yes. They can by entering your nose and eating your brain you only have a few weeks to do whatever you want.
Amoebae are heterotrophic.
dont know that's why m here
Amoebae and paramecia
Some amoebae can be pathogenic to humans, with the most notable example being Entamoeba histolytica, which causes amoebic dysentery. Other species, such as Naegleria fowleri, can lead to severe brain infections. However, many amoebae are harmless and play important roles in the ecosystem as decomposers and in nutrient cycling. Overall, while not all amoebae are pathogenic, certain species can pose significant health risks.
The number of amoebae produced from a single original cell in a month can vary greatly depending on environmental conditions, such as availability of nutrients and space, as well as the specific species of amoeba. Under optimal conditions, amoebae can reproduce asexually through binary fission approximately every 1 to 2 days. Assuming a conservative doubling time of 2 days, an original cell could theoretically produce over 1 million amoebae in a month, as exponential growth would occur. However, real-world factors often limit such growth.
No, Amoebae is not bacteria.
Some amoebae can cause serious illness if they get into the human body.
I can positively identify sixteen types of amoebae on this specimen plate.
No expert here on this subject, but probably to kill harmful germs such as amoebae, and remove harmful minerals such as lime and excess calcium.
Yes
A major problem for amoebae living in fresh water is the risk of osmotic pressure imbalance. Freshwater environments have lower solute concentrations than the amoebae's internal fluids, leading to water influx into their cells. This can cause the amoebae to swell and potentially burst if they cannot effectively expel the excess water. To counteract this, amoebae often rely on contractile vacuoles to regulate osmotic pressure and maintain cellular integrity.
neither. its a protist
Amoebae are heterotrophic.
0
Amoebae and Paramecia
it is a animal like protists
They are most prominent in freshwater amoebae as marine amoebae are closer to isotonicity with seawater than freshwater.