Answer:
In my opinion, the absolutely most needed action potential passes through the medium of saliva carrier secreted in the form of bile along a nerve of a living organism or body
The nurse should respond to the client's question based on fact that gram-negative bacteria are increasingly resistant to each succeeding generation.
<h3>What is cellulitis?</h3>
- A typical skin illness caused by bacteria that can be dangerous.
- The bacteria invade the skin in cellulitis.
- Cellulitis may disseminate quickly. Skin damage causes it to appear bloated, red, and maybe hot and sensitive.
- Cellulitis can be fatal if not treated with an antibiotic.
<h3>How cephalosporin acts against gram-negative bacteria ?</h3>
- The antibacterial characteristics of cephalosporins are used to classify them into generations.
- With less effectiveness against gram-positive bacteria, each successive generation of cephalosporins has much better gram-negative antibacterial capabilities than the one before it.
- The concept of generations linked to pharmaceuticals is not adequately described by any of the remaining possibilities.
Learn more about gram negative bacteria here:
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Answer:
Since this question has multiple subquestions in it, I will give you the answer to them as follows:
1. Which neuron would activate a muscle? They are called multipolar neurons, they are found mostly originating from the CNS itself and they are multipolar because when a neuron stimulates a muscle, one signal from just one terminal is not enough; it requires the stimulation from several neurnal terminals.
2. Which neuron would be found in the retina of the eye? A bipolar neuron. This is because these neurons will fulfill a double function: to activate the muscles of the retina, and also they will convey messages taken by the sense of sight, towards the brain for interpretation and integration.
3. Which neuron is a sensory neuron found in a reflex arc? The answer again is a unipolar neuron. These neurons will not reach the brain itself, but rather the reflex arc site on the spinal cord. Their task is to relay sensations from the site that has been stimulated to the spinal cord and from there to the affected place, with the correct response.
4. Which neuron is never myelinated? Again the answer is the bipolar neurons found connecting the retina and the eyes. The reason is that these neurons are capable of relying fast messages to and from the brain, whereas in myelinated ones, messages go slower due to the myeling sheaths.
5. Which neuron is typically involved in the special senses of sight and smell? Once more the answer is the bipolar neurons that are most commonly found connecting the different organs of these two senses. Since these have such unique capabilities: relying information for integration and sensory and motor responses, their action potentials travel fast, and have a short distance to go.
Answer:
Azithromycin will be in your system for <u>around 15.5 days</u>, after the last dose.
Explanation:
Azithromycin has an elimination half-life of 68 hours. The prolonged terminal half-life is thought to be due to extensive uptake and subsequent release of drug from tissues. It takes around 5.5 x elimination half life's for a medicine to be out of your system. Therefore it would take 374 hours about 15.5 days (5.5 x 68 hours) for it to be eliminated from the system. So it'll be in your system for that period of time, after the last dose.
Answer:
Affected infants uniformly have significant hypotonia, feeding difficulties, and failure to thrive (FTT), followed in later infancy or early childhood by excessive appetite with gradual development of obesity, short stature and/or decreased growth velocity, intellectual disabilities (average IQ of 65), and behavioral problems (e.g., temper tantrums, outburst, and skin picking
Explanation:
