homeostasis. Homeostasis is a characteristic of life because it is a process that occurs in all living things. Living things also use internal feedback to respond to internal changes. For example, organisims must make constant adjustments to maintain the correct amount of water and minerals in their cells and the proper internal temperature. Without this ability to adjust to internal changes, organisms die. What are some other examples of how feedback mechanisms help maintain homeostasis?
Asked by some stupid kid - Fri Feb 19 17:09:25 2010 - Biology - 1 Answers - Comments
A. Blood pressure. When blood pressure is low, your pituitary gland will release ADH which will increase water re-absorption in the kidney, leading to an increase in plasma levels and an increase in blood pressure. Blood p H is similar. Your body converts carbonic acid into bicarbonate all the time. H2CO3 (H+) + (HCO3-). p H is a measure of hydrogen atoms in the blood. When there are too many hydrogen atoms in the blood, the bicarbonate will combine with the excess hydrogen atoms and form carbonic acid, lowering the free H+ atoms, and thus lowering the p H. This works either way. Hope this helps.
Answered by - Fri Feb 19 17:18:00 2010
How does a python experience homeostasis?
Q. I need this for my science project. And homeostasis is like how your body responds to the environment-for example, if your body gets under 98 degrees u shiver to get warm again.
Asked by Hannah W - Sat Nov 1 14:55:18 2008 - Reptiles - 4 Answers - Comments
A. Snakes don't experience homeostasis. Homeostasis is something only endotherm's (like humans, cat's, dog's and horse's) are capable off. Homeostasis is when the body self regulates its internal temperature, as you said shivering to get warm or sweating to cool down. Snakes are ectothermic and they do something called thermoregulating. If they are too cold they find a warm basking spot and the external temperature and sunlight heat their internal body temperature, if the snake is too hot they find a shady area or small pond and use the external temperatures to cool down their internal body temperature. Snakes bodies are incapable of sweating, shivering or any form of homeostasis, they use the external environment to regulate their body… [cont.]
Answered by SilverMoon - Sat Nov 1 15:32:42 2008
Q. I need this for my science project. And homeostasis is like how your body responds to the environment-for example, if your body gets under 98 degrees u shiver to get warm again.
Asked by Hannah W - Sat Nov 1 14:55:18 2008 - Reptiles - 4 Answers - Comments
A. Snakes don't experience homeostasis. Homeostasis is something only endotherm's (like humans, cat's, dog's and horse's) are capable off. Homeostasis is when the body self regulates its internal temperature, as you said shivering to get warm or sweating to cool down. Snakes are ectothermic and they do something called thermoregulating. If they are too cold they find a warm basking spot and the external temperature and sunlight heat their internal body temperature, if the snake is too hot they find a shady area or small pond and use the external temperatures to cool down their internal body temperature. Snakes bodies are incapable of sweating, shivering or any form of homeostasis, they use the external environment to regulate their body… [cont.]
Answered by SilverMoon - Sat Nov 1 15:32:42 2008
How does anemia effect Homeostasis in humans?
Q. What does anemia do to our bodies in order for Homeostasis to kick in? Then how does Homeostasis regulate our bodies after words?
Asked by MaryMc - Mon Feb 23 16:24:56 2009 - Biology - 2 Answers - Comments
A. I can not understand the question that you ask, but hopefully this can be a reference
Answered by heru s - Tue Feb 24 23:45:01 2009
Q. What does anemia do to our bodies in order for Homeostasis to kick in? Then how does Homeostasis regulate our bodies after words?
Asked by MaryMc - Mon Feb 23 16:24:56 2009 - Biology - 2 Answers - Comments
A. I can not understand the question that you ask, but hopefully this can be a reference
Answered by heru s - Tue Feb 24 23:45:01 2009
What factors must cells control in order to achieve homeostasis?
Q. What factors must cells control in order to achieve homeostasis? Really need help with my biology homework thanks.
Asked by mathew m - Wed Sep 10 21:04:41 2008 - Homework Help - 2 Answers - Comments
A. anything coming in + everything going out, the mass balance is the same.
Answered by jack - Wed Sep 10 21:08:45 2008
Q. What factors must cells control in order to achieve homeostasis? Really need help with my biology homework thanks.
Asked by mathew m - Wed Sep 10 21:04:41 2008 - Homework Help - 2 Answers - Comments
A. anything coming in + everything going out, the mass balance is the same.
Answered by jack - Wed Sep 10 21:08:45 2008
What could happen to an organism if it's homeostasis is disrupted and not restored?
