Answer:
Edrophonium is a drug used for the treatment of myasthenia gravis, a long-term neuromuscular disease that leads to varying degrees of skeletal muscle weakness, which results from antibodies that block or destroy nicotinic receptors at the junction between the nerve and muscle. By blocking cholinesterase, an enzyme which demolish acetylcholine, it increases the amount of acetylcholine in the neuromuscular junction improving the muscle weakness
That would be the anther and ovary. The anther is male and ovary is female. They everything else is wrong because it contains the sepal. The sepal is sterile, so it cannot be a reproductive part of the flower.
Protects the body because it stop things from hurting those body
In an experimental animal model, total renal plasma flow is 100 ml/min. You would estimate glomerular filtration rate to be 20 ml/min.
<h3>What is renal blood flow?</h3>
Renal blood flow is the amount of blood delivered to the kidneys per unit of time in kidney physiology. In a 70-kg adult male, the kidneys receive 1.2 to 1.3 L/min, or about 25% of the cardiac output in humans. 94% of it makes it to the cortex.
<h3>Renal plasma flow V/S Renal blood flow </h3>
Renal blood flow is the measure of blood passing through the kidneys in a given length of time, whereas renal plasma flow is the quantity of plasma passing through the kidneys in a given amount of time. As a result, this is the primary distinction between renal blood flow and renal plasma flow.
<h3>What is glomerular filtration rate ?</h3>
A test called the glomerular filtration rate (GFR) measures how efficiently the kidneys are functioning. It specifically determines the amount of blood that is pumped through the glomeruli per minute. The kidneys' globuli are microscopic filters that remove waste from the blood.
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Answer:
Experiment: to put insect preys with different textures (but of the same group, for example, moths) into two conditions: 1-pure water and 2-ion-rich water solution. For this experiment, it is important to highlight that the platypus is a semiaquatic mammal that eats insects that fall into the water. Pure water is a poor conductor of electricity, while water containing charged ions (and also impurities) is a good conductor of electricity. In consequence, if the platypus prefers to hunt through electroreception, it is expected that the ability for hunting will be better in an ion-rich water solution than in pure water. Second, if the platypus prefers to hunt through mechanoreception, it is expected that the ability for hunting will vary depending on the type of texture that exhibits insect preys (in this case, moths).
Explanation:
Mechanoreception can be defined as the ability to detect and respond to a stimulus by using sensory cells (neurons) that respond to mechanical pressure and/or distortion, while electroreception is the ability to respond to electrical stimuli, thereby detecting weak electric fields in water. In the experiment above described it is possible to determine the hunting preferences under differential electroreception/mechanoreception conditions. Statistical scores such as p-value can be used to determine the outcome of the experiment.
