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Lorraine Lohner, MBA, BS Pharm

ATTENTION: Aspiring, New, and Retail Pharmacy Technicians

Do you want to learn....

"How To Transition From A Retail Pharmacy To A Compounding Pharmacy Setting Without Experience Or Formal Training"

Say YES. I'm ready to Make more than what retail pharmacy technicians make.

Say YES. I still want to be in the pharmacy or medical field but, I DON'T WANT the responsibility of talking or interacting with angry patients, and

Say YES. I want to be in a fun, more relaxed pharmacy setting while "making something" for my patients.

Read more

ATTENTION: Aspiring, New, and Retail Pharmacy Technicians

Do you want to learn....

"How To Transition From A Retail Pharmacy To A Compounding Pharmacy Setting Without Experience Or Formal Training"

Say YES. I'm ready to Make more than what retail pharmacy technicians make.

Say YES. I still want to be in the pharmacy or medical field but, I DON'T WANT the responsibility of talking or interacting with angry patients, and

Say YES. I want to be in a fun, more relaxed pharmacy setting while "making something" for my patients.

If You Act Now, You get a Lifetime Access to "Non-sterile Compounding Techniques Certification", including:

* The General Chapters of USP that pertain to compounding -

So

To Your Success,Prof. Lorraine LohnerP.S. - Every minute you wait to get "Non-sterile Compounding Techniques Certification" is another minute other pharmacy technicians will get further ahead of you and have more fun being pharmacy technicians.Disclaimer: This is not the official This course is for review or study guide purposes only. For official USP 795 information, go to the USP website.

Enroll now

What's inside

Learning objectives

  • Understand basic concept of pharmaceutical compounding
  • Define usp 795, usp 797 and usp 800 general chapters
  • Differentiate sterile from non-sterile compounding
  • Understand usp 795 general chapter - nonsterile pharmaceutical products compounding
  • Learn techniques for non-sterile pharmaceutical compounding

Syllabus

Introduction to Compounding
Compounding Defined Part 1
Compounding Defined Part 2
In this section, students will learn the different chapters in the USP (United States Pharmacopeia) that pertains to compounding pharmaceuticals.
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Weighing

It is generally agreed that pharmaceutical products should be prepared with a low percentage of error. The official compendia allow a tolerance of ± 5% for most formulas, although greater accuracy may be required for very potent drugs with greater toxicity potential. This same degree of accuracy is expected in all extemporaneously compounded products.

Most pharmaceutical products allow for a tolerance of only 5% error, where

If we know the sensitivity of the balance (i.e. the potential error) we can calculate the percentage of possible error when any amount of the substance is weighed.

e.g. The Class III prescription balance has a sensitivity of 6 mg. What % of error would result in weighing 50 mg of a drug on the balance?

Similarly, we can calculate the smallest quantity that can be weighed, on a balance of known sensitivity, to maintain a desired level of accuracy. This weight is referred to as the least weighable quantity (L.W.Q.).

e.g. What is the least weighable quantity that will result in an error of 5% or less on a Class III prescription balance?

You should keep this figure in mind for the remainder of your career. When a prescription formula calls for the incorporation of a component weighing less than 120 mg, special methods must be employed to obtain that weight of the component. If a liquid dosage form (solution, suspension or emulsion) is being prepared, the liquid aliquot method is employed. When the component must be incorporated as a solid into powders, tablets, capsules, or pastes, the trituration method is used.

Reference:  https://pharmlabs.unc.edu/labs/measurements/weigh.htm

Trituration Method

A trituration is a dilution of a potent drug powder with an inert diluent powder, usually lactose, in a definite proportion by weight. We can then remove a weighable portion (aliquot) of the mixture containing the desired quantity of substance to maintain an acceptable range of accuracy.

Using ratio and proportion, we can determine the weight of drug and lactose required to make the trituration as well as the weight of the aliquot to be used to fill the prescription.

(A) Weight of drug in trituration = (C) Weight of drug in aliquot (B) Weight of trituration (D) Weight of aliquot

Keep in mind that any substance that must be weighed on the balance drug (A), lactose (B-A), and aliquot (D) must be at least 120 mg.

Lactose is the most commonly used diluent in solid dosage form pharmaceuticals such as powders, tablets and capsules. Some of the reasons included its extremely low incidence of side effects, ready availability, and low cost.

