The document provides information about a pharmaceutical analysis course for week 2. It includes the names of several Philippine cities where the college of pharmacy is located. It lists the instructor and course facilitator, and covers pharmaceutical analysis 1. The overview describes classifying analytical methods and listing official references. The learning outcomes are to describe analytical methods, list references, and describe pharmacopeial monographs. It then covers classification of analysis based on sample size, extent of determination, nature of methods, and materials used. It also discusses quantitative analysis methods, drug references, and parts of monographs in references like the USP.
ASSESSMENT OF BIOMEDICAL LITERATURE
Components of internal and external validity of controlled clinical trials
Internal validity — extent to which systematic error (bias) is minimized in clinical trials
Selection bias: biased allocation to comparison groups
Performance bias: unequal provision of care apart from treatment under evaluation
Detection bias: biased assessment of outcome
Attrition bias: biased occurrence and handling of deviations from protocol and loss to follow up
Requirements, needs
Planning, direction
Information collection
Information Assessment
- Evaluation for accuracy, correctness, relevance, usefulness
- Source reliability assessment (competency and past behavior based)
- Bias assessment (motivators, interests, funding, objectives)
- Conflicts of interest
- Sources of funding, important business relationships
- Grading of individual items (study, report, analysis, article)
Collation of information
- Exclusion of irrelevant, incorrect, and useless information
-Arrangement of information in a form which enables real-time analysis
- System for rapid retrieval of information
External validity — extent to which results of trials provide a correct basis for generalization to other circumstances
Patients: age, sex, severity of disease and risk factors, comorbidity
Treatment regimens: dosage, timing and route of administration, type of treatment within a class of treatments, concomitant treatments
Settings: level of care (primary to tertiary) and experience and specialization of care provider
Modalities of outcomes: type or definition of outcomes and duration of follow up
This document discusses syrups, elixirs, and spirits. It defines syrups as concentrated aqueous preparations for oral use containing sugar, a flavoring agent, and a medicinal agent. Elixirs are clear, sweetened, hydroalcoholic solutions intended for oral use that are usually flavored. Spirits are alcoholic or hydroalcoholic solutions of volatile substances. The document provides details on the classification, components, preparation, storage, and uses of these three types of preparations.
This document discusses emulsions, which are dispersions of one liquid in another immiscible liquid. It defines oil-in-water and water-in-oil emulsions. Emulsions require an emulsifying agent to form stable droplets and prevent separation. They can vary in viscosity and be used orally, topically, or parenterally. Common emulsions include lotions, creams, and ointments. The document also covers emulsion preparation methods, factors that influence stability, and theories of emulsification.
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 provides information on drug information resources and how to evaluate them. It discusses primary sources like research studies, secondary sources like abstracts and indexes, and tertiary sources like textbooks. Primary sources provide the most current evidence but have a narrow scope, while tertiary sources have a broad scope but are often out of date. The document outlines strategies for selecting the best sources depending on the type of question, and how to critically evaluate clinical studies and other drug information.
This document discusses acids, bases, and acid-base titration. It defines acids as substances that can donate protons and bases as substances that can accept protons. It explains that acids are sour and turn litmus red, while bases are bitter and slippery and turn litmus blue. Acid-base indicators are then discussed, including how they change color with pH. Two theories of acid-base indicators are described: Ostwald's theory involving ionization equilibrium, and the quinonoid theory involving tautomeric forms. Finally, different types of acid-base titrations are listed along with the typical indicators used for each type.
The document summarizes the history and study of pharmacognosy and plant chemistry. It discusses how pharmacognosy originated from the study of medicinal plants and animals used in early civilizations. It then outlines the major developments in pharmacognosy over time, including early writings from ancient Mesopotamia and Egypt, the contributions from various medical traditions like Ayurveda and Unani, and the advances during the Greek, European, and modern eras. The document also reviews literature related to Philippine traditional medicine, including ethnographic studies of practices, inventories of medicinal plants, and pharmacological research.
Introduction
error, accuracy, precision
Source of Errors
Types of Errors
Methods of minimizing errors
Test for rejection of data
Significant Level
Rounding of Figures
References
ASSESSMENT OF BIOMEDICAL LITERATURE
Components of internal and external validity of controlled clinical trials
Internal validity — extent to which systematic error (bias) is minimized in clinical trials
Selection bias: biased allocation to comparison groups
Performance bias: unequal provision of care apart from treatment under evaluation
Detection bias: biased assessment of outcome
Attrition bias: biased occurrence and handling of deviations from protocol and loss to follow up
Requirements, needs
Planning, direction
Information collection
Information Assessment
- Evaluation for accuracy, correctness, relevance, usefulness
- Source reliability assessment (competency and past behavior based)
- Bias assessment (motivators, interests, funding, objectives)
- Conflicts of interest
- Sources of funding, important business relationships
- Grading of individual items (study, report, analysis, article)
Collation of information
- Exclusion of irrelevant, incorrect, and useless information
-Arrangement of information in a form which enables real-time analysis
- System for rapid retrieval of information
External validity — extent to which results of trials provide a correct basis for generalization to other circumstances
Patients: age, sex, severity of disease and risk factors, comorbidity
Treatment regimens: dosage, timing and route of administration, type of treatment within a class of treatments, concomitant treatments
Settings: level of care (primary to tertiary) and experience and specialization of care provider
Modalities of outcomes: type or definition of outcomes and duration of follow up
This document discusses syrups, elixirs, and spirits. It defines syrups as concentrated aqueous preparations for oral use containing sugar, a flavoring agent, and a medicinal agent. Elixirs are clear, sweetened, hydroalcoholic solutions intended for oral use that are usually flavored. Spirits are alcoholic or hydroalcoholic solutions of volatile substances. The document provides details on the classification, components, preparation, storage, and uses of these three types of preparations.
