sterile / non sterile Flashcards

(71 cards)

1
Q

It is the age-old practice of combining medications, also referred to as active ingredients, with inactive ingredients to create personalized medications that can be adapted to the needs of each individual.

A

Pharmaceutical compounding

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2
Q

two overarching types of compounding, which vary depending on the product being made.

A

sterile and non-sterile

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3
Q

It is most commonly used in the preparation of medications that require sterility due to the risk of infection.

A

Sterile compounding

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4
Q

Sterile compounding is most commonly used in the preparation of medications that require sterility due to the risk of infection.

This risk is tied to their route of administration and includes things like eye drops, injections, and intravenous
medications.

These types of products can have a negative impact on patients’ lives if there is even a trace of bacteria present in preparation.

A
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5
Q

It is by far the more common of the two and can be slightly misleading in its name.

A

Non-sterile compounding

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6
Q

While these products are not compounded in an entirely sterile environment which consists of a separate clean room, non-sterile compounding must follow its own set of strict guidelines.

A
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7
Q

It must ensure and maintain active ingredient purity and potency, guarantee accurate mixing, packaging, labeling, and storage of the final product, and must keep all surfaces, materials, and equipment as clean as possible.

A

Non-sterile compounding

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8
Q

It is a fundamental part of pharmacy practice.

A

compounding of medications

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9
Q

All compounding personnel, mainly
___ and ___, are responsible for compounding and dispensing sterile products and preparations of correct ingredient identity, purity (freedom
from physical contaminants, such as precipitates, and chemical contaminants), strength (including stability and compatibility), and sterility and for dispensing them in
appropriate containers that are labeled accurately and appropriately for the end user.

A

pharmacists
pharmacy technicians

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10
Q

It means any dosage form of a drug,
including parenteral products free of viable microorganisms, made using currently accepted aseptic compounding techniques under acceptable compounding conditions.

A

Sterile preparation

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11
Q

It is further defined by USP to include any manipulation of a sterile or non-sterile product intended to produce a sterile final product. The ____
recognizes compounding as a part of pharmacy practice, which does not fall within the agency’s authority.

A

Sterile compounding

Food and Drug Administration (FDA)

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12
Q

It involves creating a medication in an environment free from viruses, bacteria, or any other potentially infectious microorganisms. This type of
compounding is used for medications that will be administered either through an IV, injection, or directly into the eyes.

A

Sterile compounding

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13
Q

Administering medications through IV, Injection, or Directly into the eyes all have a very high risk of causing infection, so using sterile compounding techniques will help to significantly reduce these risks.

A
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14
Q

There are certain procedures and techniques that must be followed during sterile compounding to ensure that a
medication does not get contaminated with infectious microorganisms. These procedures and techniques include:

A

 Wear proper personal protective equipment (PPE), which includes gloves, goggles, masks, and hair coverings

 Use a compounding hood, which is a piece of equipment that prevents potentially infectious microorganisms from entering a work area.

 Sterilize all equipment, such as flasks, beakers, spatulas, and syringes; equipment sterilization can be
accomplished using an autoclave, which sterilizes equipment using very high heat.

 Compounding surfaces must be deactivated using an oxidizing material, cleaned with a germicidal material,
and disinfected with a substance containing alcohol

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15
Q

Pharmacy ensures that sterile preparations meet the clinical needs of
patients, satisfying quality, safety, and environmental control requirements in all phases of preparation, storage,
transportation, and administration in compliance with established standards, regulations, and professional best
practices.

A

Compounded Sterile Preparations

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16
Q

Includes Compounded biologics, diagnostic, drugs, nutrients, and
radiopharmaceuticals, including but not limited to the following dosage forms that must be sterile when they are
administered to patients; aqueous bronchial and nasal inhalations, baths and soaks for live organs and tissues,
injections (e.g. colloidal dispersions, emulsions, solutions, suspensions), irrigations for wounds and body cavities,
ophthalmic drops and ointments, and tissue implants.

A

Compounded Sterile Preparations (CSP)

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17
Q

It is a treatment modality that should only be employed when enteral nutrition is not plausible.

A

Total Parenteral Nutrition

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18
Q

It must supply all necessary nutrients for synthesis of lean body mass, wound healing, and maintenance of immune functions.

 It supplies all daily nutritional requirements of a patient.

A

Total Parenteral Nutrition

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19
Q

Nutrition Support Team (NST) Is usually composed of the:

A

Gastroenterologist
Primary Care Physician
Pharmacist
Nurse
Dietician

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20
Q

It is the head of the NST and responsible for the entire team duties and responsibilities

A

Physician

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21
Q

It has the responsibility of preparing the
sterile TPN solution.

A

Pharmacist

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22
Q

The key figure in the NST, being in constant contact with the patient.

A

Nurse

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23
Q

It is the resulting combination when one or more sterile products are added to an IV fluid for administration.

