Question

Calculate the following dosages using the medication label or information provided. Label answers correctly: tabs, caps, mL. Answers expressed in milliliters should be rounded to the nearest tenth where indicated. Order: Robinul \(0.4 \mathrm{mg}\) IM stat on call to OR. Available: Robinul labeled \(0.2 \mathrm{mg}\) per \(\mathrm{mL}\) ________

Short answer

Administer 2 mL of Robinul.

Step-by-step solution

Understand the Order

The order requires you to administer Robinul at a dosage of 0.4 mg to be given via intramuscular (IM) injection immediately (stat) when called to the operating room (OR).

Check Availability

According to the medication information provided, Robinul is available at a concentration of 0.2 mg per mL.

Set Up the Calculation

Use the formula: \[\text{Volume needed (mL)} = \frac{\text{Dose ordered (mg)}}{\text{Concentration available (mg/mL)}}\]Substitute the given values: \[\text{Volume needed (mL)} = \frac{0.4 \text{ mg}}{0.2 \text{ mg/mL}}\]

Perform the Calculation

Calculate the volume needed:\[\text{Volume needed (mL)} = \frac{0.4}{0.2} = 2 \, \text{mL}\]So, you will need 2 mL of the solution.

Round and Label the Answer

Since the result is already a whole number, rounding is not necessary. Make sure to express the answer with the correct unit: 2 mL.

Key concepts

Intramuscular Injection

Intramuscular injections are widely used in medical settings for administering medications like Robinul. This method involves delivering medication directly into a muscle. It's commonly used because muscles have a good blood supply, allowing for quick absorption into the bloodstream.

The process involves using a needle to penetrate the skin and tissue to reach a muscle beneath. Typically, the injection sites include the thigh, upper arm, and buttocks. It's important to use the correct technique:

• Select an appropriate needle size based on the patient's age and physique.
• Ensure the medication is at room temperature for patient comfort.
• Adopt a steady hand to minimize discomfort and injury.

Practitioners consider the drug's volume and viscosity when deciding on the best muscle for the injection. Knowing how to properly administer an intramuscular injection is crucial for caregivers to ensure medication efficacy and patient safety.

Robinul Dosage

Robinul, also known as Glycopyrrolate, is a medication often used to reduce secretions during surgery. When calculating dosages, it's crucial to adhere to the prescribed amount for safety.

In our example, the prescribed amount is 0.4 mg of Robinul. It’s essential to understand the patient’s condition and requirements to ensure the dosage is correct. A precise calculation ensures that the patient receives the correct therapeutic effect without any complications. Here are a few important considerations when dealing with Robinul dosage:

• Always verify the doctor's order before administering the medication.
• Understand the purpose of the medication to recognize potential side effects.
• Communicate with the patient to explain the procedure and purpose of the injection.

This enhances patient cooperation and comfort, making healthcare delivery more efficient and effective.

Dosage Rounding

Dosage rounding is an important aspect when dealing with medication measurements. It ensures the correct and safe amount is administered, or the closest feasible dose to prevent errors and ensure efficacy.

In many cases, if the dosage is in fractions, nurses or healthcare providers round off the final amount to the nearest viable quantity. For example, if a calculation results in 1.97 mL, it might be rounded to 2 mL for practical purposes.

In the Robinul exercise, our calculation resulted in exactly 2 mL, so no further rounding was necessary. Always follow these principles:

• Round very small volumes to the nearest tenth for liquid medications.
• Use mathematical rules for rounding numbers: if the number after the decimal is 5 or more, round up.
• Document clearly to maintain accurate medical records.

Proper rounding practices are vital for accurate medication administration, ensuring both safety and efficiency in patient care.

Medication Label Interpretation

Interpreting medication labels is a critical skill that ensures the administration of pharmaceuticals is both safe and effective. Labels provide vital information about the drug, including name, dosage, expiration date, and administering instructions.

For Robinul, reading the label correctly allows healthcare providers to determine its concentration, which in this example is 0.2 mg/mL. Here's why proper interpretation matters:

• Ensures the correct concentration, preventing under or overdosing.
• Aids in calculating the necessary volume for each administration accurately.
• Helps verify that the medication is still within the effective and safe use date.

Misinterpretation can lead to medication errors, potentially causing harm to the patient. Therefore, healthcare professionals must take the time to read and understand labels carefully, confirming every detail before proceeding with the medication administration.