Example: Make 10 capsules, each containing 0.6 mg Atropine Sulfate and each weighing a total of 200 mg.

Make Trituration

1. Total weight atropine sulfate required (this is C in the proportion)

    0.6 mg/capsule x 10 capsules = 6 mg

2. Select some multiple of 6 mg that can be weighed with the desired degree of accuracy. (this is A in the proportion) (e.g. select multiple= 20)

    6 mg x 20 = 120 mg atropine sulfate

3. Select the size of the aliquot portion to be taken to contain the 6 mg of drug. (this is D in the proportion)

    Select 120 mg aliquot

4. Since we now have A, C, and D in our formula, we can solve for B(trituration weight).

    120 mg atropine sulfate = 6 mg atropine sulfate x mg trituration 120mg aliquot x = 2400 mg trituration (drug + diluent)

[Note: this should be the multiple (20) x the weight of the aliquot (120 mg)]

5. Determine the weight of diluent (lactose) required to prepare the trituration by subtracting the weight of atropine sulfate from the trituration weight.

    2400 mg trituration - 120 mg atropine sulfate = 2280 mg lactose

6. Fill Rx:

Determine the weight of lactose which must be added to the aliquot portion of trituration to complete the prescription, so that each capsule weighs 200 mg.

    200 mg/capsule x 10 capsules = 2000 mg (drug + lactose) 2000 mg - 120 mg aliquot = 1880 mg lactose

After the necessary calculations are completed, the trituration is prepared using the following steps:

  1. weigh a suitable amount of drug (at least 120 mg), and reduce it to a fine powder in a mortar (i.e., triturate it);
  2. weigh a suitable amount of diluent;
  3. mix the drug and diluent by geometric dilution and;
  4. weigh an aliquot of the trituration containing the desired weight of drug.

Hence the compounding procedure for this product is as follows:

  • Weigh 120 mg atropine sulfate and triturate to a fine powder
  • Weigh 2280 mg lactose
  • Mix atropine sulfate and lactose by geometric dilution
  • Remove 120 mg of the trituration (contains 6 mg atropine sulfate) (Hint: save left over trituration for refills)

  • Weigh 1880 mg lactose and mix with 120 mg aliquot by geometric dilution
  • Prepare capsules weighing 200 mg each

Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Explores USP chapters 795, 797, and 800, which are essential for understanding pharmaceutical compounding standards and practices in healthcare settings
Covers non-sterile compounding techniques, which are fundamental for pharmacy technicians working in compounding pharmacies and preparing customized medications
Includes hands-on demonstrations of capsule making and other compounding procedures, which are valuable for practical skill development
Discusses the trituration method, which is a technique used to accurately measure and incorporate potent drug powders into pharmaceutical preparations
Requires learners to consult the official USP website for official information, which may require additional time and effort
Uses external links to demonstrate concepts, which may become outdated and require learners to seek out alternative resources