A

Intravenous admixture

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24
Q

In designing an IV admixture system, the pharmacist will have to consider typical process flow, stability, sterility, incompatibility information, type of IV fluid containers, compounding procedures, solubility, and proper labeling.

A
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25
It refers to the preparation of the solution with additives by individuals other than those who will administer them or who will assume responsibility for monitoring the effects on the patient once the administration has been initiated.
Intravenous admixture services
26
 IV Fluids with or without additives intended to be administered by intravenous infusion. These consist of single-dose injections having a volume of 100 mL to 1000 mL.
Large Volume Parenterals (LVP)
27
Resulting intravenous preparations are packaged in containers having a capacity of ____.
100 mL to 1000 mL
28
The commonly used mini-type infusion containers are ____ and ____ partial fills for solutions of drugs intended for “piggyback” technique.
250 mL capacity and 100 mL
29
Consist of single-dose IV injections having a volume of less than 100 mL. These includes 50 mL partial fills for solutions of drugs used in“piggyback” infusion and IV push preparations which are being administered over a short period of time.
Small Volume Parenterals
30
Consist of parenteral preparations in single dose, ready-to-administer aspirated syringes.
Unit Dose Injections
31
Small Volume Parenterals (SVP) consist of single-dose IV injections having a volume of less than __. These includes ___ partial fills for solutions of drugs used in“piggyback” infusion and IV push preparations which are being administered over a short period of time.
100 mL 50 mL
32
It is a critical measure that is affected by facility design.
International Organization for Standardization (ISO) air cleanliness classification of the compounding environment
33
PHYSICAL FACILITIES AND EQUIPMENT Design and Functionality Requirements
• Primary Engineering Controls (PECs) • Architecture • Buffer Areas • Air Supply • Surfaces
34
 To meet requirements for sterile compounding, many facilities choose to renovate existing space rather than construct new facilities.
Renovation
35
 Whether designing a new area or retrofitting one, the specific types (e.g., hazardous or nonhazardous) and risk levels of CSPs that will be prepared in the area should guide the facility design and construction.  A plan for how operations will continue without interruption should be devised prior to construction.
Renovation
36
 The facility’s emergency management plan should include steps to meet patient-care needs during time of utility interruptions, including the need for CSPs. In some cases, immediate-use procedures may be safely implemented to meet some needs.
Power and Other Utility Interruptions
37
Methods to identify and safely meet interim compounding needs or address patient-care needs with non compounded alternatives should be developed, put into standard operating procedures (SOPs), in-serviced to staff, and tested as part of the organization’s emergency planning process.
Power and Other Utility Interruptions
38
These are utilized to increase efficiency while decreasing the potential for human error. Devices that do not create their own ISO Class 5 environment must be located within an ISO Class 5 PEC and adhere to applicable standards for accuracy and precision.
Pharmacy compounding devices
39
 All compounding devices must be monitored and validated for accuracy consistent with device manufacturer specifications.
Pharmacy Compounding Devices
40
Cleaning with a germicidal detergent and water will remove visible solids or soiling before disinfecting. Disinfecting removes microbial contamination.  It is critical that an appropriate germicidal detergent and water be used to clean all surfaces of the buffer and ante areas in addition to all of the PECs.
Cleaning and Disinfecting
41
It requires viable and nonviable airborne particle testing, pressure differential or displacement airflow measurement, temperature monitoring, and surface disinfection sampling and assessment.
Ensuring a safe compounding environment
42
PHYSICAL FACILITIES AND EQUIPMENT Environmental Monitoring
 Temperature Monitoring  Pressure Differential or Air Displacement  Nonviable Airborne Particle Testing Program  Viable Airborne Particle Testing Program  Surface Disinfection Sampling and Assessment
43
It refers to any individual involved in compounding sterile preparations, regardless of profession.
Compounding Personnel
44
They are responsible for ensuring that CSPs are accurately identified, measured, diluted, and mixed and are correctly purified, sterilized, packaged, sealed, labeled, stored, dispensed, distributed, and disposed of if not used.
Compounding Personnel
45
Proper preparation for sterile, nonhazardous drug compounding
Hygiene and Garbing
46
To minimize the number of particles introduced into the sterile compounding area and to minimize the risk of bacteria, all outer jackets and sweaters, visible jewelry, and cosmetics must be removed prior to initiating the hand washing and garbing processes. Personal electronic devices (e.g., cell phones, MP3 players) and any associated attachments must be removed prior to hand hygiene and garbing and should not be used within the sterile compounding area.
Hygiene and Garbing
47
 Compounding personnel must understand the purposes of and relationships between ante, buffer, segregated, and storage areas.  A systematic process of entering and exiting the various areas is necessary to minimize contamination. Food, drinks, and gum are prohibited in all of these areas.
Compounding Areas
48
 Packaging and subsequent labeling are critical to patient safety. Packaging must be appropriate to preserve both sterility and stability until the ___.
