Schedule F: This contains regulations and standards for running a blood bank. Schedule F-I: This contains regulations and standards for vaccines. Schedule F-II: This contains regulations and standards for surgical dressing.
Bonded laboratories are suitable for large-scale manufacture of goods and require supervision from excise staff. They must have four distinct compartments and pay excise duty when goods are removed. Non-bonded laboratories are suitable for small-scale manufacture without excise staff oversight. They require three compartments and pay excise duty upon purchase of raw spirits. Advance security money is needed for bonded laboratories but not for non-bonded ones, though state governments can relax infrastructure requirements for low alcohol production.
These presentation describes the rules and regulations for the manufacture of drugs and grant of license. Loan License and Repacking License is also described. These presentation is the part of series Drugs & Cosmetics Act.
This document outlines general and special labeling requirements for drugs and cosmetics under the Drugs & Cosmetics Act of 1940 and its Rules of 1945 in India. It provides details on what information must be included on labels, such as the drug name, ingredients, manufacturer information, batch details, and expiry date. It also specifies additional labeling for certain drug schedules, like Schedule H which requires a prescription, as well as for external preparations, ophthalmic products, and veterinary medicines. Sample labels are given for various drug schedules and uses. The document also lists permitted colors that can be used in drugs.
This presentation is related to the drug price control order in India. It will give an idea to the readers how the prices have been fixed for the formulations. How the price has been calculated for scheduled formulations.
The document summarizes the constitution and functions of key organizations under the Drugs and Cosmetics Act of 1940 and Rules of 1945 in India. The Drugs Technical Advisory Board (DTAB) advises the central and state governments and consists of 18 ex-officio and nominated members. The Drugs Consultative Committee (DCC) advises on securing uniformity and consists of central and state government representatives. The Central Drugs Laboratory (CDL) in Kolkata analyzes drug and cosmetic samples sent by courts and customs and maintains reference standards.
Vehicles used for pharmaceutical preparationsHitarth Solanki
Hitarthsinh D. Solanki will present on vehicles used for pharmaceutical preparations. Vehicles are substances added to formulations to aid production, maintain physiological stability, improve patient acceptability, and improve the dosage form's functioning as a drug delivery system. Ideal vehicles are physiologically inert, stable, do not impart unwanted tastes, colors, or odors, are non-toxic, non-irritating, non-sensitizing, effective in low concentrations, free from microorganisms, do not interfere with drug bioavailability, and are accepted by regulatory authorities. Vehicles can be aqueous, oily, solid, or semi-solid depending on their use and route of administration.
The Medicinal and Toilet Preparation Act of 1955 was enacted to regulate and control the use of alcohol in medicinal and toilet preparations in India. The objectives of the Act were to provide uniform rules and rates of excise duties on preparations containing alcohol, drugs, or narcotics. It aimed to curb misuse of alcohol and ensure its transport, issue, and use were properly controlled. The Act defined key terms like "alcohol" and types of medicinal and toilet preparations. It also provided powers to excise officers to inspect premises, enter/search/seize items, suspend/revoke licenses, and prosecute violations. Manufacturers had to obtain licenses to produce items in bonded or non-bonded facilities depending on
Role of pharmacist in Community pharmacy and public health practice in India:...Yamini Shah
The knowledge, skills and expertise of a pharmacist enable them to support the public health care by promoting healthy lifestyles, preventing long-term illness and by guiding patients to better manage their medicines. A community pharmacist strengthens the public health system in a broad perspective. To improve health, patient care and medication-related outcomes through education, clinical practice and research. To ensure the safety and efficacy of medications which are prescribed by medical practitioner.
Bonded laboratories are suitable for large-scale manufacture of goods and require supervision from excise staff. They must have four distinct compartments and pay excise duty when goods are removed. Non-bonded laboratories are suitable for small-scale manufacture without excise staff oversight. They require three compartments and pay excise duty upon purchase of raw spirits. Advance security money is needed for bonded laboratories but not for non-bonded ones, though state governments can relax infrastructure requirements for low alcohol production.
These presentation describes the rules and regulations for the manufacture of drugs and grant of license. Loan License and Repacking License is also described. These presentation is the part of series Drugs & Cosmetics Act.
This document outlines general and special labeling requirements for drugs and cosmetics under the Drugs & Cosmetics Act of 1940 and its Rules of 1945 in India. It provides details on what information must be included on labels, such as the drug name, ingredients, manufacturer information, batch details, and expiry date. It also specifies additional labeling for certain drug schedules, like Schedule H which requires a prescription, as well as for external preparations, ophthalmic products, and veterinary medicines. Sample labels are given for various drug schedules and uses. The document also lists permitted colors that can be used in drugs.
