Answer:
Ameba are unicellular protists that belong to the Amoeba genus.
It does not have a specific form.
and capture food through the phagocytosis process
Answer:
The device/procedure that passes a magnetic pulse through someone's skull to temporarily disorganize the function of the neurons is Trans-cranial Magnetic Stimulation.
Explanation:
Transcranial magnetic stimulation uses magnetic fields to aid or improve the symptoms of depression. Such a process is made possible by stimulating the nerve cells in the brain. Such a method is only used when other methods of treatment are ineffective.
It uses an electromagnetic coil placed close to the scalp over the forehead. This can stimulate the area of the brain that controls mood control and depression. The activity of the region of the brain that controls mood is decreased in patients with depression. The stimulation of nerve cells in this region will create an elated feeling in the patient and may help them overcome depression.
Learn more about trans-cranial magnetic stimulation here:
brainly.com/question/3115526
#SPJ4
In cell division, the cell that is dividing is called the "parent" cell. Cells regulate their division by communicating with each other using chemical signals from special proteins called cyclins. These signals act like switches to tell cells when to start dividing and later when to stop dividing.
The mineral salts concentration in the roots increased when the oxygen concentration in the solution increases by 10 per-cent because the roots uptake minerals and salts by active transport which requires ATP and Oxygen is required by cellular respiration in root cells.
Explanation:
The root hair cells have membrane protein on them which assist in active transport of the minerals and ions to the root cells. When the oxygen concentration is increased by 10% the cellular respiration in the root cells occur faster, producing ATP and aiding in faster active transport and hence increasing the mineral and ion concentration in roots of the plant.
it's d, they're lysosomes.