The surrounding environment is no longer isotonic with the contents of the cell. Diffusion of salt molecules from low concentration to high concentration would affect the paramecium's ability to retain intact cytoplasm and organelles. The contractile vacuoles act as a defense mechanism against an either hypertonic or hypotonic situation.
That would depend on the natural habitat of the organism. If your salt sol'n is 3% or so, a sessile org would be happy as a (shame on me) clam. A fresh water org would die. Well over 3% would slow or kill any sea-borne unicels. Please induct for yourself the corrolaries.
About 100 paramecium per every 58ml of water with a controlled environment keeps them at a rather constant growth rate if that is what you are asking.
The vacuole discharge rate in amoebae can vary depending on several factors, including the species of amoeba, environmental conditions, and the composition of the culture medium. Generally, amoebae utilize contractile vacuoles to expel excess water, and this discharge rate may range from several times per minute to less frequently, depending on the osmotic balance of the surrounding medium. Specific experimental data would be needed to provide a precise discharge rate for a particular amoeba in a given culture medium.
Paramecium Aurelia uses available resources by feeding on bacteria and algae in its environment, utilizing organic matter and nutrients for energy and growth. It also moves towards areas with higher concentrations of food to maximize its intake. Additionally, Paramecium Aurelia can adjust its feeding rate based on resource availability to optimize its survival and reproduction.
WikiAnswers will not do your homework for you. Nor will it write your discussion paper, critiques, summaries or essays. That is considered cheating. If you have a specific question in the subject we are more than willing to help.
Aline Browder has written: 'The effect of lecithin and cholesterol upon the division rate of paramecium' -- subject(s): Cell division, Paramecium
That would depend on the natural habitat of the organism. If your salt sol'n is 3% or so, a sessile org would be happy as a (shame on me) clam. A fresh water org would die. Well over 3% would slow or kill any sea-borne unicels. Please induct for yourself the corrolaries.
About 100 paramecium per every 58ml of water with a controlled environment keeps them at a rather constant growth rate if that is what you are asking.
The vacuole discharge rate in amoebae can vary depending on several factors, including the species of amoeba, environmental conditions, and the composition of the culture medium. Generally, amoebae utilize contractile vacuoles to expel excess water, and this discharge rate may range from several times per minute to less frequently, depending on the osmotic balance of the surrounding medium. Specific experimental data would be needed to provide a precise discharge rate for a particular amoeba in a given culture medium.
Metabolism in Paramecium is mainly controlled by the regulation of enzyme activity within its cells. Enzymes are responsible for catalyzing the biochemical reactions that break down nutrients and generate energy for the organism. Additionally, environmental factors such as temperature and pH can also influence the metabolic rate of Paramecium.
Effect of interest rate on consumer finance?
Paramecium Aurelia uses available resources by feeding on bacteria and algae in its environment, utilizing organic matter and nutrients for energy and growth. It also moves towards areas with higher concentrations of food to maximize its intake. Additionally, Paramecium Aurelia can adjust its feeding rate based on resource availability to optimize its survival and reproduction.
WikiAnswers will not do your homework for you. Nor will it write your discussion paper, critiques, summaries or essays. That is considered cheating. If you have a specific question in the subject we are more than willing to help.
Paramecia typically contract their contractile vacuoles at a rate of about one to three times per minute to maintain a stable internal solute concentration and prevent excessive swelling due to osmosis. This rate helps regulate the expulsion of excess water, allowing the organism to maintain its size and overall osmotic balance in freshwater environments. Adjustments in contraction frequency may occur in response to changes in environmental osmotic pressure.
Increases the rate
Describe the effect that sickle cell anemia has on the sedimentation rate!
It increases it... If you are talking about "HEART" rate