This presentation is related to the drug price control order in India. It will give an idea to the readers how the prices have been fixed for the formulations. How the price has been calculated for scheduled formulations.
The document summarizes the constitution and functions of key organizations under the Drugs and Cosmetics Act of 1940 and Rules of 1945 in India. The Drugs Technical Advisory Board (DTAB) advises the central and state governments and consists of 18 ex-officio and nominated members. The Drugs Consultative Committee (DCC) advises on securing uniformity and consists of central and state government representatives. The Central Drugs Laboratory (CDL) in Kolkata analyzes drug and cosmetic samples sent by courts and customs and maintains reference standards.
Vehicles used for pharmaceutical preparationsHitarth Solanki
Hitarthsinh D. Solanki will present on vehicles used for pharmaceutical preparations. Vehicles are substances added to formulations to aid production, maintain physiological stability, improve patient acceptability, and improve the dosage form's functioning as a drug delivery system. Ideal vehicles are physiologically inert, stable, do not impart unwanted tastes, colors, or odors, are non-toxic, non-irritating, non-sensitizing, effective in low concentrations, free from microorganisms, do not interfere with drug bioavailability, and are accepted by regulatory authorities. Vehicles can be aqueous, oily, solid, or semi-solid depending on their use and route of administration.
The Medicinal and Toilet Preparation Act of 1955 was enacted to regulate and control the use of alcohol in medicinal and toilet preparations in India. The objectives of the Act were to provide uniform rules and rates of excise duties on preparations containing alcohol, drugs, or narcotics. It aimed to curb misuse of alcohol and ensure its transport, issue, and use were properly controlled. The Act defined key terms like "alcohol" and types of medicinal and toilet preparations. It also provided powers to excise officers to inspect premises, enter/search/seize items, suspend/revoke licenses, and prosecute violations. Manufacturers had to obtain licenses to produce items in bonded or non-bonded facilities depending on
Role of pharmacist in Community pharmacy and public health practice in India:...Yamini Shah
The knowledge, skills and expertise of a pharmacist enable them to support the public health care by promoting healthy lifestyles, preventing long-term illness and by guiding patients to better manage their medicines. A community pharmacist strengthens the public health system in a broad perspective. To improve health, patient care and medication-related outcomes through education, clinical practice and research. To ensure the safety and efficacy of medications which are prescribed by medical practitioner.
The government has notified the DPCO 2013 under the Essential Commodities Act, 1955, which will give power to the NPPA (National Pharmaceutical Pricing Authority (NPPA )to regulate prices of 348 essential drugs along with their specified strengths and dosages under NLEM 2011.
Medicinal and toilet preparations act and rules,1955Ganesh Shevalkar
It is an Act with provision for levy and collection of excise duties on medicinal and toilet preparations containing alcohol, opium, Indian hemp (cannabis) or other narcotic drugs.
Aerosol , components for aerosol formulation by mariomakhter@yahoo.commariomS7
Aerosol are the products that depend on the power of a compressed or liquefied gas to expel the contents from the container. Aerosols are termed also pressurized package.
Schedule F: Part XII B of Drugs & Cosmetics Ruleshashankc10
This document outlines the requirements for operating a blood bank according to the Drugs and Cosmetics Rules in India. It discusses the necessary facilities, personnel, equipment, testing, record keeping, and labeling required. Key requirements include adequate facilities for donor screening and blood collection/processing, maintaining appropriate temperatures, regular equipment and reagent testing, following written standard operating procedures, conducting mandatory disease and compatibility testing of blood units, and properly labeling units with collection/expiration dates and test results. The goal is to ensure the safe and proper collection, processing, testing, storage and distribution of blood and blood components.
This document outlines the key provisions of the Medicinal and Toilet Preparation (Excise Duties) Act. Some key points:
1. The act was passed in 1955 to standardize excise duties on medicinal and toilet preparations containing alcohol or narcotic drugs across states, preventing interstate smuggling.
2. It defines terms like alcohol, dutiable goods, medicinal preparations, toilet preparations and sets rules for licensing the manufacture of such preparations.
3. Manufacture is allowed either in bonded premises using untaxed alcohol under excise supervision, or outside bonded premises after paying duties. Strict record keeping and security measures are mandated.
Medicinal & toilet preparation act as per pciShital Kasale
1) The document discusses the Medicinal & Toilet Preparation (Excise Duties) Act of 1955 and rules regarding the manufacture and storage of medicinal and toilet preparations containing alcohol or other substances.
2) It provides definitions for key terms under the act such as alcohol, dutiable goods, medicinal preparations, and outlines licensing procedures and requirements for bonded and non-bonded manufactories.
3) The rules cover obtaining and storing alcohol and finished products, classification of preparations, warehousing, export, and penalties for violations. The goal is to control the use of alcohol for medicinal purposes and prevent misuse.
This document summarizes key aspects of the MR. G.A.SHETE MEDICINAL & TOILET PREPARATION Act, including definitions of terms like bonded and non-bonded laboratories, restricted and unrestricted preparations, and dutiable goods. It also outlines requirements for manufacturing medicinal preparations in bonded and non-bonded facilities, as well as various offenses and associated penalties under the Act. Manufacturing in bonded facilities requires an excise license and occurs under excise supervision, while non-bonded manufacturing requires the duty to already be paid. The document provides an overview of the regulatory framework for production and storage of medicinal and toilet preparations containing controlled substances in India.
Schedule M outlines Good Manufacturing Practices (GMP) that must be followed by pharmaceutical manufacturing units in India. It contains requirements for factory premises, plants, equipment, and quality assurance to ensure products are consistently manufactured and controlled to quality standards. Schedule M has two parts - Part 1 covers GMP for premises and materials, and Part 2 covers specific plant and material requirements. It provides detailed guidelines for facilities, equipment, sanitation, personnel, documentation, manufacturing, quality control, distribution, and more to help ensure therapeutic goods produced meet the required quality standards.
Pharmaceutical Jurisprudence (BP505T) Unit-2 Sale, Labeling, Packing of Drugs...Sagarpamu123
This PPT Covers Sale of Drugs – Wholesale, Retail sale and Restricted license. Offences and penalties
Labeling & Packing of drugs- General labeling requirements and specimen labels for
drugs and cosmetics, List of permitted colors. Offences and penalties.
Administration of the Act and Rules – Drugs Technical Advisory Board, Central drugs
Laboratory, Drugs Consultative Committee, Government drug analysts, Licensing
authorities, controlling authorities, Drugs Inspectors
At the end of the 19th century and early 20 century use of Allopathy system increases
Drugs of natural origin: Veg, mineral oil and animals
At that time, profit became main motive than service
Overdose of quinine.A Central law to control drugs and pharmacy profession.
Codes of pharmaceutical ethics
In relation to his trade
In relation to his Job
In relation to his Profession
In relation to Medical Profession
Pharmacist's Oath
Liquid oral topic in Industrial Pharmacy contains many topics like solution, elixirs, syrups, emulsion, and suspension. This topic includes general introduction, types, formulation, components, uses, and Quality control tests. These are also beneficial in other subjects like Pharmaceutics.
The document discusses labeling requirements and packaging for ophthalmic preparations. It states that labels must include the name of the drug, dosage, manufacturer, and expiration date. Labels can be printed directly on containers or applied separately. Eye drop packaging comes in glass bottles with droppers or plastic bottles with integrated droppers. Plastic is now more common. Packaging must be sterile and can be single-dose without preservatives or multi-dose which requires preservatives to maintain sterility between uses.
P'JURISPRUDENCE SCHEDULES IN DETAIL RGPV Unit 2 d&c act part 1shashankc10
This document discusses the Drugs and Cosmetics Act of 1940 and associated schedules in India. It provides an overview of the act's objectives to ensure drugs sold in India are safe and effective. It describes the various schedules which classify and regulate drugs based on their potential risks and how they must be labeled, prescribed, and sold. Key points covered include the roles of regulatory authorities, licensing requirements, and standards that drugs must meet to be imported or manufactured in India.
4 medicinal and toilet preparation act 1955Charudatta Jog
This document outlines the Medicinal & Toilet Preparation Act of 1955, which was passed to standardize excise duties across states in India. The key objectives of the act were to levy and collect duties on alcohol used in medicinal and toilet preparations and curb irregularities. The act established procedures for licensing the manufacture of preparations containing alcohol or narcotics. It also differentiated between manufacturing processes that took place within bonded laboratories versus outside of them, and outlined exemptions, duties, and responsibilities of excise officers in enforcing the act.
Application of preformulation consideration in the development ofArpan Dhungel
This document discusses preformulation studies for developing parenteral dosage forms. Preformulation involves studying a new drug's physicochemical properties to create stable, effective formulations. Key aspects of preformulation include assessing solubility through methods like changing pH, adding co-solvents or complexing agents, and evaluating stability under various conditions like heat, light and pH to determine a drug's degradation profile. The goal of preformulation is to obtain information to guide formulation development and ensure the drug molecule is most stable.
The document discusses the Drug Price Control Order (DPCO) of 1995 in India. Some key points:
- DPCO 1995 aimed to regulate drug prices and ensure adequate supply of essential medicines at fair prices. It was replaced by DPCO 2013.
