Errors of Omission

Errors of Omission Failure to counsel the patient Failure to screen for interactions and contraindications Mistakes and Slips Mistake Do things intentionally but actions are incorrect because of a knowledge or judgment deficit Behavior in problem solving mode Example: dose prescribed that exceeds maximum safe limit

Slip Do things unintentionally incorrect because of an attention deficit Behavior in automatic mode Example: dispense chlorpromazine when prescription was clearly written for chlorpropamide Dispensing Errors: Improving Workload Ensure adequate staffing levels Eliminate dispensing time limits (quotas)

Examples of limiting workload Dispense 150 prescriptions per pharmacist per day Require rest breaks every 23 hours Brief warm-up period before restarting work tasks Require 30-minute meal breaks Dispensing Errors: Combating Distractions Phones Fax machines, auto refill, voice mail,

priority processing, trained support personnel Prohibit distractions during critical prescription-filling functions Centralized filling operations Train support personnel to answer the telephone Dispensing Errors in the Work Area Clutter (return used containers immediately) Ensure adequate space

Store products with label facing forward Choose high-use items on the basis of safety as well as convenience, use original containers Telephone placement Poor ergonomics Lighting Heat, humidity Noise (TV, radio) Dispensing Errors in the Work Area

Labels on bins and shelves Failure mode: bin label may decrease chance that the actual product label will be checked when selected from bin; using bar codes will decrease chance of error Separate by route of administration (external/internal/injectable, etc.) Use auxiliary labels for externals Amoxicillin oral suspension for ear infection thought by parents to be drops administered in childs ear Review published safety alerts for look-alike/ soundalike drugs and frequent dispensing errors

Cognitive and Social Factors Use of high-intensity task lights and magnification Use of a device to hold prescriptions/ orders at eye level Posting alerts in strategic locations with error-prone products Use of exaggerated, unconventional type fonts to enhance reading of drug names

Well-Designed Drug Storage Adequate space Label facing forward Agents for external use should never be stored with oral medications Separate by route of administration Mark and/or isolate high-alert drugs Separate sound-alike/look-alike drugs Errors Related to Information About the Drug or Patient

Misleading or erroneous references Ambiguity in handwritten and typed documents Computerized prescribing Wrong patient errors Errors in dosage Computerized Prescribing Errors Computerized prescriber order entry (CPOE) improves communication and reduces some types of errors However, this technology may have its own

pitfalls: Lower case L may look like the numeral 1 Letter O may look like the numeral 0 (zero) Letter Z and the numeral 2 may be misread Wrong patient or wrong drug chosen from list Computerized Alerts Computer systems can be configured to flash maximum dose alerts and other safety alerts Upgrades are necessary and usually

available from software vendors Errors in Dosage Mathematical errors and decimal point misplacement are common causes of errors, especially in conversions between micrograms and milligrams Oral liquid medications can be dispensed improperly because of misunderstandings with reading and labeling of oral syringes or use of such devices by parents of pediatric

patients Dispensing Errors Caused by Poor Labeling Pharmacy computer-generated labeling and production of medication administration records should be optimized Nonessential information should be excluded from labels and reports Samples may be poorly labeled

Syringe and Admixture Labels Standardization of the way labels are placed on syringes can reduce errors Use of For Oral Use Only labels on oral syringes Placement of labels on IV bags Warning labels for special parenterals Vinca alkaloids, other antineoplastics Medications with specific infusion rates Inpatient Oral Medication Label

Format: Minimum Content Properly Labeled Syringe Errors Related to Dispensing Methods 24-hour pharmacy service reduces errors Unit-dose dispensing should be utilized whenever feasible Requiring multiple tablets to be taken

for one dose may result in an underdose Manual Redundancies Independent double checks before dispensing Original prescription order, label, and medication container should be kept together throughout the dispensing process Pharmacist must check all of technicians work

Manual Redundancies (continued) Self-checking by a lone practitioner may be safer if: Switching hands when rereading the label Delay of self-checking Recalculating using a different process Manual Redundancies (continued)

