it is a very important topic in healthcare management. Pharmacist being the end point of contact for medicine use, he/she must be very careful in explaining the same to the patients while dispensing.
This document discusses medication adherence and factors that influence a patient's compliance. It defines medication adherence as a patient following their provider's recommendations on timing, dosage, and frequency of medication. Non-adherence can be caused by socioeconomic factors, healthcare system issues, therapy complexity, a patient's condition, or individual patient factors. The document outlines the pharmacist's role in educating patients and monitoring adherence through direct methods like drug testing or indirect methods like patient surveys. Pharmacists can improve adherence by simplifying regimens, addressing side effects, and enhancing patient-provider communication.
Patient counseling refers to providing patients information to help them appropriately use their medications. The goals of counseling include improving patient understanding of their illness and treatment, adherence to medications, and quality of life while reducing health care costs. Effective counseling requires strong communication skills and involves preparing, opening the session, discussing the medication counseling points, and closing by addressing patient questions and summarizing key points. Barriers to counseling can be patient-related, such as a language difference, or provider-related like a lack of counseling skills or time constraints. Overcoming these barriers is important to improve counseling.
1) The document discusses pharmaceutical care, which aims to ensure safe and effective drug use through identifying and resolving drug-related problems.
2) It defines pharmaceutical care as the responsible provision of drug therapy to achieve definite outcomes that improve a patient's quality of life.
3) Key aspects of pharmaceutical care include assessing a patient's medication needs, developing and implementing a care plan to address actual or potential drug therapy problems, and monitoring the care plan.
Medication adherence is defined as a patient conforming to a healthcare provider's recommendations regarding timing, dosage, and frequency of medication. It involves filling prescriptions and refilling on time. Non-adherence can be caused by patient factors like forgetfulness or cost barriers, physician factors like complex regimens, and health system factors like fragmented care. Pharmacists can improve adherence through education on medication purpose, usage, and side effects. Adherence is especially important for chronic conditions and can be monitored through patient assessments.
medication Adherence defined as the act of filling a new prescription for the first time.
The extent to which the patients take medications as prescribed by the prescriber.
Medication adherence refers to the extent to which a patient follows medical advice regarding prescribed medications. It is important for therapeutic outcomes, especially for chronic illnesses. While many factors can influence adherence, it is difficult to predict. Pharmacists are well-positioned to improve adherence through patient education about their medications, potential side effects, and the importance of adherence. Strategies like simplifying dosing regimens, using medication organizers, and addressing specific barriers can also help. Further research is still needed to better understand and promote adherence.
Clinical pharmacy involves pharmacists taking a patient-centered approach to medication therapy to promote health and wellness. It requires advanced clinical knowledge and skills beyond traditional dispensing roles. Clinical pharmacists work directly with patients, physicians, and other healthcare providers to optimize medication use, identify and resolve medication-related problems, educate patients, and ensure the safe, effective, and economical use of medications. They are integral members of the healthcare team across various clinical practice settings and specialties.
This document discusses medication adherence and factors that influence a patient's compliance. It defines medication adherence as a patient following their provider's recommendations on timing, dosage, and frequency of medication. Non-adherence can be caused by socioeconomic factors, healthcare system issues, therapy complexity, a patient's condition, or individual patient factors. The document outlines the pharmacist's role in educating patients and monitoring adherence through direct methods like drug testing or indirect methods like patient surveys. Pharmacists can improve adherence by simplifying regimens, addressing side effects, and enhancing patient-provider communication.
Patient counseling refers to providing patients information to help them appropriately use their medications. The goals of counseling include improving patient understanding of their illness and treatment, adherence to medications, and quality of life while reducing health care costs. Effective counseling requires strong communication skills and involves preparing, opening the session, discussing the medication counseling points, and closing by addressing patient questions and summarizing key points. Barriers to counseling can be patient-related, such as a language difference, or provider-related like a lack of counseling skills or time constraints. Overcoming these barriers is important to improve counseling.
1) The document discusses pharmaceutical care, which aims to ensure safe and effective drug use through identifying and resolving drug-related problems.
2) It defines pharmaceutical care as the responsible provision of drug therapy to achieve definite outcomes that improve a patient's quality of life.
3) Key aspects of pharmaceutical care include assessing a patient's medication needs, developing and implementing a care plan to address actual or potential drug therapy problems, and monitoring the care plan.
Medication adherence is defined as a patient conforming to a healthcare provider's recommendations regarding timing, dosage, and frequency of medication. It involves filling prescriptions and refilling on time. Non-adherence can be caused by patient factors like forgetfulness or cost barriers, physician factors like complex regimens, and health system factors like fragmented care. Pharmacists can improve adherence through education on medication purpose, usage, and side effects. Adherence is especially important for chronic conditions and can be monitored through patient assessments.
medication Adherence defined as the act of filling a new prescription for the first time.
The extent to which the patients take medications as prescribed by the prescriber.
Medication adherence refers to the extent to which a patient follows medical advice regarding prescribed medications. It is important for therapeutic outcomes, especially for chronic illnesses. While many factors can influence adherence, it is difficult to predict. Pharmacists are well-positioned to improve adherence through patient education about their medications, potential side effects, and the importance of adherence. Strategies like simplifying dosing regimens, using medication organizers, and addressing specific barriers can also help. Further research is still needed to better understand and promote adherence.
Clinical pharmacy involves pharmacists taking a patient-centered approach to medication therapy to promote health and wellness. It requires advanced clinical knowledge and skills beyond traditional dispensing roles. Clinical pharmacists work directly with patients, physicians, and other healthcare providers to optimize medication use, identify and resolve medication-related problems, educate patients, and ensure the safe, effective, and economical use of medications. They are integral members of the healthcare team across various clinical practice settings and specialties.
Prescribed Medication Order and Communication Skills.pptxSangam Kanthale
Prescribed medication orders must contain specific information to effectively communicate treatment regimens to pharmacists. This includes the patient's name, drug name, strength, dose, form, administration route, quantity, prescriber information, and date. PRN orders require additional details like maximum daily dose and signs/symptoms prompting administration. Proper interpretation of prescriptions by pharmacists can prevent medication errors by understanding abbreviations and Latin terms used. Effective communication between all healthcare professionals is critical for safe and accurate patient care.
The document discusses the importance of medication history interviews. A medication history interview involves collecting detailed information from a patient about all prescribed and non-prescribed medications they have taken. This information includes allergies, adherence to treatments, and use of alternative medicines. Collecting a thorough medication history helps prevent prescription errors, detect potential drug-related issues, and allows healthcare providers to develop better treatment plans by understanding a patient's complete medication use and history. The interview collects demographic data, medical information, and details on both current and past prescription and non-prescription medication use.
From Medical perspective, patients who don’t comply with doctors orders are usually seen as deviant and deviance needs correction
But many chronically view their behavior differently, as matter of self regulation
American Sociologist Peter Conrad
A good working atmosphere and healthy moral climate makes therapeutic efforts more easy in all Institutions
This document discusses clinical pharmacy, including definitions, the status of clinical pharmacy in India, the scope and history of clinical pharmacy, activities of clinical pharmacists, clinical pharmacy practice areas, guidelines for pharmacotherapy specialists, clinical pharmacokinetics, drugs that can be monitored through therapeutic drug monitoring, reasons to request TDM, and the responsibilities of clinical pharmacists. It outlines how clinical pharmacy aims to optimize drug therapy for patients through various roles like consulting, drug information provision, and patient monitoring.
This document discusses physiological pharmacokinetic models, which describe drug movement and disposition in the body based on organ blood flow and organ spaces penetrated by the drug. It presents different types of models, including blood flow-limited models, models incorporating drug binding, and membrane-limited models. It discusses key concepts like mean residence time, mean absorption time, and mean dissolution time. Physiological pharmacokinetic models provide a more exact description of drug concentrations over time compared to non-physiological models.
Nonlinear pharmacokinetics can occur when the rate processes of drug absorption, distribution, metabolism, or excretion become dependent on dose size due to saturation of carrier proteins or enzymes. Some specific causes of nonlinearity include saturation of transporters during drug absorption, saturation of plasma protein binding sites or tissue binding sites during distribution, capacity-limited drug metabolism by enzyme saturation, and saturation of active tubular secretion or reabsorption processes during excretion. The Michaelis-Menten equation can describe the kinetics of these saturable, capacity-limited processes.
This document discusses patient medication adherence. It defines adherence as taking medication as recommended by a healthcare provider. Non-adherence can be unintentional due to complex regimens or intentional if a patient stops medication. The World Health Organization identified 5 dimensions that influence adherence: social/economic factors, healthcare system factors, condition-related factors, therapy-related factors, and patient-related factors. Methods for measuring adherence include medication monitors, patient self-reports, pill counts, pharmacy records, and the Morisky Medication Adherence Scale. Pharmacists can improve adherence through education, simplifying regimens, identifying barriers, and reminding patients.
This document discusses various sources of drug information that can be classified as primary, secondary, or tertiary. Primary sources provide the most up-to-date information directly from unpublished studies and peer-reviewed journals. Secondary sources provide indexed access to primary sources through abstracting systems and databases. Tertiary sources contain well-established information that does not provide updates, including reference books, drug compendia, formularies, bulletins, and pharmacopoeias which list drugs and standards.
Bioavailability is defined as the rate and extent of absorption of a drug from its dosage form and the amount available at the site of action. It depends on pharmaceutical, patient, and route of administration factors. The objectives of bioavailability studies are to develop new formulations, determine the influence of excipients and other drugs, and control drug product quality. Bioavailability can be assessed using pharmacokinetic methods like plasma concentration-time profiles from single and multiple dose studies, and urinary excretion studies. Key parameters analyzed are Cmax, Tmax, and AUC which indicate rate and extent of absorption. Pharmacodynamic methods like acute pharmacological response and therapeutic response studies can also be used when pharmacokinetic methods are not suitable. In
Bioavailability refers to the fraction of an administered drug that reaches systemic circulation. It is determined by comparing plasma drug levels after oral versus intravenous administration. Factors like first-pass metabolism, solubility, and drug formulation can influence bioavailability. The area under the plasma concentration-time curve (AUC) and other pharmacokinetic parameters are used to assess bioavailability and determine bioequivalence between products. The volume of distribution represents the theoretical space required to distribute the total amount of drug at the observed plasma concentration.
This document discusses adverse drug reactions, including their definition, classification, causes, and the role of nurses. It defines an adverse drug reaction as an unintended, harmful response to a medication. Reactions are classified as Type A or B, with Type A reactions being dose-dependent and Type B being unpredictable. Common causes of reactions include medication errors, biological differences between patients, and drug interactions. The document outlines how nurses can help identify, document, monitor, prevent, and report adverse drug reactions.
OTC drugs are medications that can be purchased without a prescription. They include analgesics, cough/cold medicines, antacids, and other low-risk medications. OTC drugs account for 55% of drugs used in India and provide cheaper, more convenient treatment options compared to prescription drugs. However, they still carry risks if not used properly, such as drug interactions. Pharmacists play an important role in counseling patients on the safe use of OTC medications.
A medication history interview is used to collect detailed information about all medications a patient is currently taking or has taken in the past. This provides insights into allergic reactions, adherence, and use of alternative medicines. The goals are to obtain complete information to compare to medical records, verify histories, and inform care. Key information includes current and past medications, reactions, effectiveness, adherence, and sources like patients, families, and records. Patient counseling then aims to improve understanding of treatment, side effects, and self-management through a structured introduction, discussion, and conclusion.
This document discusses rational use of over-the-counter (OTC) medications. It provides examples of common OTC drug categories and explains that rational use means using the appropriate medication, in the proper dose, for the right duration and indication. Irrational or improper use can lead to antimicrobial resistance, adverse reactions, financial costs, and erosion of patient confidence in the healthcare system. Factors contributing to irrational use include lack of knowledge and unethical drug promotion. Improving rational use requires guidelines, education, availability of essential medicines, and eliminating financial incentives for improper prescribing. Several examples of irrational fixed-dose drug combinations are also provided that combine drugs with different mechanisms or indications.
Hospital pharmacists are experts in medicines who work as part of healthcare teams to manage medication use in hospitals. Their responsibilities include procurement, storage, dispensing, manufacturing, testing, and distribution of drugs. They provide patient-centered care through individualized patient monitoring and evaluation. Hospital pharmacists require administrative, technical, and academic abilities to plan pharmacy operations, ensure quality control, provide training, and participate in research. Their roles include working in central dispensing areas, patient care units, and direct patient care through counseling, monitoring therapy, and obtaining medication histories. Beyond clinical care, hospital pharmacists also serve on committees, conduct drug trials, provide education, and influence hospital formularies.
The document discusses the key aspects of a hospital formulary system. It explains that a formulary is a continually revised list of pharmaceuticals and medicines used in a hospital, reflecting the current clinical judgement of medical staff. It provides guidelines for formulary development, including forming a Pharmacy and Therapeutics committee to determine content, format, and rules for adding or removing drugs. The main contents of the formulary are also summarized, such as drug product information, indexing systems, hospital policies and more. Selection criteria for including drugs in the formulary prioritizes clinical value and regulatory compliance.
This document discusses drug therapy monitoring and pharmaceutical care. It outlines the key components and goals of drug therapy monitoring including medication order review, clinical review, and pharmacist intervention. The goals are to optimize drug therapy, prevent medication errors, and assess therapeutic outcomes. It also discusses the process of pharmaceutical care which involves identifying drug-related problems, determining treatment goals, developing and implementing care plans, and monitoring outcomes. The overall aim is to provide responsible drug therapy to improve patients' quality of life.
This document discusses therapeutic drug monitoring (TDM), which uses drug concentration measurements to help manage patients receiving drug therapy. TDM aims to attain safe and effective drug concentrations within the therapeutic range to optimize treatment. It coordinates various medical fields and removes empirical approaches. The document outlines drugs that commonly require TDM due to pharmacokinetic variability and concentration-dependent effects. It also discusses the TDM process, including deciding when to monitor, collecting patient information, measuring drug levels using various laboratory techniques, and using results to guide dosing adjustments. TDM provides benefits like side effect monitoring, shorter hospital stays, and better disease control through individualized dosing.
This document discusses strategies to improve patient medication adherence. It begins by defining medication adherence as a patient taking medications as prescribed in terms of dosage, time, frequency, and directions. Some key factors that influence non-adherence are identified as the high cost of medicines, a lack of understanding about medication regimens, side effect scares, and difficulties refilling prescriptions. The document then outlines several strategies to overcome non-adherence, including simplifying regimens, improving communication with patients, educating patients about their conditions and treatments, and monitoring adherence.
Medication Adherence- Introduction
Definition
Causes of medication non-adherence
Pharmacist role in the medication adherence
Monitoring of patient medication adherence.
Prescribed Medication Order and Communication Skills.pptxSangam Kanthale
Prescribed medication orders must contain specific information to effectively communicate treatment regimens to pharmacists. This includes the patient's name, drug name, strength, dose, form, administration route, quantity, prescriber information, and date. PRN orders require additional details like maximum daily dose and signs/symptoms prompting administration. Proper interpretation of prescriptions by pharmacists can prevent medication errors by understanding abbreviations and Latin terms used. Effective communication between all healthcare professionals is critical for safe and accurate patient care.
The document discusses the importance of medication history interviews. A medication history interview involves collecting detailed information from a patient about all prescribed and non-prescribed medications they have taken. This information includes allergies, adherence to treatments, and use of alternative medicines. Collecting a thorough medication history helps prevent prescription errors, detect potential drug-related issues, and allows healthcare providers to develop better treatment plans by understanding a patient's complete medication use and history. The interview collects demographic data, medical information, and details on both current and past prescription and non-prescription medication use.
From Medical perspective, patients who don’t comply with doctors orders are usually seen as deviant and deviance needs correction
But many chronically view their behavior differently, as matter of self regulation
American Sociologist Peter Conrad
A good working atmosphere and healthy moral climate makes therapeutic efforts more easy in all Institutions
This document discusses clinical pharmacy, including definitions, the status of clinical pharmacy in India, the scope and history of clinical pharmacy, activities of clinical pharmacists, clinical pharmacy practice areas, guidelines for pharmacotherapy specialists, clinical pharmacokinetics, drugs that can be monitored through therapeutic drug monitoring, reasons to request TDM, and the responsibilities of clinical pharmacists. It outlines how clinical pharmacy aims to optimize drug therapy for patients through various roles like consulting, drug information provision, and patient monitoring.
This document discusses physiological pharmacokinetic models, which describe drug movement and disposition in the body based on organ blood flow and organ spaces penetrated by the drug. It presents different types of models, including blood flow-limited models, models incorporating drug binding, and membrane-limited models. It discusses key concepts like mean residence time, mean absorption time, and mean dissolution time. Physiological pharmacokinetic models provide a more exact description of drug concentrations over time compared to non-physiological models.
Nonlinear pharmacokinetics can occur when the rate processes of drug absorption, distribution, metabolism, or excretion become dependent on dose size due to saturation of carrier proteins or enzymes. Some specific causes of nonlinearity include saturation of transporters during drug absorption, saturation of plasma protein binding sites or tissue binding sites during distribution, capacity-limited drug metabolism by enzyme saturation, and saturation of active tubular secretion or reabsorption processes during excretion. The Michaelis-Menten equation can describe the kinetics of these saturable, capacity-limited processes.
This document discusses patient medication adherence. It defines adherence as taking medication as recommended by a healthcare provider. Non-adherence can be unintentional due to complex regimens or intentional if a patient stops medication. The World Health Organization identified 5 dimensions that influence adherence: social/economic factors, healthcare system factors, condition-related factors, therapy-related factors, and patient-related factors. Methods for measuring adherence include medication monitors, patient self-reports, pill counts, pharmacy records, and the Morisky Medication Adherence Scale. Pharmacists can improve adherence through education, simplifying regimens, identifying barriers, and reminding patients.
This document discusses various sources of drug information that can be classified as primary, secondary, or tertiary. Primary sources provide the most up-to-date information directly from unpublished studies and peer-reviewed journals. Secondary sources provide indexed access to primary sources through abstracting systems and databases. Tertiary sources contain well-established information that does not provide updates, including reference books, drug compendia, formularies, bulletins, and pharmacopoeias which list drugs and standards.
Bioavailability is defined as the rate and extent of absorption of a drug from its dosage form and the amount available at the site of action. It depends on pharmaceutical, patient, and route of administration factors. The objectives of bioavailability studies are to develop new formulations, determine the influence of excipients and other drugs, and control drug product quality. Bioavailability can be assessed using pharmacokinetic methods like plasma concentration-time profiles from single and multiple dose studies, and urinary excretion studies. Key parameters analyzed are Cmax, Tmax, and AUC which indicate rate and extent of absorption. Pharmacodynamic methods like acute pharmacological response and therapeutic response studies can also be used when pharmacokinetic methods are not suitable. In
Bioavailability refers to the fraction of an administered drug that reaches systemic circulation. It is determined by comparing plasma drug levels after oral versus intravenous administration. Factors like first-pass metabolism, solubility, and drug formulation can influence bioavailability. The area under the plasma concentration-time curve (AUC) and other pharmacokinetic parameters are used to assess bioavailability and determine bioequivalence between products. The volume of distribution represents the theoretical space required to distribute the total amount of drug at the observed plasma concentration.
This document discusses adverse drug reactions, including their definition, classification, causes, and the role of nurses. It defines an adverse drug reaction as an unintended, harmful response to a medication. Reactions are classified as Type A or B, with Type A reactions being dose-dependent and Type B being unpredictable. Common causes of reactions include medication errors, biological differences between patients, and drug interactions. The document outlines how nurses can help identify, document, monitor, prevent, and report adverse drug reactions.
OTC drugs are medications that can be purchased without a prescription. They include analgesics, cough/cold medicines, antacids, and other low-risk medications. OTC drugs account for 55% of drugs used in India and provide cheaper, more convenient treatment options compared to prescription drugs. However, they still carry risks if not used properly, such as drug interactions. Pharmacists play an important role in counseling patients on the safe use of OTC medications.
A medication history interview is used to collect detailed information about all medications a patient is currently taking or has taken in the past. This provides insights into allergic reactions, adherence, and use of alternative medicines. The goals are to obtain complete information to compare to medical records, verify histories, and inform care. Key information includes current and past medications, reactions, effectiveness, adherence, and sources like patients, families, and records. Patient counseling then aims to improve understanding of treatment, side effects, and self-management through a structured introduction, discussion, and conclusion.
This document discusses rational use of over-the-counter (OTC) medications. It provides examples of common OTC drug categories and explains that rational use means using the appropriate medication, in the proper dose, for the right duration and indication. Irrational or improper use can lead to antimicrobial resistance, adverse reactions, financial costs, and erosion of patient confidence in the healthcare system. Factors contributing to irrational use include lack of knowledge and unethical drug promotion. Improving rational use requires guidelines, education, availability of essential medicines, and eliminating financial incentives for improper prescribing. Several examples of irrational fixed-dose drug combinations are also provided that combine drugs with different mechanisms or indications.
Hospital pharmacists are experts in medicines who work as part of healthcare teams to manage medication use in hospitals. Their responsibilities include procurement, storage, dispensing, manufacturing, testing, and distribution of drugs. They provide patient-centered care through individualized patient monitoring and evaluation. Hospital pharmacists require administrative, technical, and academic abilities to plan pharmacy operations, ensure quality control, provide training, and participate in research. Their roles include working in central dispensing areas, patient care units, and direct patient care through counseling, monitoring therapy, and obtaining medication histories. Beyond clinical care, hospital pharmacists also serve on committees, conduct drug trials, provide education, and influence hospital formularies.
The document discusses the key aspects of a hospital formulary system. It explains that a formulary is a continually revised list of pharmaceuticals and medicines used in a hospital, reflecting the current clinical judgement of medical staff. It provides guidelines for formulary development, including forming a Pharmacy and Therapeutics committee to determine content, format, and rules for adding or removing drugs. The main contents of the formulary are also summarized, such as drug product information, indexing systems, hospital policies and more. Selection criteria for including drugs in the formulary prioritizes clinical value and regulatory compliance.
This document discusses drug therapy monitoring and pharmaceutical care. It outlines the key components and goals of drug therapy monitoring including medication order review, clinical review, and pharmacist intervention. The goals are to optimize drug therapy, prevent medication errors, and assess therapeutic outcomes. It also discusses the process of pharmaceutical care which involves identifying drug-related problems, determining treatment goals, developing and implementing care plans, and monitoring outcomes. The overall aim is to provide responsible drug therapy to improve patients' quality of life.
This document discusses therapeutic drug monitoring (TDM), which uses drug concentration measurements to help manage patients receiving drug therapy. TDM aims to attain safe and effective drug concentrations within the therapeutic range to optimize treatment. It coordinates various medical fields and removes empirical approaches. The document outlines drugs that commonly require TDM due to pharmacokinetic variability and concentration-dependent effects. It also discusses the TDM process, including deciding when to monitor, collecting patient information, measuring drug levels using various laboratory techniques, and using results to guide dosing adjustments. TDM provides benefits like side effect monitoring, shorter hospital stays, and better disease control through individualized dosing.
This document discusses strategies to improve patient medication adherence. It begins by defining medication adherence as a patient taking medications as prescribed in terms of dosage, time, frequency, and directions. Some key factors that influence non-adherence are identified as the high cost of medicines, a lack of understanding about medication regimens, side effect scares, and difficulties refilling prescriptions. The document then outlines several strategies to overcome non-adherence, including simplifying regimens, improving communication with patients, educating patients about their conditions and treatments, and monitoring adherence.
Medication Adherence- Introduction
Definition
Causes of medication non-adherence
Pharmacist role in the medication adherence
Monitoring of patient medication adherence.
This document discusses medication adherence. It defines medication adherence and explains that it is one of the most important factors in determining therapeutic outcomes, especially for chronic illnesses. The document outlines different types of medication non-adherence, including primary and secondary (both intentional and unintentional) non-adherence. It also discusses various methods for measuring and improving medication adherence.
Medication adherence refers to the degree to which a patient follows the recommendations of their healthcare provider regarding medication. It requires agreement between the patient and provider on treatment, unlike compliance which suggests passive following of orders. Adherence is determined by social, healthcare system, condition, therapy, and patient-related factors. Pharmacists can play a key role in improving adherence through education, simplifying dosing, using reminders, and identifying barriers by talking to patients. The ultimate goal is for patients to actively collaborate in their treatment.
This document discusses patient compliance and non-compliance with medical treatment. It defines compliance as adhering to a treatment plan due to perceiving benefits, while non-compliance threatens treatment success. The document notes that adherence is a more accurate term than compliance, as it recognizes patients actively participate in their care. Key factors that influence compliance include the disease, treatment regimen, patient-provider interaction, and socioeconomic issues. Various methods to assess compliance are indirect, like pill counts or MEMS devices, or direct, like drug analysis. Strategies to improve compliance involve simplifying treatment, developing suitable packaging, supplementary education, and counseling. Overall, non-compliance is a major issue that reduces treatment effectiveness.
Medication adherence refers to the extent to which a patient follows medical advice regarding prescribed medications. It is important for therapeutic outcomes, especially for chronic illnesses. While many factors can influence adherence, it is difficult to predict. Pharmacists are well-positioned to improve adherence through patient education about their medications, potential side effects, and the importance of adherence. Strategies like simplifying dosing regimens, using medication organizers, and addressing specific barriers can also help. Further research is still needed to better understand and promote adherence.
This document discusses drug compliance and factors that influence a patient's adherence to medication regimens. It begins by defining compliance and its importance, noting that up to 50% of patients do not take medications as prescribed. Factors that can contribute to poor compliance include patient-related issues like a lack of understanding, physician-related problems like poor communication, and therapy challenges such as complex dosing schedules. The document then outlines several methods that can be used to measure and evaluate compliance, and provides strategies doctors can implement to improve patient adherence, such as simplifying treatment plans, educating patients, and involving family members.
Medication adherence is essential for achieving positive therapeutic outcomes, especially in chronic diseases. Non-adherence has many causes like patients not believing treatment is necessary, complex regimens, or poor communication with providers. Pharmacists can play an important role in improving adherence through patient education, simplifying dosing, minimizing side effects, reminder calls/texts, and identifying individual barriers. Proper adherence monitoring is also important, as it allows interventions when non-adherence is detected. Both direct methods like biological fluid testing and indirect methods like pill counting can assess adherence, though indirect methods are less expensive.
clinical pharmacy and modern dispensing practice. ...docxPriyayannawar4
Clinical pharmacy involves providing care and advice to patients regarding their medication therapy to promote health and prevent disease. The clinical pharmacist plays an important role in various areas like making decisions about drug therapy, counseling patients, and ensuring compliance. Some key responsibilities of a clinical pharmacist include taking medication histories, educating patients, monitoring drug therapy, and participating in research. Proper patient counseling and compliance are important to achieve the desired outcomes of medication therapy.
Medication adherence refers to the extent to which a patient follows their prescribed treatment regimen. Non-adherence can range from 10-92% and is influenced by many factors such as complex regimens, side effects, cost, forgetfulness, and lack of understanding. Improving adherence benefits patients through better management of conditions, reduced healthcare costs, and an improved quality of life. Pharmacist-led interventions are associated with increased adherence but multi-faceted programs with frequent follow-ups tend to be most effective.
pharmacist patient education and counseling Hemat Elgohary
Lack of sufficient knowledge about their health problems and medications cause of patients’ non-adherence to their pharmaco-therapeutic regimens and monitoring plans so pharmacist need to have skills and knowledge to improve patient adherence and reduce medication-related problems
Clinical pharmacy is focused on optimizing medication therapy and promoting health. It is more developed in Western countries than in Nepal, where pharmacy education is industry-oriented and hospital pharmacy roles are undefined. Clinical pharmacists perform various patient care activities like taking medication histories, patient education, monitoring drug therapy, formulating policies, providing drug information, research, and adverse drug reaction reporting to optimize outcomes. Pharmaceutical care involves designing and monitoring therapeutic plans between pharmacists and other providers to improve patients' quality of life. Key responsibilities of clinical pharmacists include identifying and resolving medication-related problems.
The document discusses pharmaceutical care and the pharmacist's role in optimizing patient medication therapy and outcomes. It describes key aspects of pharmaceutical care like patient-centered care, medication management, medication therapy management, collaborative healthcare, and monitoring. It also discusses common types of drug-related problems that can arise, including adverse drug reactions, drug-drug interactions, non-adherence, and inappropriate dosages. The goal of pharmaceutical care is to improve health outcomes, lower costs, and enhance patient satisfaction through safe and effective medication use.
This document provides an overview of pharmacotherapy and the patient care process. It defines pharmacotherapy as the treatment of disease with medication. The key aspects covered include:
1) Identifying drug therapy problems through assessment of indication, effectiveness, safety, and compliance.
2) Developing a care plan to address problems or ensure goals are met, including establishing goals of therapy and selecting interventions.
3) Providing follow-up and evaluation to determine if the care plan is working or needs adjustment.
The overall focus is optimizing individual patient outcomes through appropriate medication selection and management.
This document discusses medication adherence and factors that influence non-adherence. It defines adherence as the extent to which a patient follows recommended treatment. Key factors for non-adherence include busy lifestyles, fear of side effects, high drug costs, misunderstanding medications, multiple medications, lack of symptoms, worry, and depression. Approaches to improve adherence include education, motivational interviewing, addressing barriers, self-management training, and making medication-taking a habit. Non-adherence can lead to poor health outcomes and increased healthcare costs.
principles of GI drug administration.pptxNoorHashmee
PRINCIPLES OF GASTROINTESTINAL DRUG ADMINISTRATION
Introduction
Nurses have a unique role and responsibility in medication administration, in that they are frequently the final person to check to see that the medication is correctly prescribed and dispensed before administration.
It is standard during nursing education to receive instruction on a guide to clinical medication administration and upholding patient safety known as the ‘five rights’ or ‘five R’s’ of medication administration.
These ‘rights’ came into being during an era in medicine in which the precedent was that an error committed by a provider was the provider’s sole responsibility and patients did not have as much involvement in their own care.
The 10 Rights of Medications Administration
1. Right patient
Check the name on the prescription and wristband.
Ideally, use 2 or more identifiers and ask the patient to identify themselves.
2. Right medication
Check the name of the medication, brand names should be avoided.
Check the expiry date.
Check the prescription.
Make sure medications, especially antibiotics, are reviewed regularly.
3. Right dose
Check the prescription.
Confirm the appropriateness of the dose using the BNF or local guidelines.
If necessary, calculate the dose and have another nurse calculate the dose as well.
4. Right route
Again, check the order and appropriateness of the route prescribed.
Confirm that the patient can take or receive the medication by the ordered route.
5. Right time
Check the frequency of the prescribed medication.
Double-check that you are giving the prescribed at the correct time.
Confirm when the last dose was given.
6. Right patient education
Check if the patient understands what the medication is for.
Make them aware they should contact a healthcare professional if they experience side effects or reactions.
7. Right documentation
Ensure you have signed for the medication AFTER it has been administered.
Ensure the medication is prescribed correctly with a start and end date if appropriate.
8. Right to refuse
Ensure you have the patient's consent to administer medications.
Be aware that patients do have a right to refuse medication if they have the capacity to do so.
9. Right assessment
Check your patient actually needs the medication.
Check for contraindications.
Baseline observations if required.
10. Right evaluation
Ensure the medication is working the way it should.
Ensure medications are reviewed regularly.
Ongoing observations if required
Clinical Significance
The 'five rights' first have important clinical significance by their integration into the methodologies used for instructing nursing students about the applications of the 'rights' framework in clinical practice.
Patient counselling involves providing patients with information about their medications, including how to take them properly, potential side effects, and monitoring for drug interactions. An effective counselling session establishes trust, actively listens to patient concerns, tailors information to individual needs, and motivates patients to adhere to their medication regimen. The goal is to help patients safely use their medications and better manage their health conditions.
Patient counseling involves providing medication information to patients orally or in writing. It aims to improve patient understanding of their treatment, build a relationship with the pharmacist, and ensure better compliance. Counseling has four stages: preparing by reviewing the patient's history; opening by introducing oneself; discussing the medication's purpose, use, side effects; and closing by answering questions. Barriers to patient compliance include health literacy, cost, age, and social factors. The pharmacist plays a key role in counseling patients and detecting and addressing non-compliance.
- Video recording of this lecture in English language: https://youtu.be/Pt1nA32sdHQ
- Video recording of this lecture in Arabic language: https://youtu.be/uFdc9F0rlP0
- Link to download the book free: https://nephrotube.blogspot.com/p/nephrotube-nephrology-books.html
- Link to NephroTube website: www.NephroTube.com
- Link to NephroTube social media accounts: https://nephrotube.blogspot.com/p/join-nephrotube-on-social-media.html
DECLARATION OF HELSINKI - History and principlesanaghabharat01
This SlideShare presentation provides a comprehensive overview of the Declaration of Helsinki, a foundational document outlining ethical guidelines for conducting medical research involving human subjects.
Travel Clinic Cardiff: Health Advice for International TravelersNX Healthcare
Travel Clinic Cardiff offers comprehensive travel health services, including vaccinations, travel advice, and preventive care for international travelers. Our expert team ensures you are well-prepared and protected for your journey, providing personalized consultations tailored to your destination. Conveniently located in Cardiff, we help you travel with confidence and peace of mind. Visit us: www.nxhealthcare.co.uk
Histololgy of Female Reproductive System.pptxAyeshaZaid1
Dive into an in-depth exploration of the histological structure of female reproductive system with this comprehensive lecture. Presented by Dr. Ayesha Irfan, Assistant Professor of Anatomy, this presentation covers the Gross anatomy and functional histology of the female reproductive organs. Ideal for students, educators, and anyone interested in medical science, this lecture provides clear explanations, detailed diagrams, and valuable insights into female reproductive system. Enhance your knowledge and understanding of this essential aspect of human biology.
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5-hydroxytryptamine or 5-HT or Serotonin is a neurotransmitter that serves a range of roles in the human body. It is sometimes referred to as the happy chemical since it promotes overall well-being and happiness.
It is mostly found in the brain, intestines, and blood platelets.
5-HT is utilised to transport messages between nerve cells, is known to be involved in smooth muscle contraction, and adds to overall well-being and pleasure, among other benefits. 5-HT regulates the body's sleep-wake cycles and internal clock by acting as a precursor to melatonin.
It is hypothesised to regulate hunger, emotions, motor, cognitive, and autonomic processes.
Osteoporosis - Definition , Evaluation and Management .pdfJim Jacob Roy
Osteoporosis is an increasing cause of morbidity among the elderly.
In this document , a brief outline of osteoporosis is given , including the risk factors of osteoporosis fractures , the indications for testing bone mineral density and the management of osteoporosis
Mercurius is named after the roman god mercurius, the god of trade and science. The planet mercurius is named after the same god. Mercurius is sometimes called hydrargyrum, means ‘watery silver’. Its shine and colour are very similar to silver, but mercury is a fluid at room temperatures. The name quick silver is a translation of hydrargyrum, where the word quick describes its tendency to scatter away in all directions.
The droplets have a tendency to conglomerate to one big mass, but on being shaken they fall apart into countless little droplets again. It is used to ignite explosives, like mercury fulminate, the explosive character is one of its general themes.
pathology MCQS introduction to pathology general pathology
Patient compliance
1. PATIENT COMPLIANCE
Mrs. Mayuri Padhye, Assistant Professor,
Department of Pharmacology,
Saraswathi Vidya Bhavan’s College of Pharmacy
2. PATIENT COMPLIANCE
NEED
METHODS OF ASSESSMENT
REASONS FOR NON-COMPLIANCE
STRATEGIES FOR IMPROVING
COMPLIANCE
3. NEED
It is well documented that safe and effective
drug therapy most frequently occurs when
patients are well-informed about medications
and their use.
e.g. A person suffering from diabetes and
hypertension is prescribed anti-
hyperlipidemic tablet though the lipid profile is
normal as a prophylactic purpose
4. NEED
Pharmacist is the professional who
supervises the dispensing of medicines
immediately before use and therefore
assumes the key role in making certain that
potential non-compliance is reduced to
minimum.
5. NEED
The reasons for non-compliant behavior
are complex and cannot be generalized.
Poor compliance can have serious
repercussions in some disease.
E.g. Omission of few doses of insulin may
be life-threatening.