- Previous versions of DPCO were introduced in 1966, 1970, 1979, and 1987 to control rising drug prices.
- DPCO 1995 defined key terms like bulk drugs, formulations, and ceiling prices. It explained how the government would fix prices of scheduled bulk drugs and formulations.
- Manufacturers had to provide drug price information to the government annually or when seeking price revisions. The government could recover overcharges or revise prices under certain circumstances.
Prohibited Advertisements under the Drug & Magic remedies Act 1954:-
Prohibition of Advertisement of Certain Drugs for Treatment of Certain Diseases and Disorders:-
The procurement of miscarriage in women or prevention of conception in women; or
The maintenance or improvement of the capacity of human beings for sexual pleasure;
The correction of menstrual disorder in women; or
The diagnosis, cure, mitigation, treatment or prevention of any disease, disorder or condition specified in the Schedule, or any other disease, disorder or condition which may be specified in the rules made under this Act (Sch. J).
Opthalmics Preparation and its Evaluation parametersKavya S
This document summarizes the packaging and evaluation of ophthalmic products. It discusses various containers like plastics and glass used for ophthalmic packaging. It also describes different types of ophthalmic products like eye drops, ointments, lotions and inserts. Key evaluation parameters discussed include sterility testing, clarity testing, leakage testing and testing for metal particles. Assay, pH, viscosity testing are also summarized as important evaluation methods. The document concludes with a brief overview of the definition, ideal properties and formulation of different ophthalmic preparations.
This document outlines Good Manufacturing Practices (GMP) for producing sterile pharmaceutical products. It discusses that GMP ensures products are consistently manufactured and controlled to quality standards for their intended use. Specific requirements are provided for facilities, equipment, environmental controls, personnel hygiene and sanitation practices when manufacturing sterile injectables, ophthalmic preparations and other sterile products to minimize risks of contamination. Production must follow documented procedures and strict aseptic techniques to ensure the sterility and quality of manufactured medicines.
Good Manufacturing Practices (GMP) regulations were introduced in 1988 and amended in 2001 to ensure pharmaceutical products are consistently produced and controlled according to quality standards. GMP covers all aspects of production from starting materials to training and hygiene of staff. Detailed written procedures and documented proof of following correct procedures are required at each step of manufacturing. The goal is to minimize risks that cannot be detected by final testing and ensure consumers receive products of the specified quality.
The government has notified the DPCO 2013 under the Essential Commodities Act, 1955, which will give power to the NPPA (National Pharmaceutical Pricing Authority (NPPA )to regulate prices of 348 essential drugs along with their specified strengths and dosages under NLEM 2011.
Medicinal and toilet preparations act and rules,1955Ganesh Shevalkar
It is an Act with provision for levy and collection of excise duties on medicinal and toilet preparations containing alcohol, opium, Indian hemp (cannabis) or other narcotic drugs.
Aerosol , components for aerosol formulation by mariomakhter@yahoo.commariomS7
Aerosol are the products that depend on the power of a compressed or liquefied gas to expel the contents from the container. Aerosols are termed also pressurized package.
Schedule F: Part XII B of Drugs & Cosmetics Ruleshashankc10
This document outlines the requirements for operating a blood bank according to the Drugs and Cosmetics Rules in India. It discusses the necessary facilities, personnel, equipment, testing, record keeping, and labeling required. Key requirements include adequate facilities for donor screening and blood collection/processing, maintaining appropriate temperatures, regular equipment and reagent testing, following written standard operating procedures, conducting mandatory disease and compatibility testing of blood units, and properly labeling units with collection/expiration dates and test results. The goal is to ensure the safe and proper collection, processing, testing, storage and distribution of blood and blood components.
This document outlines the key provisions of the Medicinal and Toilet Preparation (Excise Duties) Act. Some key points:
1. The act was passed in 1955 to standardize excise duties on medicinal and toilet preparations containing alcohol or narcotic drugs across states, preventing interstate smuggling.
2. It defines terms like alcohol, dutiable goods, medicinal preparations, toilet preparations and sets rules for licensing the manufacture of such preparations.
3. Manufacture is allowed either in bonded premises using untaxed alcohol under excise supervision, or outside bonded premises after paying duties. Strict record keeping and security measures are mandated.
Medicinal & toilet preparation act as per pciShital Kasale
1) The document discusses the Medicinal & Toilet Preparation (Excise Duties) Act of 1955 and rules regarding the manufacture and storage of medicinal and toilet preparations containing alcohol or other substances.
2) It provides definitions for key terms under the act such as alcohol, dutiable goods, medicinal preparations, and outlines licensing procedures and requirements for bonded and non-bonded manufactories.