Q. What could happen to an organism if it's homeostasis is disrupted and not restored?
Asked by Banana - Thu Aug 11 17:16:05 2011 - Botany - 2 Answers - Comments
A. Hypothermia or hyperthermia lead to death. If the human body cools to 92 - 86 F or goes over 108 F there is loss of consciousness. loss of ionic/water balance Cells in hypotonic solutions swell is due to a low solute concentration outside the cell while cells in hypertonic solutions shrink due to water lost to the higher solute concentration outside the cell.
Answered by gardengallivant - Thu Aug 11 17:33:21 2011
Q. What could happen to an organism if it's homeostasis is disrupted and not restored?
Asked by Banana - Thu Aug 11 17:16:05 2011 - Botany - 2 Answers - Comments
A. Hypothermia or hyperthermia lead to death. If the human body cools to 92 - 86 F or goes over 108 F there is loss of consciousness. loss of ionic/water balance Cells in hypotonic solutions swell is due to a low solute concentration outside the cell while cells in hypertonic solutions shrink due to water lost to the higher solute concentration outside the cell.
Answered by gardengallivant - Thu Aug 11 17:33:21 2011
What are the homeostasis of red algae, green algae, and brown algae?
Q. It is a biological questions that involves plants without seeds and i really need to know how to find the homeostasis and what it means in this contexts.
Asked by - Thu Jul 15 01:00:41 2010 - Botany - 1 Answers - Comments
A. Check these articles: www.plantphysiol.org/cgi/content/full/137/2/460 www.labome.org/topics/algae/red-algae www.plantphysiol.org/cgi/rapidpdf/pp.109.149708v1.pdf
Answered by daylily - Thu Jul 15 10:35:21 2010
Q. It is a biological questions that involves plants without seeds and i really need to know how to find the homeostasis and what it means in this contexts.
Asked by - Thu Jul 15 01:00:41 2010 - Botany - 1 Answers - Comments
A. Check these articles: www.plantphysiol.org/cgi/content/full/137/2/460 www.labome.org/topics/algae/red-algae www.plantphysiol.org/cgi/rapidpdf/pp.109.149708v1.pdf
Answered by daylily - Thu Jul 15 10:35:21 2010
One important organelle that helps maintain homeostasis by moving substances from one part of the cell to?
Q. One important organelle that helps maintain homeostasis by moving substances from one part of the cell to another is the a. endoplasmic reticulum. b. mitochondrion. c. Golgi apparatus. d. cytoplasm.
Asked by familyguylover01 - Mon Mar 24 12:56:29 2008 - Biology - 4 Answers - Comments
A. the mitochondria makes energy so that's not it the Golgi apparatus builds and changes proteins so that's not it either cytoplasm is the liquid that holds everything in the cell together so that's not it so it's a. endoplasmic reticulum =] hope i helped
Answered by me+bored=sex w/gf - Mon Mar 24 13:11:12 2008
Q. One important organelle that helps maintain homeostasis by moving substances from one part of the cell to another is the a. endoplasmic reticulum. b. mitochondrion. c. Golgi apparatus. d. cytoplasm.
Asked by familyguylover01 - Mon Mar 24 12:56:29 2008 - Biology - 4 Answers - Comments
A. the mitochondria makes energy so that's not it the Golgi apparatus builds and changes proteins so that's not it either cytoplasm is the liquid that holds everything in the cell together so that's not it so it's a. endoplasmic reticulum =] hope i helped
Answered by me+bored=sex w/gf - Mon Mar 24 13:11:12 2008
Explain how plants maintain homeostasis by preventing the process of transpiration?
Q. I have an exam tomorrow and I need to know. Explain how plants maintain homeostasis by preventing the process of transpiration. Thank you!
Asked by smilelicious_xd - Wed Oct 15 15:44:52 2008 - Biology - 1 Answers - Comments
A. Desert plants like to maintain a low level of transpiration to keep in water which can be scarce. To do this, desert plants often lower their surface area, by growing more circular (see 1st link below) and making their leaves much smaller. Other have stomata located mostly on the underside of their leaves where the shade keeps water from evaporating as fast. Also, stomata can be deeply embedded in the epidermis (leaf skin) to prevent water from evaporating as fast. Some plants have hair to maintain a vapor level to keep more water from evaporating. Also, some plants close their stomata during the day to prevent rapid loss under the intense sun. Some plants shed their leaves completely to avoid transpiration during very dry seasons. This is… [cont.]