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Reviews summary

Non-sterile compounding & usp 795 basics

According to learners, this course on Non-Sterile Compounding Techniques and USP 795 is largely positive, particularly for pharmacy technicians looking to transition from retail to compounding settings. Students highlight the clear explanations of compounding math, including trituration and alligation, and praise the helpful video demonstrations of techniques like making capsules and ointments. While providing a solid foundation in USP 795 and basic compounding, some felt certain sections were rushed and could benefit from more in-depth practical tips or additional practice problems. Overall, it's seen as a practical and informative resource.
Highly relevant for retail professionals.
"Highly recommend for retail techs looking to switch."
"Perfect for pharmacy technicians."
"This is a great resource for techs transitioning from retail."
Provides a solid regulatory foundation.
"This course was exactly what I needed to brush up on my USP 795 knowledge..."
"Good overview of non-sterile compounding basics and USP 795."
"A solid foundational course for understanding USP 795..."
Visual guides for compounding methods.
"The demos were helpful."
"The videos showing techniques were useful."
"the demonstrations of techniques like making capsules and preparing ointments were fantastic."
"I learned a lot about the different dosage forms and techniques."
Excellent guidance on calculations.
"The explanations of calculations, especially trituration and alligation, were very clear."
"Covers essential math calculations."
"The math sections were challenging but well-explained."
"I learned a lot... The math sections were challenging but well-explained."
Some topics feel rushed or basic.
"some sections felt rushed."
"I was hoping for more in-depth practical tips beyond the basic demos."
"Okay for an introduction, but you'll need more training for real-world application."
"Could benefit from more detailed visual examples or simulations."
"I wish there were more opportunities for interactive learning or practice problems..."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Non-Sterile Compounding Techniques Certification / USP 795 with these activities:
Review Pharmaceutical Calculations
Reinforce your understanding of pharmaceutical calculations to ensure accurate compounding.
Show steps
  • Review basic math principles related to pharmaceutical calculations.
  • Practice solving various dosage calculation problems.
  • Familiarize yourself with different measurement systems and conversions.
Study 'USP 795: Pharmaceutical Compounding - Nonsterile Preparations'
Gain a thorough understanding of the USP 795 guidelines for non-sterile compounding.
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Show steps
  • Obtain a copy of the USP 795 guidelines.
  • Read and understand each section of the guidelines.
  • Identify key requirements and best practices.
Read 'Pharmaceutical Compounding and Dispensing'
Expand your knowledge of compounding principles and techniques.
Show steps
  • Obtain a copy of 'Pharmaceutical Compounding and Dispensing'.
  • Read the chapters related to non-sterile compounding.
  • Take notes on key concepts and techniques.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Practice Trituration Calculations
Improve your proficiency in trituration calculations for accurate compounding of potent drugs.
Show steps
  • Review the trituration method and related calculations.
  • Solve practice problems involving different drug concentrations and capsule weights.
  • Verify your answers using a compounding calculator or reference materials.
Create a Compounding Log Template
Develop a standardized template for documenting compounding procedures and calculations.
Show steps
  • Research best practices for compounding documentation.
  • Design a template that includes all necessary information, such as ingredients, calculations, and procedures.
  • Test the template by using it to document a sample compounding procedure.
Compound a Practice Formulation
Apply your knowledge by compounding a simple non-sterile formulation under supervision.
Show steps
  • Select a simple non-sterile formulation to compound.
  • Gather all necessary ingredients and equipment.
  • Follow the compounding procedure carefully and document each step.
  • Have your work reviewed by a qualified pharmacist or technician.
Prepare a Presentation on Compounding Errors
Research and present on common compounding errors and how to prevent them.
Show steps
  • Research common compounding errors and their causes.
  • Prepare a presentation that covers these errors and strategies for prevention.
  • Present your findings to your peers or colleagues.