3) The rules cover obtaining and storing alcohol and finished products, classification of preparations, warehousing, export, and penalties for violations. The goal is to control the use of alcohol for medicinal purposes and prevent misuse.
This document summarizes key aspects of the MR. G.A.SHETE MEDICINAL & TOILET PREPARATION Act, including definitions of terms like bonded and non-bonded laboratories, restricted and unrestricted preparations, and dutiable goods. It also outlines requirements for manufacturing medicinal preparations in bonded and non-bonded facilities, as well as various offenses and associated penalties under the Act. Manufacturing in bonded facilities requires an excise license and occurs under excise supervision, while non-bonded manufacturing requires the duty to already be paid. The document provides an overview of the regulatory framework for production and storage of medicinal and toilet preparations containing controlled substances in India.
Schedule M outlines Good Manufacturing Practices (GMP) that must be followed by pharmaceutical manufacturing units in India. It contains requirements for factory premises, plants, equipment, and quality assurance to ensure products are consistently manufactured and controlled to quality standards. Schedule M has two parts - Part 1 covers GMP for premises and materials, and Part 2 covers specific plant and material requirements. It provides detailed guidelines for facilities, equipment, sanitation, personnel, documentation, manufacturing, quality control, distribution, and more to help ensure therapeutic goods produced meet the required quality standards.
Pharmaceutical Jurisprudence (BP505T) Unit-2 Sale, Labeling, Packing of Drugs...Sagarpamu123
This PPT Covers Sale of Drugs – Wholesale, Retail sale and Restricted license. Offences and penalties
Labeling & Packing of drugs- General labeling requirements and specimen labels for
drugs and cosmetics, List of permitted colors. Offences and penalties.
Administration of the Act and Rules – Drugs Technical Advisory Board, Central drugs
Laboratory, Drugs Consultative Committee, Government drug analysts, Licensing
authorities, controlling authorities, Drugs Inspectors
At the end of the 19th century and early 20 century use of Allopathy system increases
Drugs of natural origin: Veg, mineral oil and animals
At that time, profit became main motive than service
Overdose of quinine.A Central law to control drugs and pharmacy profession.
Codes of pharmaceutical ethics
In relation to his trade
In relation to his Job
In relation to his Profession
In relation to Medical Profession
Pharmacist's Oath
Liquid oral topic in Industrial Pharmacy contains many topics like solution, elixirs, syrups, emulsion, and suspension. This topic includes general introduction, types, formulation, components, uses, and Quality control tests. These are also beneficial in other subjects like Pharmaceutics.
The document discusses labeling requirements and packaging for ophthalmic preparations. It states that labels must include the name of the drug, dosage, manufacturer, and expiration date. Labels can be printed directly on containers or applied separately. Eye drop packaging comes in glass bottles with droppers or plastic bottles with integrated droppers. Plastic is now more common. Packaging must be sterile and can be single-dose without preservatives or multi-dose which requires preservatives to maintain sterility between uses.
P'JURISPRUDENCE SCHEDULES IN DETAIL RGPV Unit 2 d&c act part 1shashankc10
This document discusses the Drugs and Cosmetics Act of 1940 and associated schedules in India. It provides an overview of the act's objectives to ensure drugs sold in India are safe and effective. It describes the various schedules which classify and regulate drugs based on their potential risks and how they must be labeled, prescribed, and sold. Key points covered include the roles of regulatory authorities, licensing requirements, and standards that drugs must meet to be imported or manufactured in India.
4 medicinal and toilet preparation act 1955Charudatta Jog
This document outlines the Medicinal & Toilet Preparation Act of 1955, which was passed to standardize excise duties across states in India. The key objectives of the act were to levy and collect duties on alcohol used in medicinal and toilet preparations and curb irregularities. The act established procedures for licensing the manufacture of preparations containing alcohol or narcotics. It also differentiated between manufacturing processes that took place within bonded laboratories versus outside of them, and outlined exemptions, duties, and responsibilities of excise officers in enforcing the act.
Application of preformulation consideration in the development ofArpan Dhungel
This document discusses preformulation studies for developing parenteral dosage forms. Preformulation involves studying a new drug's physicochemical properties to create stable, effective formulations. Key aspects of preformulation include assessing solubility through methods like changing pH, adding co-solvents or complexing agents, and evaluating stability under various conditions like heat, light and pH to determine a drug's degradation profile. The goal of preformulation is to obtain information to guide formulation development and ensure the drug molecule is most stable.
The document discusses the Drug Price Control Order (DPCO) of 1995 in India. Some key points:
- DPCO 1995 aimed to regulate drug prices and ensure adequate supply of essential medicines at fair prices. It was replaced by DPCO 2013.
- Previous versions of DPCO were introduced in 1966, 1970, 1979, and 1987 to control rising drug prices.