Answered by Michi - Wed Oct 15 15:59:30 2008
Q. I have an exam tomorrow and I need to know. Explain how plants maintain homeostasis by preventing the process of transpiration. Thank you!
Asked by smilelicious_xd - Wed Oct 15 15:44:52 2008 - Biology - 1 Answers - Comments
A. Desert plants like to maintain a low level of transpiration to keep in water which can be scarce. To do this, desert plants often lower their surface area, by growing more circular (see 1st link below) and making their leaves much smaller. Other have stomata located mostly on the underside of their leaves where the shade keeps water from evaporating as fast. Also, stomata can be deeply embedded in the epidermis (leaf skin) to prevent water from evaporating as fast. Some plants have hair to maintain a vapor level to keep more water from evaporating. Also, some plants close their stomata during the day to prevent rapid loss under the intense sun. Some plants shed their leaves completely to avoid transpiration during very dry seasons. This is… [cont.]
Answered by Michi - Wed Oct 15 15:59:30 2008
How do I return my thyroid levels to homeostasis?
Q. I have been on Mitotropin for 30 days and I am afraid that my thyroid levels have decreased post-mito since mito increases the amount of T3 cells in the body. I am 18. I do not know for sure if Mitotropin has done this, but I am always fearing the worst. How can I return thyroid levels to homeostasis if they have been effected?
Asked by Michael F - Sat Mar 7 22:35:43 2009 - Medicine - 1 Answers - Comments
A. Go see your doctor. Really, there's no point in trying to treat a problem that you're not even sure exists.
Answered by Talono - Sun Mar 8 00:12:46 2009
Q. I have been on Mitotropin for 30 days and I am afraid that my thyroid levels have decreased post-mito since mito increases the amount of T3 cells in the body. I am 18. I do not know for sure if Mitotropin has done this, but I am always fearing the worst. How can I return thyroid levels to homeostasis if they have been effected?
Asked by Michael F - Sat Mar 7 22:35:43 2009 - Medicine - 1 Answers - Comments
A. Go see your doctor. Really, there's no point in trying to treat a problem that you're not even sure exists.
Answered by Talono - Sun Mar 8 00:12:46 2009
Homeostasis?
Q. Describe how homeostasis is maintained in an organism of your choice. Be sure to indicate what animal you have chosen for the following 3 parameters: 1. Blood-glucose levels 2. Osmotic concentration of the blood 3. Body temperature
Asked by lcfuel - Wed Apr 11 17:30:05 2007 - Biology - 1 Answers - Comments
A. don't have my bio notes handy, but for last one, number 3 should be Humans! We sweat to keep body temperature in "acceptable" range.
Answered by tereghar k saamne - Wed Apr 11 18:51:38 2007
Q. Describe how homeostasis is maintained in an organism of your choice. Be sure to indicate what animal you have chosen for the following 3 parameters: 1. Blood-glucose levels 2. Osmotic concentration of the blood 3. Body temperature
Asked by lcfuel - Wed Apr 11 17:30:05 2007 - Biology - 1 Answers - Comments
A. don't have my bio notes handy, but for last one, number 3 should be Humans! We sweat to keep body temperature in "acceptable" range.
Answered by tereghar k saamne - Wed Apr 11 18:51:38 2007
How do jaw less fish maintain homeostasis?
Q. I am working on a science project for a 3D zoo, and my best friend and I desperately need to know how jaw less fish maintain homeostasis! Please answer!
Asked by - Sat Mar 31 15:35:01 2012 - Biology - 2 Answers - Comments
A. Homeostatic balances are kept in a number of systems in vertebrates including the agnathian species of fish. Blood sugar is kept at a stable level by releasing insulin. Kidneys balances the blood and retains blood volume by filtering certain nutrients and water from the nitrogenous wastes. They are regulated by the endocrine system. Cardio/respiratory homeostasis; O2/CO2 exchange surfaces in gills regulate gas homeostasis and blood p H.
Answered by gardengallivant - Sat Mar 31 17:31:43 2012
Q. I am working on a science project for a 3D zoo, and my best friend and I desperately need to know how jaw less fish maintain homeostasis! Please answer!