Compounded products can be checked before dispensing utilizing new qualitative and quantitative analysis techniques Use of standardized concentrations of frequently used formulations reduces errors Dispensing Errors Caused by Poor Patient Education Failure to adequately educate patients Lack of pharmacist involvement in

direct patient education Failure to provide patients with understandable written instructions Lack of involving patients in check systems Not listening to patients when therapy is questioned or concerns are expressed 02/21/2020 22

Dispensing errors and near misses All reasonable steps need to be taken to minimise the occurrence of errors. 1.Good practice dictates that there should be a systematic approach in dealing with errors and near misses so that lessons can be learned from them and corrective action taken. 2. Pharmacists are to use barcode scanners when dispensing medicines at dispensing stations in pharmacies and pharmacy departments, and are to be used for the intended purpose. They are an aid to, but not a substitute for, minimising selection

errors. 02/21/2020 23 3. Routine checking throughout the dispensing process is necessary, with particular emphasis being attached to the final check at the time of actual supply and at the time of dispatch of medication to wards. 4. Counselling of the patient or carer

about their medicines provides an additional check. 5. Adequate time must be allowed to dispense properly 6. Arrangements should be in place to minimise distractions during the dispensing process, which can lead to dispensing errors. 02/21/2020 7. Pharmacists dispensing medicines

24 General caveat for CAPA (ISO)- Corrective Actions Preventive Actions-Systematic Approach 02/21/2020 25 CAPAs

CAPAs are based on risk, taking into account the frequency with which the nonconformity might occur and the severity of the risk if the nonconformity did occur The objective of implementing a CAPA mechanism or system is to correct and prevent poor practices, not simply bad product. Correction and prevention of unacceptable quality system practices should result in fewer nonconformities related to product For example, it should identify and correct improper personnel, issues of training, the failure to follow procedures, and inadequate procedures

It is worth noting that there is a difference between correction and corrective action according to ISO 9000:2005: a Correction action to eliminate a detected action to eliminate a detected nonconformity. A correction can be for example, rework or regrade. But a Corrective action action to eliminate a detected action to eliminate the cause of a detected non action to eliminate a detected conformity or other undesirable situation. Noting that there can be more than one cause for a nonconformity; and that a corrective action is taken to prevent recurrence. CAPA: INVESTIGATION QUESTIONS Similarly, there is a difference between, a Preventive action action to eliminate a detected action to eliminate the cause of a potential non action to eliminate a detected conformity or other undesirable

situation. There can be more than one cause for a potential nonconformity. In order to establish relationships between violative conditions and responsible individuals, the following types of information, would be useful: Who knew of conditions? Who should have known of the conditions because of their specific or overall duties and positions? Who had the duty and power to prevent or detect the conditions, or to see they were prevented or detected? Who had the duty and power to correct the conditions, or to see they were corrected? What was done after person(s) learned of the conditions? Upon whose authority and instructions (be specific)?

CAPA Steps 1.Identification of the problem /dispensing error-which error 2.Identification of the cause (s) of the event 3.Proposition of solutions and plan CAPA plan implementation 4.Monitoring of the CAPA plan 5.Documentation of the whole 1. State the problem, event, or issue identified Briefly outline the problem, event, or issue identified. This outline should be as objective as possible and include a description of: What occurred Where and when the event occurred What should have occurred instead

What the source of the information was Who discovered the information/event Identification of the event Collect data: Analyze the situation fully before you can move on to look at factors that contributed to the problem. To maximize the effectiveness of this step, talk to everyone with knowledge of the problem and process. You may become aware of additional information that you were not aware of at the time the event was initially discovered. Data collection should provide you with information on: Whether the problem truly exists, including the evidence indicating that a problem occurred

What the true scope and magnitude of the problem is, including: How many times the event occurred, How many subjects were affected, Whether this event occurred in one or multiple studies under this PI's purview, with similar study team members, and/or within the program How long the problem has existed, including: When the event first occurred and how long it continued What the effect or impact of the problem is and who was affected Root cause analysis

Root cause analysis tools, including many common types of charts and graphs, can be helpful during this process. A Why Chart can be particularly helpful in determining a root cause, as it helps analyze the different layers of causes (3 or 5 Whys) During the Root Cause Analysis, ask at least the following questions: What sequence of events lead to the problem or allowed the problem to occur? What conditions allowed the problem to occur? What other problems surround the occurrence of the central problem? What were the contributing factors that led to this event? (i.e. all the items in the causal chain) What is the underlying, root cause of the event? (i.e. the first item in the causal chain)