- DPCO 1995 defined key terms like bulk drugs, formulations, and ceiling prices. It explained how the government would fix prices of scheduled bulk drugs and formulations.
- Manufacturers had to provide drug price information to the government annually or when seeking price revisions. The government could recover overcharges or revise prices under certain circumstances.
Prohibited Advertisements under the Drug & Magic remedies Act 1954:-
Prohibition of Advertisement of Certain Drugs for Treatment of Certain Diseases and Disorders:-
The procurement of miscarriage in women or prevention of conception in women; or
The maintenance or improvement of the capacity of human beings for sexual pleasure;
The correction of menstrual disorder in women; or
The diagnosis, cure, mitigation, treatment or prevention of any disease, disorder or condition specified in the Schedule, or any other disease, disorder or condition which may be specified in the rules made under this Act (Sch. J).
Opthalmics Preparation and its Evaluation parametersKavya S
This document summarizes the packaging and evaluation of ophthalmic products. It discusses various containers like plastics and glass used for ophthalmic packaging. It also describes different types of ophthalmic products like eye drops, ointments, lotions and inserts. Key evaluation parameters discussed include sterility testing, clarity testing, leakage testing and testing for metal particles. Assay, pH, viscosity testing are also summarized as important evaluation methods. The document concludes with a brief overview of the definition, ideal properties and formulation of different ophthalmic preparations.
This document outlines Good Manufacturing Practices (GMP) for producing sterile pharmaceutical products. It discusses that GMP ensures products are consistently manufactured and controlled to quality standards for their intended use. Specific requirements are provided for facilities, equipment, environmental controls, personnel hygiene and sanitation practices when manufacturing sterile injectables, ophthalmic preparations and other sterile products to minimize risks of contamination. Production must follow documented procedures and strict aseptic techniques to ensure the sterility and quality of manufactured medicines.
Good Manufacturing Practices (GMP) regulations were introduced in 1988 and amended in 2001 to ensure pharmaceutical products are consistently produced and controlled according to quality standards. GMP covers all aspects of production from starting materials to training and hygiene of staff. Detailed written procedures and documented proof of following correct procedures are required at each step of manufacturing. The goal is to minimize risks that cannot be detected by final testing and ensure consumers receive products of the specified quality.
1. The document discusses Good Manufacturing Practices (GMP) regulations for Schedule M drugs and cosmetics in India.
2. It covers GMP requirements for premises, equipment, sanitation, personnel, production, quality control, documentation and other areas to ensure consistent high quality of pharmaceutical products.
3. Key aspects include requirements for manufacturing facilities, warehouses, equipment calibration, personnel training, hygiene, production supervision, validation of cleaning procedures, and maintenance of records to allow traceability of all manufacturing steps.
This document discusses Good Manufacturing Practices (GMP) for sterile pharmaceutical products. It provides an agenda that covers requirements for facilities, equipment, processes, and documentation for sterile manufacturing. Key points include maintaining proper air handling systems with appropriate air classification grades for different areas. Environmental monitoring, garment requirements, sanitation procedures, equipment specifications, and detailed manufacturing and batch documentation standards are also outlined to ensure sterile products are consistently manufactured and controlled to quality standards.
This document outlines the requirements for factory premises manufacturing medical devices according to Schedule M-III of the Drugs and Cosmetics Rules 1945 in India. It discusses location, building, water supply, waste disposal, worker hygiene and medical facilities requirements. It also provides recommendations for equipment and space needed for manufacturing common medical devices like perfusion sets, syringes and needles. Manufacturers must follow good manufacturing practices and maintain processing and quality control records. Medical devices are classified based on risk into four classes from low to high risk.
This document outlines Good Manufacturing Practices (GMP) for Ayurvedic, Siddha, and Unani medicines. It discusses requirements for factory premises, buildings, water supply, waste disposal, storage, and other facilities. Specific guidelines are provided for raw material storage, manufacturing areas, equipment, batch records, quality control, and more. Lists of recommended machinery and minimum space requirements are also included for producing different types of medicines in each system.
Schedule M for Pharmacy Students, Here from Pharmaceutical Jurisprudence 5th Sem.
Make easy in Student language.
Both Pharmacy Students (B Pharm & D Pharmacy
This document provides an overview of Beyond A Century, Inc.'s (BAC) current good manufacturing practices (GMP) program for packaging, labeling, and holding dietary supplements. It describes BAC's personnel requirements and training, facility design and maintenance, production and process controls, quality control testing, and Hazard Analysis and Critical Control Point (HACCP) plan. The HACCP plan identifies potential biological, chemical, and physical hazards at critical control points during receiving, sampling, storage, production, and shipping. It establishes monitoring, corrective actions, verification, and documentation procedures to control these hazards and prevent product adulteration.