This document discusses emulsions, which are dispersions of one liquid in another immiscible liquid. It defines oil-in-water and water-in-oil emulsions. Emulsions require an emulsifying agent to form stable droplets and prevent separation. They can vary in viscosity and be used orally, topically, or parenterally. Common emulsions include lotions, creams, and ointments. The document also covers emulsion preparation methods, factors that influence stability, and theories of emulsification.
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 provides information on drug information resources and how to evaluate them. It discusses primary sources like research studies, secondary sources like abstracts and indexes, and tertiary sources like textbooks. Primary sources provide the most current evidence but have a narrow scope, while tertiary sources have a broad scope but are often out of date. The document outlines strategies for selecting the best sources depending on the type of question, and how to critically evaluate clinical studies and other drug information.
This document discusses acids, bases, and acid-base titration. It defines acids as substances that can donate protons and bases as substances that can accept protons. It explains that acids are sour and turn litmus red, while bases are bitter and slippery and turn litmus blue. Acid-base indicators are then discussed, including how they change color with pH. Two theories of acid-base indicators are described: Ostwald's theory involving ionization equilibrium, and the quinonoid theory involving tautomeric forms. Finally, different types of acid-base titrations are listed along with the typical indicators used for each type.
The document summarizes the history and study of pharmacognosy and plant chemistry. It discusses how pharmacognosy originated from the study of medicinal plants and animals used in early civilizations. It then outlines the major developments in pharmacognosy over time, including early writings from ancient Mesopotamia and Egypt, the contributions from various medical traditions like Ayurveda and Unani, and the advances during the Greek, European, and modern eras. The document also reviews literature related to Philippine traditional medicine, including ethnographic studies of practices, inventories of medicinal plants, and pharmacological research.
Introduction
error, accuracy, precision
Source of Errors
Types of Errors
Methods of minimizing errors
Test for rejection of data
Significant Level
Rounding of Figures
References
Common abbreviations used in the prescriptions by great ngwaziSalum Mkata
The document provides a list of common abbreviations used in medical prescriptions. It includes abbreviations for body parts, directions, frequencies, and forms of medication. It then provides examples of prescription directions to test understanding of the abbreviations. The answers show the translations of mixing instructions, dosages, frequencies, and directions to the patient in plain English. The take home question asks for the instruction to the patient for a prescription of eye drops to be used twice daily.
This document provides an outline for the course "Pharmaceutical organic chemistry-I" taught by Mr. Harangule Y. R. The course covers nomenclature, classification, and isomerism of organic compounds including alkanes, alkenes, conjugated dienes, alkyl halides, carbonyl compounds, carboxylic acids, and aliphatic amines. It also includes a section on nomenclature of organic compounds.
Introduction to Pharmaceutical analysis - I (HRB)Harshadaa bafna
This document discusses pharmaceutical analysis, which involves identifying, quantifying, and purifying substances and mixtures. It describes various analytical techniques like volumetric, electrochemical, spectroscopic, and chromatographic methods. It also discusses primary and secondary standards, methods of expressing concentration such as molarity and molality, sources of errors and how to minimize them, and pharmacopoeias which establish drug standards.
This document discusses acid-base theories and titration. It covers:
1) Arrhenius, Bronsted-Lowry, and Lewis acid-base theories.
2) Types of acids and bases as strong or weak.
3) The law of mass action and dissociation constants.
4) Neutralization curves for different types of acid-base titrations and the pH at equivalence points.
5) Choice of indicators for different titrations and mixed indicators.
Introduction to pharmaceutical Inorganic ChemistryAshish Chaudhari
Inorganic chemistry is the study of all elements and their compounds except carbon and its compounds. It describes the characteristics of substances obtained from non-living things found on Earth, except organic compounds. Branches of inorganic chemistry include coordination chemistry, bioinorganic chemistry, organometallic compounds, and synthetic inorganic chemistry. Inorganic chemistry deals with inorganic compounds and their reactions.
Clinical pharmacy involves the science and practice of rational medication use to optimize patient outcomes. It focuses on direct patient care activities like medication management, patient education, and monitoring. The clinical pharmacist aims to ensure safety and effectiveness of drug therapy through activities like reviewing medications, addressing non-adherence, identifying drug interactions, and providing counseling. Clinical pharmacists practice in various settings like hospitals, ambulatory clinics, and retail pharmacies.
The document outlines the responsibilities of community pharmacists in four areas: central, direct patient care, general, and patient care area responsibilities. It discusses ensuring policies and procedures are followed, checking accuracy of doses, providing proper drug control and storage, clarifying patient understanding of medications, advising on precautions, evaluating responses, monitoring total drug therapy, counseling patients, and participating in emergencies. General responsibilities include processing prescriptions, dispensing, health promotions, drug information services, and patient counseling. The pharmacist verifies prescription safety and accuracy, checks records, counsels patients, and is aware of drug histories.