Asked by - Sat Mar 31 15:35:01 2012 - Biology - 2 Answers - Comments
A. Homeostatic balances are kept in a number of systems in vertebrates including the agnathian species of fish. Blood sugar is kept at a stable level by releasing insulin. Kidneys balances the blood and retains blood volume by filtering certain nutrients and water from the nitrogenous wastes. They are regulated by the endocrine system. Cardio/respiratory homeostasis; O2/CO2 exchange surfaces in gills regulate gas homeostasis and blood p H.
Answered by gardengallivant - Sat Mar 31 17:31:43 2012
Is maintaining constant weight part of homeostasis?
Q. Is maintaining constant weight part of homeostasis? And if so, what does the body do to maintain the weight?
Asked by Dennis L - Mon Apr 7 11:00:32 2008 - Diet & Fitness - 2 Answers - Comments
A. Good question. I know body temperature, blood glucose levels, water content of cells and blood, p H balance in the blood and cells and blood pressure, are a few of the functions regulated through homeostasis, and I do believe maintaining a constant weight is one of them. Bodybuilding or developing excess muscle is an option that some choose to undergo to make conscious changes to their physiques. If at any time the goal changes, the muscle can be lost, especially if caloric intake is reduced. If you spend most of your time lifting heavy weights, your muscles will grow larger. A shift in your homeostasis has now taken place. The simple action of weight lifting causes more protein synthesis in the muscles being exercised with weights.… [cont.]
Answered by AGREE or BE WRONG - Mon Apr 7 13:21:58 2008
Q. Is maintaining constant weight part of homeostasis? And if so, what does the body do to maintain the weight?
Asked by Dennis L - Mon Apr 7 11:00:32 2008 - Diet & Fitness - 2 Answers - Comments
A. Good question. I know body temperature, blood glucose levels, water content of cells and blood, p H balance in the blood and cells and blood pressure, are a few of the functions regulated through homeostasis, and I do believe maintaining a constant weight is one of them. Bodybuilding or developing excess muscle is an option that some choose to undergo to make conscious changes to their physiques. If at any time the goal changes, the muscle can be lost, especially if caloric intake is reduced. If you spend most of your time lifting heavy weights, your muscles will grow larger. A shift in your homeostasis has now taken place. The simple action of weight lifting causes more protein synthesis in the muscles being exercised with weights.… [cont.]
Answered by AGREE or BE WRONG - Mon Apr 7 13:21:58 2008
How exactly androgen is able to regulate this fat homeostasis as well as glucose and lipid metabolism?
Q. Can anyone explain to me how exactly androgen regulates the fat homeostasis as well as glucose and lipid metabolism?
Asked by Lawrence - Sun Oct 3 22:18:17 2010 - Diabetes - 1 Answers - Comments
A. Obesity is associated with profound alterations in androgen secretion, transport, metabolism, and action, according to a dichotomous behavior depending on sex. Obese men are characterized by a progressive decrease of testosterone levels with increasing body weight, whereas obese women, particularly those with the abdominal phenotype, tend to develop a condition of functional hyperandrogenism. Reduced sex hormone binding globulin synthesis and circulating blood levels represent the sole common mechanism which is responsible in both sexes. Among other still partially undefined factors, mechanisms potentially responsible for the sex dichotomy in androgen levels involve specific alterations of gonadotropin secretion, estrogens, the… [cont.]
Answered by syl c. - Mon Oct 4 02:12:24 2010
Q. Can anyone explain to me how exactly androgen regulates the fat homeostasis as well as glucose and lipid metabolism?
Asked by Lawrence - Sun Oct 3 22:18:17 2010 - Diabetes - 1 Answers - Comments
A. Obesity is associated with profound alterations in androgen secretion, transport, metabolism, and action, according to a dichotomous behavior depending on sex. Obese men are characterized by a progressive decrease of testosterone levels with increasing body weight, whereas obese women, particularly those with the abdominal phenotype, tend to develop a condition of functional hyperandrogenism. Reduced sex hormone binding globulin synthesis and circulating blood levels represent the sole common mechanism which is responsible in both sexes. Among other still partially undefined factors, mechanisms potentially responsible for the sex dichotomy in androgen levels involve specific alterations of gonadotropin secretion, estrogens, the… [cont.]