PHARMACEUTICAL PRODUCTION MANAGEMENT & INVENTORY CONTROLArunpandiyan59
1. The document outlines requirements for modern pharmaceutical production facilities including location, building design, waste disposal, storage, production, and quality control. Key requirements include preventing contamination, ensuring hygienic conditions, and separating different categories of drugs.
2. Specific sections cover water treatment systems, warehousing, production area layout, quality control laboratory independence, personnel training, and inventory/raw material management. Equipment must be properly located, maintained and defective units removed.
3. Quality assurance systems must ensure pharmaceutical products meet GMP standards and are developed to requirements for design, development, manufacturing and quality management.
This document provides an overview of Good Manufacturing Practices (GMP) in the pharmaceutical industry. It defines GMP and discusses why GMP is important to ensure consistent quality products and protect consumer safety. The document outlines the key principles of GMP, including facilities and equipment design, validation, documentation, quality control systems, and self-inspection. It also reviews specific GMP requirements for premises, equipment, raw materials, production, sanitation, quality audits, and more. Adhering to GMP regulations helps pharmaceutical manufacturers minimize risks and ensure their products are safe, pure, and effective.
The document outlines Good Manufacturing Practices (GMP) for Ayurvedic, Siddha, and Unani drugs. It discusses requirements for factory premises, general building requirements, water supply, waste disposal, raw material and finished goods storage, and quality control facilities. Key points include:
1) Factory areas must be adequately sized and separated for raw material receipt and storage, manufacturing, quality control, and finished goods storage.
2) Buildings must allow hygienic production and be free of pests. Interior surfaces must be cleanable.
3) Raw materials must be stored by type in labeled containers indicating source, batch, and receipt date.
4) Finished goods are
The document outlines the Good Manufacturing Practices (GMP) as per Schedule M of the Drugs and Cosmetic Act of 1940 in India. It details the requirements for facilities, equipment, production, quality control, documentation, personnel and other aspects of pharmaceutical manufacturing. The key points covered include requirements for premises location, building design to prevent contamination, waste disposal procedures, manufacturing controls, quality control testing, documentation and record keeping, personnel qualifications, and compliance with other applicable regulations.
This presentation describes Schedule M of Drugs & Cosmetic Act. It consists of Good Manufacturing Practices (GMP) for the manufacturing of drugs. Detailed guidelines about factory premises, machinery, process, quality control, etc. have been given.
Hygiene standards and procedures usually described as Good Hygienic Practices (GHP) or Good Manufacturing Practices (GMP), have been in place for many years and constituted an essential tool in traditional food control. These concepts are still essential in a modern food control system by providing the basic environmental and operating conditions for production of safe food and thus being a requisite or foundation for HACCP in an overall food safety management program. What is new is the concept of formalizing the prerequisite program alongside HACCP and the legal requirement in some countries (USA) of documented monitoring of certain sanitation areas.
Schedule M specifies Good Manufacturing Practices (GMP) requirements for pharmaceutical manufacturing facilities, equipment, personnel, and documentation in India. It addresses requirements for premises, production areas, quality control laboratories, raw materials, equipment, sanitation, manufacturing operations, packaging, and quality assurance. The goal is to ensure pharmaceutical products are manufactured safely and meet quality standards.
SCHEDULE M, Pharmaceutical Jurisprudence, 5th semnaikanu3813
The document outlines Good Manufacturing Practice (GMP) requirements for pharmaceutical manufacturing facilities, equipment, and processes according to Schedule M of the Drugs and Cosmetics Act in India. It covers 17 parts with specific requirements for premises, plant, equipment, production, packaging, quality control, documentation and other key aspects. Adherence to GMP helps ensure pharmaceutical products are consistently manufactured and controlled to the quality standards appropriate for their intended use.
The document outlines the Good Manufacturing Practice (GMP) requirements for pharmaceutical manufacturing facilities according to Schedule M. It discusses 14 parts that cover requirements for facility premises, equipment, sanitation, personnel, materials, production, quality control, documentation, and quality assurance. The goal of GMP is to ensure consistent production of quality pharmaceutical products by having standardized operating procedures, trained staff, suitable premises and equipment, and validated processes.
cGMP as per shedule M outlines the Good Manufacturing Practices that must be followed for pharmaceutical manufacturing according to the Drugs and Cosmetics Act of India. It covers requirements for facilities, equipment, personnel, sanitation, documentation, quality control, packaging and labeling. All aspects of production from raw materials to finished products must meet GMP standards to ensure consistency and quality of manufactured drugs. Detailed written procedures and records are required for all manufacturing processes.