This document provides historical background on the development of the pharmacy profession from ancient times to the present. It discusses how pharmacy originated in ancient cultures using plants and minerals for medicine. Key figures like Hippocrates, Galen, and Avicenna advanced early understandings of medicine and pharmacology. The profession evolved with the establishment of pharmacies, regulations, and the separation of pharmacy and medicine. Pharmacy further developed with advances in chemistry, standardization of medications, and expanded roles for pharmacists in patient care.
Social pharmacy examines pharmacy practice through social scientific and humanistic perspectives rather than just natural sciences. It studies how social factors like beliefs, attitudes, relationships and processes influence medicine use. Topics in social pharmacy include pharmacist performance, inter-professional relationships in drug therapy, consumer medication choices, predicting noncompliance, explaining noncompliant behavior, and outcomes of pharmaceutical care from economic and humanistic views. Social pharmacy supplements pharmacy's traditional natural science foundations with knowledge from disciplines studying people and systems.
The document discusses the solubility of drugs, including definitions of solubility, factors that influence solubility, and approaches to quantifying solubility. Some key points:
- Solubility is defined as the concentration of solute in a saturated solution and is influenced by temperature, pressure, pH, and other factors.
- Solubility can be expressed in various units including parts per volume, mole fraction, molarity, and molality.
- The Hildebrand solubility parameter provides a numerical value to indicate a solvent's ability to dissolve other substances based on intermolecular forces.
Introduction of pharmacognosy & Phytochemistry Vishal Bagul
This document provides an introduction to the topic of pharmacognosy. It defines pharmacognosy and traces its history from ancient Greek and Indian medical practitioners. It describes the modern development of pharmacognosy through the application of various biological and analytical techniques. The document outlines the sources of drugs from plants, animals, and marine organisms. It also classifies drugs based on their organization, morphology, chemistry, pharmacology, taxonomy, and other characteristics. Various applications of pharmacognosy in areas like drug development, extraction, and tissue culture are mentioned as well.
PHYTOCHEMICAL ANALYSIS OF RUTA GRAVEOLENS rukkurugma
The document reports on a study investigating the phytochemicals responsible for the antibacterial activity of Ruta graveolens. Various extraction and testing methods are described to detect the presence of phytochemicals like alkaloids, flavonoids, tannins, and terpenoids in aerial parts of R. graveolens using different solvents. Thirteen phytochemicals were tested, with twelve found to be present. Future work is proposed to identify the specific phytochemicals contributing to the plant's antibacterial properties.
Limit tests, Introduction, Definition,
Limit Test For Chlorides
Limit Test For Sulphates
Limit Test For Iron
Limit Test For Lead
Limit Test For Arsenic
Glycosides are organic compounds found in plants and animals that contain a sugar moiety bonded to a non-sugar aglycon portion. They are classified based on the chemical nature of the aglycon, the nature of the sugar moiety, and the type of linkage between the glycon and aglycon. Glycosides are isolated using the Stas-Otto method involving successive extraction with alcohol and precipitation with lead acetate. Cardiac glycosides contain steroidal aglycons and are isolated from plants like Nerium oleander through alcoholic extraction, precipitation, and partitioning between organic solvents. Anthraquinone glycosides are isolated through successive extraction of the plant material with organic solvents and purification by column
This document provides information on potentiometry and potentiometric titration. It discusses the basic principles of potentiometry including electrode potentials and how a potential difference is established between an electrode and solution. It describes the instrumentation used including reference electrodes like calomel and silver-silver chloride electrodes and indicator electrodes like metal, glass membrane, and quinhydrone electrodes. It also discusses different types of potentiometric titrations and provides examples of applications for potentiometry in various industries.
This presentation quotes various pharmaceutical calculations with examples. The following aspects like percentage calculations, alcoholic dilutions, Alligation method, proof spirit calculations, isotonicity adjustment, posology, temperature measurements, dialysis clearance, Pharmacokinetics calculations were covered with examples.
Computers are now widely used in the pharmaceutical industry, hospitals, and community pharmacies for tasks like maintaining patient records and financial accounts. They have become essential for clinical pharmacy and management. In community pharmacies, computers are used for communication, prescription processing, checking patient care, inventory control, and accounting. They allow pharmacists to stay connected, process prescriptions accurately, monitor patients, manage inventory levels and costs, and record all financial transactions. In hospitals, computers are utilized for clinical work like patient assessment and monitoring, documentation, and telemedicine, as well as administrative functions like tracking costs, evaluating quality programs, and demonstrating cost-effectiveness. They also facilitate research, education, and training.
Introduction to daily activities of clinical pharmacist.
Drug therapy monitoring,
Medication chart review
Clinical Progress
Pharmacist intervention
Detection and management of ADRs
A 58-year-old man from Papua New Guinea presented with lower back pain and lower limb paralysis. Investigations revealed prostate cancer with metastasis to the spine, lungs and kidneys. He was diagnosed with prostate carcinoma with bone metastases. His treatment included diclofenac, morphine, surgical castration, LHRH antagonists, bisphosphonates, ketoconazole, broad spectrum antibiotics and dexamethasone. The presentation discussed the dangerous drug dispensing procedure at the local hospital which requires prescription validity checks, logging dispensed drugs, and dual pharmacist verification before dispensing controlled substances.
Pharmaceutical analysis involves analytical procedures to determine the purity, safety, and quality of drugs and chemicals. It is a branch of practical chemistry that identifies, quantifies, and purifies substances or separates mixtures. The objectives of the pharmaceutical analysis course are to understand principles of volumetric and electrochemical analysis and develop analytical skills. The course covers topics like sources of errors, primary and secondary standards, acid-base titrations, precipitation titrations, complexometric titration, and electrochemical methods of analysis. Pharmaceutical analysis is important for applications like quality control, clinical analysis, forensic analysis, and environmental analysis.