Answered by syl c. - Mon Oct 4 02:12:24 2010
What is the structure and function of the kidneys maintaining homeostasis?
Q. Grade 12 biology. I have the nephron business, but is that included in the structure? Or do I have to elaborate on the structure of the nephron and its parts. Is that all of the structure of that to maintain homeostasis?
Asked by guesspinkk - Sun Jan 16 14:22:45 2011 - Biology - 1 Answers - Comments
A. Nephron is the structural and functional unit of kidney. It is involved in filtration, reasbsorption, secretion ultimately leading to homeostasis
Answered by Ishan26 - Wed Jan 19 08:16:39 2011
Q. Grade 12 biology. I have the nephron business, but is that included in the structure? Or do I have to elaborate on the structure of the nephron and its parts. Is that all of the structure of that to maintain homeostasis?
Asked by guesspinkk - Sun Jan 16 14:22:45 2011 - Biology - 1 Answers - Comments
A. Nephron is the structural and functional unit of kidney. It is involved in filtration, reasbsorption, secretion ultimately leading to homeostasis
Answered by Ishan26 - Wed Jan 19 08:16:39 2011
How does the body maintain homeostasis when you have consumed a high amount of caffeine?
Q. can you also try to explain how homeostasis would be connected for when you have had a lot of caffeine and you feel nausea, dizziness, severe headache, and blurred vision? thank you sooo much!
Asked by hannah - Sun Nov 20 08:43:42 2011 - Other - Health - 2 Answers - Comments
A. I dont think that you can equate or explain homeostasis and coffee in the same sentence. Habitual coffee drinking can totally mess up your equilibrium if your not careful. Although coffee is known to clean you out, too much coffee can make you jittery, mess with your heart rate and blood pressure. One cup of coffee is fine, but two, three, four is not good. I am Spanish, started drinking at age four, and the effects of drinking so much is my blood pressure is high, use to get nervous. When I tried to get off of it I had mind blowing migraines, irritability...things like that. I also think that coffee depletes the body from other important vitamins like potassium which is produced in the kidneys. As a result i often have kidney infections.… [cont.]
Answered by malcolmx - Sun Nov 20 08:53:52 2011
Q. can you also try to explain how homeostasis would be connected for when you have had a lot of caffeine and you feel nausea, dizziness, severe headache, and blurred vision? thank you sooo much!
Asked by hannah - Sun Nov 20 08:43:42 2011 - Other - Health - 2 Answers - Comments
A. I dont think that you can equate or explain homeostasis and coffee in the same sentence. Habitual coffee drinking can totally mess up your equilibrium if your not careful. Although coffee is known to clean you out, too much coffee can make you jittery, mess with your heart rate and blood pressure. One cup of coffee is fine, but two, three, four is not good. I am Spanish, started drinking at age four, and the effects of drinking so much is my blood pressure is high, use to get nervous. When I tried to get off of it I had mind blowing migraines, irritability...things like that. I also think that coffee depletes the body from other important vitamins like potassium which is produced in the kidneys. As a result i often have kidney infections.… [cont.]
Answered by malcolmx - Sun Nov 20 08:53:52 2011
What is homeostasis, and what is the main way that the cell membrane helps maintain homeostasis?
Q. What is homeostasis, and what is the main way that the cell membrane helps maintain homeostasis? then list three other functions of the cell membrane.
Asked by - Tue Oct 20 23:39:28 2009 - Biology - 1 Answers - Comments
A. Homeostasis is the constancy of the internal environment. The cells membrane is semipermeable, allowing and sometimes not allowing certain things into the cell to help maintain homeostasis. The cell membrane houses proteins that can serve as receptors. It also keeps everything within the cell inside.
Answered by Mongoose ninja - Tue Oct 20 23:51:45 2009
Q. What is homeostasis, and what is the main way that the cell membrane helps maintain homeostasis? then list three other functions of the cell membrane.
Asked by - Tue Oct 20 23:39:28 2009 - Biology - 1 Answers - Comments
A. Homeostasis is the constancy of the internal environment. The cells membrane is semipermeable, allowing and sometimes not allowing certain things into the cell to help maintain homeostasis. The cell membrane houses proteins that can serve as receptors. It also keeps everything within the cell inside.
Answered by Mongoose ninja - Tue Oct 20 23:51:45 2009
From Yahoo Answer Search: 'homeostasis'
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