BUD
49
Proper labeling requires an understanding of compounding risk levels and how to determine BUDs based on both stability and sterility.
Packaging and Labeling
50
Labels for single compounded preparations must, at a minimum, include the following:
 Names of active ingredients  Amounts or concentrations of active ingredients  BUD and time  Storage requirements  Identification of responsible compounding personnel
51
Labels for batch-prepared CSPs must also include:
 Control or lot number  Appropriate auxiliary labeling (including precautions)  Device-specific instructions (when appropriate)
52
Temperatures of areas used for storage on patient-care and procedural units, including room temperature and in refrigerators, freezers, and warmers, must be monitored and recorded daily.
Storage
53
On at least a ___ basis, compounding personnel or designated pharmacy personnel should evaluate storage areas for appropriate secure conditions, separation of drugs and food, and proper use and disposal of single-and multiple-dose vials.
monthly
54
 All personnel involved in the handling, transport, or storage of CSPs, whether they are compounding personnel or not, must be properly trained to complete these tasks, and the performance of all personnel, including contractors, must be monitored for compliance with facility policies.  Transportation methods for CSPs should be evaluated, as some forms of transportation, such as pneumatic tube systems, may adversely affect stability or integrity.
Transporting
55
It allows pharmacist and doctor to work together to create medication that is tailored to specific needs. Compounded medications require a prescription from physician, just like any other prescription medication.
Non-sterile compounding
56
Advantages of Non Sterile Compounding
• Custom-made strength or dosage • Addition of flavoring • Removal of unwanted inactive ingredients
57
Commercially available products come in a set range of doses, meaning you may be getting more or less of the medication than your body needs. Customizing the strength or dosage allows you to receive the amount you need, while potentially avoiding some unwanted side effects.
Custom-made strength or dosage
58
Flavoring can be added to many medications to make them more palatable without altering their efficacy. This can be especially useful for children or animals who are not able to swallow pills and/or do not like the taste of a certain medication.
Addition of flavoring
59
Compounding allows the physician and pharmacist to reformulated products in order to remove unwanted inactive agents, such as lactose, dyes, or gluten that may lead to sensitivities for certain patients.
Removal of unwanted inactive ingredients
60
These are another way non-sterile compounding can create a more personalized approach to treatment.
Alternate formulations
61
Some products can be prepared using alternate formulations to provide patients with other ways of taking their medication, including:
 Sustained-release oral products  Liquids preparations  Topical gels, lotions, ointments, creams, and foams  Medicated shampoos  Medicated lip balms  Dissolving troches and lollipops
62
All personnel are responsible for knowing and performing their roles and responsibilities in accordance with these Model Standards and the requirements of the applicable pharmacy regulatory authority. Compounding Personnel:
 Pharmacy Manager, Pharmacy Department Head  Non-sterile compounding Supervisor (Pharmacist or Pharmacy Technician)  Regulated Pharmacy Personnel (Pharmacist or Pharmacy Technician)  Non-regulated Pharmacy Personnel
63
 Must be clear and provide detailed descriptions of all activities, including cleaning.  Must be reviewed at least every ____, or more frequently if there is a change in practice or standards.  Must be updated promptly when there is a change affecting practice.  Additional procedures must be developed if staff are also handling hazardous products.
Policies and procedures 3 years
64
 Must be determined by regulated pharmacy personnel with adequate experience and broad scientific knowledge.  Must be assigned after consulting the manufacturer’s documentation and literature on the stability, compatibility and degradation of ingredients  Compounded preparations must be monitored for signs of instability and/or degradation.
BUD and Dating Methods
65
 Must be performed at each stage of the compounding process.  ____ must take place before the preparation is dispensed.
Verification Final verification
66
 Must be kept (in paper-based or electronic form) for each individual prescription and for non-sterile preparations made in batches.
Compounding Record
67
 Must be developed for each non-sterile compound by regulated pharmacy personnel with adequate experience and broad scientific knowledge.  Must include all necessary information to compound the non-sterile preparation.  Must contain supporting rationale and references.  Must be kept in a format that is readily accessible to compounding personnel.
Master Formulation Record
68
 Must be pure and of good quality.  Purified water or water of equivalent or superior quality must be used whenever the formula specifies water as an ingredient.  Must be obtained from recognized and reliable sources.
Ingredients Used for Compounding
69
 Must be cleaned regularly, as recommended by the manufacturer.  A log must be kept recording each cleaning session.
Specialized Equipment
70
 Must be routinely inspected and calibrated, if applicable, at appropriate intervals, as recommended by the manufacturer, or at least once a year if there are no manufacturer recommendations.
Equipment
71
 Must be appropriate for the type of preparations to be compounded.  Must not negatively affect the purity or quality of the preparation being compounded.  Must be cleaned well after each use.
Equipment