Common abbreviations used in the prescriptions by great ngwaziSalum Mkata
The document provides a list of common abbreviations used in medical prescriptions. It includes abbreviations for body parts, directions, frequencies, and forms of medication. It then provides examples of prescription directions to test understanding of the abbreviations. The answers show the translations of mixing instructions, dosages, frequencies, and directions to the patient in plain English. The take home question asks for the instruction to the patient for a prescription of eye drops to be used twice daily.
This document provides an outline for the course "Pharmaceutical organic chemistry-I" taught by Mr. Harangule Y. R. The course covers nomenclature, classification, and isomerism of organic compounds including alkanes, alkenes, conjugated dienes, alkyl halides, carbonyl compounds, carboxylic acids, and aliphatic amines. It also includes a section on nomenclature of organic compounds.
Introduction to Pharmaceutical analysis - I (HRB)Harshadaa bafna
This document discusses pharmaceutical analysis, which involves identifying, quantifying, and purifying substances and mixtures. It describes various analytical techniques like volumetric, electrochemical, spectroscopic, and chromatographic methods. It also discusses primary and secondary standards, methods of expressing concentration such as molarity and molality, sources of errors and how to minimize them, and pharmacopoeias which establish drug standards.
This document discusses acid-base theories and titration. It covers:
1) Arrhenius, Bronsted-Lowry, and Lewis acid-base theories.
2) Types of acids and bases as strong or weak.
3) The law of mass action and dissociation constants.
4) Neutralization curves for different types of acid-base titrations and the pH at equivalence points.
5) Choice of indicators for different titrations and mixed indicators.
Introduction to pharmaceutical Inorganic ChemistryAshish Chaudhari
Inorganic chemistry is the study of all elements and their compounds except carbon and its compounds. It describes the characteristics of substances obtained from non-living things found on Earth, except organic compounds. Branches of inorganic chemistry include coordination chemistry, bioinorganic chemistry, organometallic compounds, and synthetic inorganic chemistry. Inorganic chemistry deals with inorganic compounds and their reactions.
Clinical pharmacy involves the science and practice of rational medication use to optimize patient outcomes. It focuses on direct patient care activities like medication management, patient education, and monitoring. The clinical pharmacist aims to ensure safety and effectiveness of drug therapy through activities like reviewing medications, addressing non-adherence, identifying drug interactions, and providing counseling. Clinical pharmacists practice in various settings like hospitals, ambulatory clinics, and retail pharmacies.
The document outlines the responsibilities of community pharmacists in four areas: central, direct patient care, general, and patient care area responsibilities. It discusses ensuring policies and procedures are followed, checking accuracy of doses, providing proper drug control and storage, clarifying patient understanding of medications, advising on precautions, evaluating responses, monitoring total drug therapy, counseling patients, and participating in emergencies. General responsibilities include processing prescriptions, dispensing, health promotions, drug information services, and patient counseling. The pharmacist verifies prescription safety and accuracy, checks records, counsels patients, and is aware of drug histories.
This document provides historical background on the development of the pharmacy profession from ancient times to the present. It discusses how pharmacy originated in ancient cultures using plants and minerals for medicine. Key figures like Hippocrates, Galen, and Avicenna advanced early understandings of medicine and pharmacology. The profession evolved with the establishment of pharmacies, regulations, and the separation of pharmacy and medicine. Pharmacy further developed with advances in chemistry, standardization of medications, and expanded roles for pharmacists in patient care.
Social pharmacy examines pharmacy practice through social scientific and humanistic perspectives rather than just natural sciences. It studies how social factors like beliefs, attitudes, relationships and processes influence medicine use. Topics in social pharmacy include pharmacist performance, inter-professional relationships in drug therapy, consumer medication choices, predicting noncompliance, explaining noncompliant behavior, and outcomes of pharmaceutical care from economic and humanistic views. Social pharmacy supplements pharmacy's traditional natural science foundations with knowledge from disciplines studying people and systems.
The document discusses the solubility of drugs, including definitions of solubility, factors that influence solubility, and approaches to quantifying solubility. Some key points:
- Solubility is defined as the concentration of solute in a saturated solution and is influenced by temperature, pressure, pH, and other factors.
- Solubility can be expressed in various units including parts per volume, mole fraction, molarity, and molality.
- The Hildebrand solubility parameter provides a numerical value to indicate a solvent's ability to dissolve other substances based on intermolecular forces.
Introduction of pharmacognosy & Phytochemistry Vishal Bagul
This document provides an introduction to the topic of pharmacognosy. It defines pharmacognosy and traces its history from ancient Greek and Indian medical practitioners. It describes the modern development of pharmacognosy through the application of various biological and analytical techniques. The document outlines the sources of drugs from plants, animals, and marine organisms. It also classifies drugs based on their organization, morphology, chemistry, pharmacology, taxonomy, and other characteristics. Various applications of pharmacognosy in areas like drug development, extraction, and tissue culture are mentioned as well.
