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.
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Answer:
First of all, show comprehension towards your patient and his or hers medical state. Remember these drugs are used on many pathologies or conditions, therefore the range of patients you have to deal with is wide. As this medications are known for creating dependency, several considerations must be taken into account. You must be able to manage the dosage, ways of administration, and onset effects of these drugs. You must know what effects to expect at first, and also possible side effects and how to manage them. Remember that respiratory depression is one of the side effects you must be more careful, as well as dependency. As for chronic use, you must be a guide to your patient on how to successfully complete treatment.
Explanation:
Benzodiazepines and hypnotics have peripheral and central effects. Central effects include sedation, hypnosis, decrease of anxiety, muscular relaxation and anticonvulsivant activity. And some of their side effects are dizziness, confusion, amensia, CNS depression and headaches.
Answer:
<u>Flow rate = 16.67 gtts/min rounded to 17 gtts/min</u>
Explanation:
In order to calculate the flow rate, the following formula will be used.
Flow rate (gtts/min) = 
50 mL of fluid in which Ciprofloxacin is dissolved is taken as volume.
<u>KNOWN DATA:</u>
Volume = 50mL
Time = 45 minutes
Drop factor = 15 gtts/mL
Flow rate = unknown
<u>CALCULATION:</u>
Plugging the known values in the formula,
Flow rate (gtts/min) = 
Flow rate =
x 15
<u>Flow rate = 16.67 gtts/min.</u>