<span>The patient's PaO2 and SpO2 indicate inadequate oxygenation. Complications associated with these findings include tissue hypoxia and cardiac arrhythmia. Atelectasis, pleural effusion, and pulmonary edema are not complications associated with these data.</span>
Corrosion: Rain and acid rain
<span>Breaking due to freezing and thawing: Temperature
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In neuroscience, the threshold potential is the critical level to which a membrane potential must be depolarized to initiate an action potential. Threshold potentials are necessary to regulate and propagate signaling in both the central nervous system (CNS) and the peripheral nervous system (PNS).
Most often, the threshold potential is a membrane potential value between –50 and –55 mV,[1] but can vary based upon several factors. A neuron's resting membrane potential (–70 mV) can be altered to either increase or decrease likelihood of reaching threshold via sodium and potassium ions. An influx of sodium into the cell through open, voltage-gated sodium channels can depolarize the membrane past threshold and thus excite it while an efflux of potassium or influx of chloride can hyperpolarize the cell and thus inhibit threshold from being reached.
The cell membrane is made up of a phospholipids that are arranged into two layers which are called lipid bilayer.
The haploid stage of plasmodium I did observe by using the micrograps is what you called a stage of malaria. These red blood cells have been invaded by plasmodium merozoites, a stage of malaria. There are several stage of malaria, The first stage is the stage of infection and the second stage is the sexual reproduction that divide into two; the pre- erythrocytic and <span>erythrocytic phase.</span>