Career center

Learners who complete Non-Sterile Compounding Techniques Certification / USP 795 will develop knowledge and skills that may be useful to these careers:
Compounding Pharmacy Technician
A compounding pharmacy technician specializes in preparing medications tailored to individual patient needs, a role this course directly supports. This involves creating customized formulations of drugs by mixing ingredients in specific proportions, often using techniques such as trituration. The course’s focus on non-sterile compounding, including dosage forms such as capsules and creams, directly aligns with the daily tasks of a compounding pharmacy technician. Because this course discusses detailed procedures, like measurements and dosage calculations, it will help learners gain a deeper understanding of the principles behind compounding, which is essential in the field.
Pharmaceutical Formulation Assistant
A pharmaceutical formulation assistant works on the development and preparation of drug products, and this course may be useful in building a foundation for these tasks. This course provides an overview of non-sterile compounding techniques and procedures. The course details the process of creating various dosage forms, such as tablets, capsules, and creams. This course helps build a foundation in the principles of compounding, which is valuable for anyone interested in understanding the preparation of medications.
Quality Control Technician
A quality control technician ensures that pharmaceutical products meet quality standards, and a course focused on compounding may help inform this role. This course emphasizes precision in measurement and technique during non-sterile compounding. The course's focus on accuracy when preparing medications can help a quality control technician understand the key elements that are important for maintaining standards. The course may be useful in gaining an insight into the preparation of pharmaceutical products, which is important in quality control.
Pharmacy Technician
A pharmacy technician assists pharmacists in dispensing medications and providing healthcare services, and this course may be a useful tool in one’s pharmacy career. While many pharmacy technicians work in retail settings, this course focuses on non-sterile compounding, which is a unique skill within pharmacy. This course provides a detailed understanding of USP guidelines, compounding techniques, and pharmaceutical math, which technicians utilize when making medications. Anyone interested in expanding their career beyond a retail pharmacy setting should consider this course to deepen their understanding of the field.
Laboratory Assistant
A laboratory assistant supports scientists and researchers by performing routine laboratory tasks, and this course may be useful for some of these duties. This course explores non-sterile compounding techniques, including understanding the use of laboratory tools like mortars and electronic balances. The course’s focus on precise measurements and the preparation of different dosage forms may be valuable for a laboratory assistant working with pharmaceutical products. This course may help in gaining a practical understanding of laboratory procedures relevant to pharmaceutical work.
Pharmaceutical Production Operator
A pharmaceutical production operator works on the manufacturing of drug products and a course on compounding can be useful. The course introduces students to non-sterile compounding techniques and processes, such as dosage calculation, measurements, and the use of laboratory equipment. This course may be useful for understanding the basic principles of pharmaceutical production, providing a foundation for more advanced roles in manufacturing. The knowledge gained may help one better comprehend the procedures involved in drug preparation.
Research Assistant
A research assistant supports research projects by performing laboratory tasks, collecting data and performing analysis. While not a direct relation, a course on compounding may be helpful in certain pharmaceutical research settings. This course may be helpful in research settings that require a fundamental understanding of pharmaceutical compounding. The course teaches procedures like precise measurements, trituration, and creating various dosage forms, which may be helpful when assisting in research projects. This course may be useful in building the foundation needed for pharmaceutical research.
Formulation Scientist
A formulation scientist develops and improves pharmaceutical formulations, typically requiring an advanced degree, and this course may be useful in developing a foundation in this field. This course introduces non-sterile compounding techniques and procedures related to preparing medications. It focuses on the creation of dosage forms like capsules, tablets, and creams, which could help in building a foundation. This course may help in building a basic understanding of pharmaceutical formulation, which could be a starting point for one looking to enter the field.
Clinical Research Coordinator
A clinical research coordinator oversees clinical trials and ensures compliance with research protocols, and a compounding course may provide some context in some cases. The course offers an introduction to non-sterile compounding techniques and medication preparation. This may be useful in understanding the processes involved in research that includes pharmaceutical treatments. The course may be helpful in understanding pharmaceutical preparations, which is sometimes relevant to clinical trials.
Pharmaceutical Sales Representative
A pharmaceutical sales representative promotes and sells pharmaceutical products to healthcare professionals, and a compounding course may be useful in developing a basic understanding of pharmaceuticals. This course provides an overview of non-sterile compounding, including the preparation of different dosage forms. This may be helpful in building an understanding of the products. The course may provide one with familiarity with the pharmaceutical field.
Medical Assistant
A medical assistant provides administrative and clinical support to healthcare professionals, and this course may offer a helpful background in medication preparation. While medical assistants typically don't compound medications, the course presents a practical overview of medication preparation during non-sterile compounding. This course may deepen understanding of how some medications are created. This course may be helpful for a medical assistant seeking a more complete understanding of how certain drugs are prepared.
Health Educator
A health educator promotes wellness by teaching health-related topics to the public, and this course may offer some background knowledge, if relevant. The course introduces non-sterile compounding and the preparation of medications. This may help when explaining how some medications are made. The course may provide health educators with a more well-rounded understanding of health-related topics.
Medical Coder
A medical coder assigns codes to medical procedures and diagnoses for billing purposes, and this course may provide some relevant background in some instances. While medical coders do not compound drugs, this course provides knowledge of pharmaceutical processes. The course delves into the compounding techniques and processes related to medication preparation. This course may provide a broadened understanding of medical practices.
Healthcare Administrator
A healthcare administrator manages the operations of a healthcare facility, and this course may offer some insight into the pharmaceutical side of healthcare. This course provides an understanding of pharmaceutical compounding practices. Gaining this knowledge may improve one's understanding of the pharmaceutical processes that are part of managing healthcare operations. This course may be helpful for those seeking a more well rounded understanding of the healthcare field.
Medical Scribe
A medical scribe assists healthcare providers by documenting patient encounters, and this course may provide background in some instances. While medical scribes do not formulate drugs, this compounding course provides a basic introduction to pharmaceutical processes, and dosage forms, This course may allow a medical scribe to familiarize themselves with details of medication preparation. This course may be beneficial in building knowledge of medical treatments.

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Non-Sterile Compounding Techniques Certification / USP 795.
Provides a comprehensive overview of pharmaceutical compounding, covering both sterile and non-sterile preparations. It valuable resource for understanding the principles and techniques involved in compounding. This book is commonly used as a textbook in pharmacy schools. It adds depth to the course by providing detailed explanations and practical examples.

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