PHYTOCHEMICAL ANALYSIS OF RUTA GRAVEOLENS rukkurugma
The document reports on a study investigating the phytochemicals responsible for the antibacterial activity of Ruta graveolens. Various extraction and testing methods are described to detect the presence of phytochemicals like alkaloids, flavonoids, tannins, and terpenoids in aerial parts of R. graveolens using different solvents. Thirteen phytochemicals were tested, with twelve found to be present. Future work is proposed to identify the specific phytochemicals contributing to the plant's antibacterial properties.
Limit tests, Introduction, Definition,
Limit Test For Chlorides
Limit Test For Sulphates
Limit Test For Iron
Limit Test For Lead
Limit Test For Arsenic
Glycosides are organic compounds found in plants and animals that contain a sugar moiety bonded to a non-sugar aglycon portion. They are classified based on the chemical nature of the aglycon, the nature of the sugar moiety, and the type of linkage between the glycon and aglycon. Glycosides are isolated using the Stas-Otto method involving successive extraction with alcohol and precipitation with lead acetate. Cardiac glycosides contain steroidal aglycons and are isolated from plants like Nerium oleander through alcoholic extraction, precipitation, and partitioning between organic solvents. Anthraquinone glycosides are isolated through successive extraction of the plant material with organic solvents and purification by column
This document provides information on potentiometry and potentiometric titration. It discusses the basic principles of potentiometry including electrode potentials and how a potential difference is established between an electrode and solution. It describes the instrumentation used including reference electrodes like calomel and silver-silver chloride electrodes and indicator electrodes like metal, glass membrane, and quinhydrone electrodes. It also discusses different types of potentiometric titrations and provides examples of applications for potentiometry in various industries.
This presentation quotes various pharmaceutical calculations with examples. The following aspects like percentage calculations, alcoholic dilutions, Alligation method, proof spirit calculations, isotonicity adjustment, posology, temperature measurements, dialysis clearance, Pharmacokinetics calculations were covered with examples.
Computers are now widely used in the pharmaceutical industry, hospitals, and community pharmacies for tasks like maintaining patient records and financial accounts. They have become essential for clinical pharmacy and management. In community pharmacies, computers are used for communication, prescription processing, checking patient care, inventory control, and accounting. They allow pharmacists to stay connected, process prescriptions accurately, monitor patients, manage inventory levels and costs, and record all financial transactions. In hospitals, computers are utilized for clinical work like patient assessment and monitoring, documentation, and telemedicine, as well as administrative functions like tracking costs, evaluating quality programs, and demonstrating cost-effectiveness. They also facilitate research, education, and training.
Introduction to daily activities of clinical pharmacist.
Drug therapy monitoring,
Medication chart review
Clinical Progress
Pharmacist intervention
Detection and management of ADRs
A 58-year-old man from Papua New Guinea presented with lower back pain and lower limb paralysis. Investigations revealed prostate cancer with metastasis to the spine, lungs and kidneys. He was diagnosed with prostate carcinoma with bone metastases. His treatment included diclofenac, morphine, surgical castration, LHRH antagonists, bisphosphonates, ketoconazole, broad spectrum antibiotics and dexamethasone. The presentation discussed the dangerous drug dispensing procedure at the local hospital which requires prescription validity checks, logging dispensed drugs, and dual pharmacist verification before dispensing controlled substances.
Pharmaceutical analysis involves analytical procedures to determine the purity, safety, and quality of drugs and chemicals. It is a branch of practical chemistry that identifies, quantifies, and purifies substances or separates mixtures. The objectives of the pharmaceutical analysis course are to understand principles of volumetric and electrochemical analysis and develop analytical skills. The course covers topics like sources of errors, primary and secondary standards, acid-base titrations, precipitation titrations, complexometric titration, and electrochemical methods of analysis. Pharmaceutical analysis is important for applications like quality control, clinical analysis, forensic analysis, and environmental analysis.
International Conference on Harmonisation (ICH) was created in 1990
Agreement between the EU, Japan, and the USA to harmonize different regional requirements for registration of pharmaceutical drug products.
The document outlines the curriculum for a Bachelor of Pharmacy program over four years. It includes the course objectives, duration, total credits required, enrollment criteria, course structure by semester, subjects covered, evaluation criteria. The curriculum aims to produce competent pharmacists through courses in pharmaceutical chemistry, pharmacognosy, pharmaceutics, pharmacology, biochemistry etc. over eight semesters. A total of 160 credits are required, including 119 credits of theory, 35 credits of practicals and 6 credits for a project work.
The document outlines appendices related to data requirements for conducting clinical trials of new drugs in India. Appendix I provides details on various types of data that must be submitted, including chemical/pharmaceutical information, animal pharmacology/toxicology studies, human clinical trial phases, regulatory information from other countries, and prescribing information. It also describes stability testing and validation requirements. Appendix II discusses the structure and contents of clinical study reports. Appendix III covers principles of animal toxicology studies.
This document provides an overview of analytical chemistry and instrumentation. It defines pharmaceutical chemistry and analytical chemistry. It discusses qualitative and quantitative analysis and describes common analytical instruments like pH meters, ORP meters, gas chromatographs, mass spectrometers, and spectrometers. It also outlines the analytical methodology and lists some applications of instrumental methods in fields like bioanalysis, environmental analysis, materials science, and forensic science.
bioequivalence studies - advanced biopharmaceuticsSUJITHA MARY
This document discusses bioequivalence studies, which compare the bioavailability of generic drugs to their branded counterparts. It covers key aspects of bioequivalence protocols such as study design, population, procedures, and data analysis. The main goals are to establish that a generic drug's absorption and exposure levels are equivalent to the reference brand name drug. Proper study design and statistical analysis are required for regulatory approval and to demonstrate therapeutic equivalence between products.