Identify Possible Causes: The goal of this step is to identify and document as many factors contributing to the problem as possible. There can be multiple reasons or causes that contribute to one single problem. This list may include human error, and/or process or equipment/space related factors. The focus should be on identifying underlying problems that contribute to error rather than on mistakes made by individuals. Propose and Implement a Corrective and Preventive Action (CAPA) Plan

Create simple, measurable solutions that address the root cause(s). These solutions should take the form of durable corrective and preventive actions that eliminate the cause and prevent it from recurring in the future, instead of just resolving the issue at hand. When developing a CAPA, consider at least the following: What are the available solutions to prevent the event from occurring or recurring? Are the solutions feasible? How will the solution(s) be implemented? What are the available resources (internal and external to the study team) to implement and monitor the CAPA plan? Who will be responsible and accountable for implementing and

monitoring the CAPA Plan? Are the deadlines reasonable and achievable? Can it be monitored? CAPA IMPLEMENTATION AND MONITORING Monitor the progress and effectiveness of the CAPA Plan

Despite best efforts to identify root causes and solutions, the identified root causes may be incorrect and/or the solutions ineffective. Therefore, it is important that any CAPA be periodically assessed for effectiveness and modified as needed. Modifying an ineffective CAPA may require reexamining the causes of the initial event and restarting the root cause analysis process. When monitoring a CAPA, consider at least the following: How will the CAPA plan be monitored (i.e. how will problems with the CAPA be identified and reported)? When will you review the progress and effectiveness of the CAPA Plan? At what intervals or frequency will you review the progress and

effectiveness of the plan? When and to whom should the outcome of the CAPA Plan be reported? CAPA in Dispensing Processes COMPLETENESS AND CORRECTNESS APPROPRIATENESS The prescription serves as a vehicle for communication from the licensed practitioner to the pharmacist about the pharmaceutical care of the patient

02/21/2020 Thus, it contains or should contain the following details: Prescriber Patient Product All these details should be checked for CCA Is the prescriber licensed, authorized to prescribe

what s/he did; is the signature genuine Is the patient the right one; are the relevant details to check appropriateness available e.g. age; sex; health status;others Are product details there: name of the product, dosage form, strength/potency, total amount to be dispensed, dosage and direction for use, frequency 33 Dispensing CAPAs

34 02/21/2020 35 Ethical considerations in Good Dispensing Ethical considerations include whether they require consent from the patient for treatment. Mentally ill Patients might not always

understand their treatments or medication purposes. 02/21/2020 36 02/21/2020 General Ethical principles As Applied in Healthcare Beneficence is the principle that health

professionals should act in the best interest of the patient. Autonomy is the principle that establishes patient rights to self-determination- to choose what will be done to them. Honesty principle states that patients have the right to the truth about their medical condition, the course of disease, the treatments recommended and the alternative treatments available. Informed Consent has occurred and treatment can be implemented if all relevant

information is provided, if the patients 37 Ethical principles-Continued Confidentiality serves to assure patients that information about their medical conditions and treatments will not be given to individuals without their permission. Fidelity is the right of patients to have health professional provide services that

promote patients interests rather than their own. Ethically, the first responsibilities of health care professionals should be directed towards the patients rather than directed at the financial well-being of their establishments. 02/21/2020 38 Specific Dispensing Ethical Rules that are punishable- RSA

Failure to provide information to the patient on the safe and effective use of medicines dispensed or sold over the counter. This includes proper labelling Substituting or omitting to issue a medicine prescribed if this was not a request from a patient or after not having obtained the prescriber view, consent Failure to indicate that s/he dispensed the prescription by marking it with his signature, initials, Failure to exercise a proper control over all connected activities such acquisition (counterfeit, poor quality,), storage (not respecting manufacturers requirements), handling of products (controlled drugs)

02/21/2020 39 02/21/2020 40 02/21/2020 41

02/21/2020 42 General approach to Ethical Issues 02/21/2020 43 Ethical cases for discussion

To dispense or not Emergency contraceptives 02/21/2020 45 02/21/2020 46 Concluding remarks on ethics discussions

02/21/2020 47

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