6. METHODS OF ASSESSMENT
1. Interrogation :
With the use of standard questionnaire to
assess
inconvenience of side effects.
2. Residual Tablet Counting:
Tablet count may be performed on a regular
basis,
but this is an inaccurate method.
7. METHODS OF ASSESSMENT
3. Urine markers:
A simple urine marker Riboflavin may be added in
The dosage regimen. Its presence in the urine
may
be noted for more accurate assessment of
compliance.
4. Drug Analysis:
Specific and sensitive methods of analysis can be
used to detect potent therapeutic agent in body
fluids.
E.g. Digoxin, Phenytoin
8. REASONS FOR NON-COMPLIANCE
1. Poor Standards Of Labeling:
The labels on medication containers must
be clear and specific.
The instructions like ‘ Take As Required’
or ‘Use As Directed’ are not specific.
Poorly handwritten labels are a major
source of medication error.
9.
10. REASONS FOR NON-COMPLIANCE
2. Inappropriate Packing:
Many elderly patients have difficulty in
opening the container, specially if the size
is too small or the cap is difficult to
unscrew.
The blister pack may be too rigid or the
glass bottle may be fragile, making
handling difficult.
11. REASONS FOR NON-COMPLIANCE
3. Complex Therapeutic Regimen:
The degree on non-compliance is directly
related to the complexity of the
medications prescribed.
Patients have usually to take different
drugs at varying time intervals during the
day.
It is difficult memorize and result in
unintentional non-compliance.
12. REASONS FOR NON-COMPLIANCE
4. Nature Of Medication:
Preparations with an unpleasant taste,
color or odor, predispose patients
particularly children towards non-
compliance.
Extremely small tablets difficult to handle
13. REASONS FOR NON-COMPLIANCE
4. Nature Of Medication:
Large tablets may be difficult to swallow
Liquids oral formulations may be difficult to
transport.
14. REASONS FOR NON-COMPLIANCE
5. Deliberate Deviation:
Some patients believe that once they begin
to feel better, they may stop the treatment.
e.g. Development of resistance to
Antimicrobial agents
Doses may be completely omitted due to
forgetfulness.
15. STRATEGIES FOR IMPROVING
COMPLIANCE
1. Simplification Of The Therapeutic
Regimen:
Patient compliance may be obtained by
minimizing the complexity of the
therapeutic regimen.
Physicians must prescribe a minimum
number of drugs with well defined dosage
schedule.
E.g. Sustained release preparations
Long acting preparations
16. STRATEGIES FOR IMPROVING
COMPLIANCE
1. Simplification Of The Therapeutic
Regimen:
Some fixed dose combinations for
therapeutic benefit
Therapeutic synergism: Co-trimoxazole
Reduction in side effects: and
improvement in the therapeutic effect:
Levodopa & Carbidopa
17. STRATEGIES FOR IMPROVING
COMPLIANCE
2. Improving Standards of Dispensing
Practice:
The container size should be appropriate
to accommodate a label bearing dosage.
High quality containers must be selected.
Geriatric Population: Palm size container
Pediatric Population: Child Resistant
container
18. STRATEGIES FOR IMPROVING
COMPLIANCE
2. Improving Standards of Dispensing
Practice:
Pharmacist should take the initiative to
detail the ideal times of administrations.
Specific instructions must be given.
Exact mode of administration and storage
conditions should be illustrated.
19. STRATEGIES FOR IMPROVING
COMPLIANCE
3. Development Of Suitable Medication
Packaging :
Pharmacist should select the system of
presentation and packaging of medicines
which is most appropriate for the needs of
individual patient.
Unit Dose pack.
20. STRATEGIES FOR IMPROVING
COMPLIANCE
4. Supplementary Labeling:
Supplementary labeling instructions are
recommended to convey important data
regarding drug administration.
Description of drug action in lay
terminology.
21. STRATEGIES FOR IMPROVING
COMPLIANCE
4. Supplementary Labeling:
Symbols and graphics may be used to
emphasize the correct times of administration.
A ‘Daily Calendar’ or a ‘Tablet Identification
Card’ bearing details of the administration
schedule may be given to improve
compliance.
22. STRATEGIES FOR IMPROVING
COMPLIANCE
5. Patient Counseling and Education:
If patients do not adhere to the directions
given by their physician , the following may
be the interlinked consequences:
Failure of treatment
Increased chances of adverse reactions
Increased chances of hospitalization
Increased medical and non-medical
expenditure
Decreased quality of life
23. STRATEGIES FOR IMPROVING
COMPLIANCE
5. Patient Counseling and Education:
It aims to enhance patient’s understanding
of their illness and its treatment so that
they are informed about medication use.
It improves Patient-Pharmacist
relationship.
24. PRECAUTIONS AND DIRECTIONS FOR MEDICATION
AND ADMINISTRATIVE INSTRUCTIONS
The pharmacist should convey the Precautions
and Special directions applicable to various
medical conditions and disease states to the
patient.
The proper use of medication must be explained
to the patient.
It reduces non-compliance.
30. HOW TO APPLY SUNSCREEN LOTION
1. Choose a sunscreen
2. Go home and try a small portion
around your wrist
3. On the day you will be in the sun, 30
minutes before you go outside, apply
an ounce of sunscreen
4. To apply sunscreen, squeeze a dollop
of cream sunscreen onto your hand
and rub it all the skin that will be
exposed to the sun