This document provides an overview of Schedule Y, which establishes requirements and guidelines for conducting clinical trials and obtaining permission to import or manufacture new drugs in India. Schedule Y aims to frame guidelines for clinical research in line with global standards. It outlines application procedures, ethics committee requirements, pre-clinical and clinical data to be submitted, protocol elements, and other rules to ensure safety and efficacy of investigational products. The objectives of Schedule Y are to regulate clinical trials and new drugs in India according to current scenarios and integrate the country into global drug development while improving clinical trial quality.
This document provides an overview of the scope of pharmacology. It discusses the history and evolution of pharmacology from materia medica and early pharmacy to its modern academic, industrial and research applications. Key areas of pharmacology discussed include drug development process, clinical pharmacology, special domains like pharmacovigilance, pharmacoeconomics and emerging areas like pharmacogenomics. The document outlines the past, present and future scope of pharmacology and how it aims to advance human health through rational and safe use of medicines.
This document outlines the course syllabus for Pharmaceutical Chemistry II at the University of Zambia School of Medicine. The 120-hour course introduces students to methods of preparing organic compounds relevant to pharmaceutical products and determining product quality. Key topics include physicochemical properties of drug chemicals, stability processes, kinetics of chemical reactions, radiochemistry, and analytical chemistry. Student assessment includes tests, assignments, laboratory reports, and competencies relating organic compound preparation and quality analysis methods to pharmaceutical applications. The course utilizes lectures, tutorials, and practical laboratory sessions to achieve learning objectives.
The document outlines the courses for Semester VII. It includes 10 theory courses and their corresponding practical courses. The courses cover subjects like Pharmaceutical Chemistry, Pharmaceutics, Pharmacology, Pharmacognosy, and Pharmaceutical Analysis. For each course, it provides information on the number of lecture and practical periods per week, as well as the evaluation scheme which includes components like class attendance, teacher assessment, sessional marks and end semester examination. The document also provides book recommendations for each course.
This document discusses key concepts in pharmaceutics and drug development. It covers:
1. The branches of pharmaceutics including pharmacokinetics, pharmacodynamics, biopharmaceutics, and pharmaceutical technology.
2. The process of drug discovery and development, from identifying drug targets through preclinical and clinical testing.
3. The different phases of clinical trials and timelines for drug approval.
4. The definitions of key terms used in drug development like target, hit, lead, candidate, and product.
5. The differences between brand drugs, generics, and biosimilars.
This document is an investigator's brochure that provides information about an investigational drug to clinical investigators. It includes sections on the purpose of the brochure, general considerations about its contents, nonclinical study data, effects seen in humans so far, and a summary and guidance for investigators. The purpose is to give investigators information on dosage, administration, safety monitoring and the rationale for further clinical research on the investigational drug.
1. This document provides an overview of a clinical chemistry course, outlining its aims, objectives, and topics to be covered including the scope of clinical chemistry, specimen requirements, and quality assurance principles.
2. It reviews the history of clinical chemistry from early experiments isolating compounds from living materials in the 19th century to modern developments in instrumentation, automation, and computer integration that have increased testing efficiency and productivity.
3. Advances in clinical chemistry have expanded biochemical knowledge and allowed for more accurate detection of metabolic disorders through small sample sizes and short test turnaround times, supporting evidence-based medicine.
1. This document provides an overview of a clinical chemistry course, outlining its aims, objectives, and topics to be covered including the scope of clinical chemistry, specimen requirements, and quality assurance principles.
2. It reviews the history of clinical chemistry from early experiments isolating compounds from living materials in the 19th century to modern developments in instrumentation, automation, and computer integration that have increased testing efficiency and productivity.
3. Advances in clinical chemistry have expanded biochemical knowledge and allowed for more accurate detection of metabolic disorders through small sample sizes and short test turnaround times, supporting evidence-based medicine.
How the drugs has been brought into the market, what are the several steps involved in the discovery of drugs.
clinical trials are also involved.
COVID-19 new clinical trials have been incarporated
This guideline is a revised of the ICHQ1A –stability data package for new drug substance /DRUG PRODUCT .The [urpose of guideline to define stability data package that sufficient for a registration application within the 3 regions of EU ,JAPAN & USA & to maintain the quality of drug products, in relation to safety , efficacy & acceptability throughout the propose shelf life.
This document discusses compendial testing, which involves analytical testing to prove the identity, efficacy, and safety of drug products. It provides examples of identification tests for several active pharmaceutical ingredients (APIs) and their formulated products. Identification tests may use techniques like infrared spectroscopy, thin layer chromatography, melting point determination, or X-ray diffraction to confirm the identity of an API. Tests for formulated products often involve extracting the API from the dosage form. Identification of counterions like chloride or tartrate is also sometimes required for APIs. The level of testing depends on the drug's characteristics and dosage form.
The Importance of Black Women Understanding the Chemicals in Their Personal C...bkling
Certain chemicals, such as phthalates and parabens, can disrupt the body's hormones and have significant effects on health. According to data, hormone-related health issues such as uterine fibroids, infertility, early puberty and more aggressive forms of breast and endometrial cancers disproportionately affect Black women. Our guest speaker, Jasmine A. McDonald, PhD, an Assistant Professor in the Department of Epidemiology at Columbia University in New York City, discusses the scientific reasons why Black women should pay attention to specific chemicals in their personal care products, like hair care, and ways to minimize their exposure.
