Question

1. read: discussion background

in your future career working in a pharmacy setting, you will likely encounter several different units of measurement used to indicate medication strength and dosing. use the virtual library and/or internet to research one of the following measurement systems and how it is used in the pharmacy/healthcare professions:

• household
• apothecary
• metric
• avoirdupois

1. initial post: create a new thread and answer all three parts of the initial prompt below.
2. list the internet resource/site you found. explain.
3. describe how pharmacy technicians might use your chosen system of measurement in the pharmacy.
4. identify one helpful idea that you or your classmates might use to perform calculations when converting between the system of measurement you chose, and a different system of measurement of your choice, when filling prescriptions.

complete your early posts by sunday at 11:59 pm est.

Explanation:

This is a task related to researching and writing about a measurement system in a pharmacy context. Since it involves healthcare and pharmacy, the relevant discipline is Natural Science with the subfield of Medicine and Health. Here's a sample response for the initial post (taking the Metric system as an example):

1. Internet Resource/Site

I used the website of the American Pharmacists Association (https://www.pharmacist.com/). This site is reliable as it is a professional organization for pharmacists and provides accurate and up - to - date information on pharmacy practices, including measurement systems used in the field.

2. Use of Metric System by Pharmacy Technicians

Pharmacy technicians use the metric system in multiple ways. For example, when measuring the volume of liquid medications, they use liters (L) and milliliters (mL). If a prescription calls for 5 milliliters of a liquid antibiotic, the technician can accurately measure this volume using a graduated cylinder or a syringe marked with metric units. In terms of weight, for measuring the mass of solid medications like tablets or powders, grams (g) and milligrams (mg) are used. A tablet might be labeled as 500 milligrams, and the technician needs to ensure that the correct amount is dispensed, especially when compounding medications.

3. Conversion Idea

When converting between the Metric system and the Household system (for example, converting milliliters to teaspoons), a helpful idea is to remember the conversion factor: 1 teaspoon is approximately equal to 5 milliliters. So, if a prescription says to take 10 milliliters of a liquid medication, the technician can calculate that this is equal to 2 teaspoons (since 10 mL / 5 mL per teaspoon = 2 teaspoons). This conversion factor can be memorized or kept as a quick reference guide at the pharmacy workstation to ensure accurate communication with patients who are more familiar with household measurements.

Answer:

This is a task related to researching and writing about a measurement system in a pharmacy context. Since it involves healthcare and pharmacy, the relevant discipline is Natural Science with the subfield of Medicine and Health. Here's a sample response for the initial post (taking the Metric system as an example):

1. Internet Resource/Site

I used the website of the American Pharmacists Association (https://www.pharmacist.com/). This site is reliable as it is a professional organization for pharmacists and provides accurate and up - to - date information on pharmacy practices, including measurement systems used in the field.

2. Use of Metric System by Pharmacy Technicians

Pharmacy technicians use the metric system in multiple ways. For example, when measuring the volume of liquid medications, they use liters (L) and milliliters (mL). If a prescription calls for 5 milliliters of a liquid antibiotic, the technician can accurately measure this volume using a graduated cylinder or a syringe marked with metric units. In terms of weight, for measuring the mass of solid medications like tablets or powders, grams (g) and milligrams (mg) are used. A tablet might be labeled as 500 milligrams, and the technician needs to ensure that the correct amount is dispensed, especially when compounding medications.

3. Conversion Idea

When converting between the Metric system and the Household system (for example, converting milliliters to teaspoons), a helpful idea is to remember the conversion factor: 1 teaspoon is approximately equal to 5 milliliters. So, if a prescription says to take 10 milliliters of a liquid medication, the technician can calculate that this is equal to 2 teaspoons (since 10 mL / 5 mL per teaspoon = 2 teaspoons). This conversion factor can be memorized or kept as a quick reference guide at the pharmacy workstation to ensure accurate communication with patients who are more familiar with household measurements.