At Apollo Hospital, Lucknow, U.P., we provide specialized care for children experiencing dehydration and other symptoms. We also offer NICU & PICU Ambulance Facility Services. Consult our expert today for the best pediatric emergency care.
For More Details:
Map: https://cutt.ly/BwCeflYo
Name: Apollo Hospital
Address: Singar Nagar, LDA Colony, Lucknow, Uttar Pradesh 226012
Phone: 08429021957
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1. COLLEGE OF PHARMACY
Valenzuela. Quezon City. Antipolo. Pampanga. Cabanatuan. Laguna
Name of Instructor
C o l l e g e o f P h a r m a c y
C O U R S E FAC I L I TATO R
Pharmaceutical
Analysis 1
WEEK 2
DATE:
2. References
TEXTBOOK: Knevel, A.M. and Digangi, F.E., Jenkin’s Quantitative Pharmaceutical
Chemistry.USA: Mc Graw Hill. 1977.
REFERENCES:
• Watson, David G. Pharmaceuticals analysis: a textbook for pharmacy students and
pharmaceutical chemists, 4th ed. Singapore: Elsevier. 2017.
• Remington’s Pharmaceutical Sciences, (2013) Philadelphia: Lippincott William
and Wilkin
• WHO Expert Committee on Specifications for Pharmaceutical Preparations .
Geneva: World Health
• British Pharmacopeia . 2017.
• The United States Pharmacopeia(USP 40) : NF 35: The National Formulary
.Rockville, Md.: United States Pharmacopeial Convention. 2017.
• Handbook of Modern Pharmaceutical Analysis (2011) Amsterdam; Boston:
Academic Press/Elsevier
• Harris, D.C., Quantitative Chemical Analysis, 9th ed. New York :
W.H. Freeman. 2015
4. Overview of Session
The students are oriented with the different classes of analyses.
Learning Outcomes
At the end of the course, the student should be able to:
Describe the different analytical methods
List down official references used during pharmaceutical analysis
Enumerate the different sections in USP and parts of a monograph
Describe how to use a pharmacopeial monograph
Overview and Outcomes
5. Classification of Analysis
I. Based on sample size
II. Based on the extent of determination
III. Based on nature of methods
IV. Based on materials used
6. I. Based on sample size
• Ultramicroanalysis
• Microanalysis
• Semi-microanalysis
• Macroanalysis
< 1 mg
1 mg – 10 mg
10 mg – 100 mg
100 mg – 1 g
7. II. Based on the extent of
determination
• Proximate analysis
Total amount of a class or a group of
active plant principles in a given
sample.
• Ultimate analysis
Amount of a specific constituent or a
single chemical species present in the
sample
10. III. Based on the nature of
methods
A. Classical method
B. Instrumental method
C. Miscellaneous or special method
11. III. Based on the nature of
methods
A. Classical method
• also known as general/ chemical/ wet/
stoichiometric method
• example : titrimetric analysis
gravimetric analysis
12. III. Based on the nature of methods
B. Instrumental method
• more accurate
• based on specific physical or
chemical properties of the analyte
• Examples: spectrometry
polarimetry
chromatography
13. Types of Instrumental
Methods
• Electrochemical methods—Works by measuring the
potential (volts) and/or current (amps) in an
electrochemical cell containing the analyte
• Optical methods—based upon the measurement of the
interaction of the molecules with electromagnetic
radiation
• Chromatography— It is defined as the process of
separation of the individual components of a mixture
based on their relative affinities towards stationary and
mobile phases.
• Thermal method—Refers to group of techniques in which a
physical property of a substance is measured as a function
of temperature while the substance is subjected to a
controlled temperature program
14. III. Based on the nature of methods
C. Miscellaneous or special method
• Involves the crude drugs and other
natural products
• Examples: Acid value
Ash content
Water content
15. IV. Based on materials used
• Chemical = titrimetric method
• Physical = instruments and special
apparata
• Biological = use of microorganism and
animals and parts thereof
16. Example
An assay using 0.125 g sample, determined for
its total acid constituent using HPLC.
Determine the specific classification based on
size, extent, nature of methods and material
used
macroanalysis
proximate
instrumental
physical
17. Example
A 0.5g sample of glycerin was used to determine
the heavy metals content of the sample. After
preparing presence of heavy metals were tested by
comparing the sample solution with the standard.
Determine the specific classification based on size,
extent, nature of methods and material used.
macroanalysis
proximate
instrumental
physical
18. Types of Quantitative
Analysis
A. Volumetric Analysis
It is an analysis involving the
measurement of volume of
a solution of known
concentration required to
react with the desired
constituent.
B. Gravimetric Analysis
It is an analysis involving the
accurate measurement of
weight of substance being
determined which may be
isolated in pure form or
converted to another
substance of known
composition by making it
react quantitatively with
another substance usually a
precipitant.
19. Types of Quantitative
Analysis
C. Special Methods
analysis which require a distinct type of
technique such as analysis of crude drugs,
assay of fats and fixed oils, assay of
volatile oils and assay of alkaloids.
20. Types of Quantitative
Analysis
D. Physico-Chemical Methods
Analysis based on some specific physical
or chemical property or properties of the
substance being analyzed with the use of
instruments such as: spectrophotometer,
chromatograph units, polarographer,
polarimeter, flourometer.
22. Drug References
It comprises LIST
of pharmaceutical
substances,
formula along with
their description
and standards
Official Compendia : Approved sources of
guidelines for drug quality required by certain
practitioners or agencies.
Pharmacopoeia: the word derives from the
ancient Greek φ
α
ρ
μ
α
κ
ο
π
ο
ι
ΐ
α
(pharmakopoiia), from φ
α
ρ
μ
α
κ
ο
-
(pharmako-)
′′drug′′, followed by the verb-stem πο
ι
- (poi-)
′′make′′and finally the abstract noun ending - ι
α
(-ia). These three elements together can be
rendered as ′′drug-mak-ing′′or ′′to make a d
r
u
g
′′.
23.
24. Philippine Pharmacopeia
1996– Creation to signing of the first Philippine Pharmacopeia in
cooperation with the Japanese Government through the initiatives of Dr.
Conrado S Dayrit and Prof Akira Hamada.
May 26, 1999 – Creation Pharmacopeia Organization for the preparation
and publication of the Phil Pharmacopeia thru Department Order no. 216-
F
Exec. Order 302 – Declaring and adopting the Phil Pharmacopeia as
the Official book of Standards and Reference for Pharmaceutical Products
and Crude plant drugs in the Philippines (Mar 29, 2004)
25. BP (British Pharmacopeia)
1864 – MedicalAct of 1858 published the
first combined Pharmacopeia
(London, Edinburgh and Dublin)
In 2007 – BP edition included monographs of materials used for
Traditional Chinese medicines
2008 Edition and thereafter - revision is annual and is made
official every 1st of January each year
26. JP was first published in 25 June,
1886
IP was published in the year 1951 by
WHO in cooperation with United Nations
EP was published in 1969
27. First US Pharmacopeia
1778 - The first American formulary compiled by Gen
William Brown was so called “Lititz
Pharmacopeia,” published at Lititz, Pensylvania,
for use by the Military Hospital of the United States
Army.
27
28. USP/NF
1820 – The first US Pharmacopeia through the efforts of :Dr.
Lyman Spalding, Dr. Samuel Mitchill and Dr. Jacob Bigelow
(Founders of US Pharmacopeial Convention)
1888 – First National Formulary was published by
American PharmacistsAssociation (APhA)
1906 - President Theodore Roosevelt signed into law the first
Federal Pure Food and Drug Act and changed the title to National
Formulary, designating both USP and NFas establishing
legal standards for medical and pharmaceutic substances.
29. 1975 – USP acquires NF and Drug standards
Laboratory from APhA
1980 – First combined USP-NF was published
2002 – USP revised and published annually, made
official every 1st of May each year.
---------------------
May of 2020 – USP / NF
USP/NF
30. Parts of USP
1. General Notices Section
• The section which presents the basic
assumptions, definitions, and default
conditions for the interpretation and
application of the United States
Pharmacopeia (USP) and the National
Formulary (NF).
30
31. General Notices: Topics
1. Monographs and General chapters
2. Monograph components
3. Testing practices and procedures
4. Test results
5. Terms and definitions
6. Prescribing and dispensing
7. Preservation, packaging, storage and
labeling
31
32. Parts of USP
2. General Chapters - < >
1 to 999 – Physical tests and determinations,
microbiological tests, Chemical tests and assays,
Biological tests and assays
ENFORCEABLE
1000 to 1999 – General Information (no
mandatory requirement)
Above 2000 apply to articles classified as
Dietary ingredient or supplements
32
33. Examples
<41> WEIGHTS AND BALANCES
<611> ALCOHOL DETERMINATION
<741> MELTING RANGE OR TEMPERATURE
---
<1160> Pharmaceutical Calculations in Prescription
Compounding
<1176> Prescription Balances and Volumetric
Apparatus Used in Compounding
---
<2232> Elemental Contaminants in Dietary Supplements
<2750> Manufacturing Practices for Dietary Supplements
34. Parts of USP
3. Monograph
API and FPP
provides a specification by way of a
name, definition, description, tests,
procedures, and acceptance criteria and
sometimes packaging and labeling
requirements.
Sample Raw Material (RM) monograph
file://localhost/Users/tinasabroso/Desktop/Screen Shot 2018-11-13 at 2.07.09 PM.png
35. The USP–NF is a combination of two official
compendia: the United States Pharmacopeia
(USP) and the National Formulary (NF).
Monographs for drug substances and
preparations are featured in the USP.
Excipient monographs are found in the NF
Monographs for dietary supplements and
ingredients appear in a separate section of the
USP.
35
36. Official Compendia (USP)
The complete monograph of a raw material or a
finished dosage form includes the following
information:
1. chemical structure
2. chemical name
3. purity rubric
4. packaging and storage
5. reference standard
37. Official Compendia
• The complete monograph of a raw material or a finished
dosage form includes the following information:
6. Identification tests
7.Corresponding tests for chemical and physical constants
such as melting range, rotatory power, refractive index
etc.
8. Water content
9. Assay procedure
Sample monograph....Acetaminophen MonographA.docx
39. Assignment no. 2
Assignment:
1. Submit a copy of Pharmacopeial Monograph
(RM and FPP) from BP and USP
.
2. Given a USP or BP monograph, identify the
Qualitative tests by enclosing in a box and
Quantitative tests by placing double
underline.
40. ANY
QUESTIONS?
You can find me at:
@fatima.edu.ph
facebook.com/
OLFUValenzuelaPharmacy/ (8)-661-3023 loc. 106