The document discusses auditing of sterile production processes. It outlines several key areas that an auditor must evaluate, including building and facilities, HVAC systems, environmental monitoring, garments, sanitation, equipment, manufacturing processes, sterilization, and documentation. The auditor needs to ensure control measures are in place to prevent contamination and assess if critical environmental parameters and cleaning/sanitization procedures are properly followed. The manufacturing records also must contain all relevant processing details to ensure sterility of batches. Auditing is important to verify sterile production meets Good Manufacturing Practice standards.
Travel vaccination in Manchester offers comprehensive immunization services for individuals planning international trips. Expert healthcare providers administer vaccines tailored to your destination, ensuring you stay protected against various diseases. Conveniently located clinics and flexible appointment options make it easy to get the necessary shots before your journey. Stay healthy and travel with confidence by getting vaccinated in Manchester. Visit us: www.nxhealthcare.co.uk
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.
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.
Co-Chairs, Val J. Lowe, MD, and Cyrus A. Raji, MD, PhD, prepared useful Practice Aids pertaining to Alzheimer’s disease for this CME/AAPA activity titled “Alzheimer’s Disease Case Conference: Gearing Up for the Expanding Role of Neuroradiology in Diagnosis and Treatment.” For the full presentation, downloadable Practice Aids, and complete CME/AAPA information, and to apply for credit, please visit us at https://bit.ly/3PvVY25. CME/AAPA credit will be available until June 28, 2025.
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
These lecture slides, by Dr Sidra Arshad, offer a simplified look into the mechanisms involved in the regulation of respiration:
Learning objectives:
1. Describe the organisation of respiratory center
2. Describe the nervous control of inspiration and respiratory rhythm
3. Describe the functions of the dorsal and respiratory groups of neurons
4. Describe the influences of the Pneumotaxic and Apneustic centers
5. Explain the role of Hering-Breur inflation reflex in regulation of inspiration
6. Explain the role of central chemoreceptors in regulation of respiration
7. Explain the role of peripheral chemoreceptors in regulation of respiration
8. Explain the regulation of respiration during exercise
9. Integrate the respiratory regulatory mechanisms
10. Describe the Cheyne-Stokes breathing
Study Resources:
1. Chapter 42, Guyton and Hall Textbook of Medical Physiology, 14th edition
2. Chapter 36, Ganong’s Review of Medical Physiology, 26th edition
3. Chapter 13, Human Physiology by Lauralee Sherwood, 9th edition
Promoting Wellbeing - Applied Social Psychology - Psychology SuperNotesPsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
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.
3. Requirements For Manufacture Of Blood
Products : (XII-C)
The Blood Products shall be manufactured in a separate premises other than that meant for blood bank.
A. General Requirements:
• Location and surroundings, buildings and water supply : Contained in Part 1 of Schedule-M shall apply
mutatis mutandis to the manufacture of blood products.
• Disposal of waste and Infectious Materials :Contained in Part 1 of Schedule-M shall apply mutatis mutandis
to the manufacture of blood products. Proper facility shall also be provided for potentially infectious
materials particularly HIV I & HIV II.
• Health clothing and Sanitation Personnel : Contained in Part 1 of Schedule-M shall apply to manufacture of
blood products. The personnel working in the manufacturing area must be vaccinated against Hepatits B
virus and other infectious diseases.
4. Requirements For Manufacturing Area For Blood Products:
• Separate enclosed areas. These areas be provided with air locks for entry and shall be essentially dust free
and ventilated with an air supply.
• Air supply must be filtered through (HEPA Filters) and shall be at higher pressure then in adjacent areas.
• Interior surfaces (walls, ceilings, floor) must be smooth and free from cracks. They should not shed matter
and provide easy cleaning and disinfection.
• Routine microbial counts of the manufacturing area shall be carried out during manufacturing operations.
• Sinks shall be excluded from aseptic areas. Any sink installed in other clean areas shall be of suitable material
such as stainless steel, without an overflow, and be supplied with water of potable quality.
• Lighting, air-conditioning, ventilation shall be designed to maintain a satisfactory temperature and relative
humidity to minimize contamination
• Premises shall be carefully maintained and it shall be ensured that repair and maintenance operations do not
present any hazard to the quality of products.
5. • Adequate facilities and equipments shall be used for the manufacture of blood products derived from blood
plasma.
• All containers of blood products, regardless of the stage of manufacture, shall be identified by securely
attached labels. Cross contamination shall be prevented by adoption of the following measures, namely: (a)
processing and filling shall be in segregated areas;
(b) manufacture of different products at the same time shall be avoided;
(c) simultaneous filling of the different products shall be avoided;
(d) ensure transfer, containers/materials by means of airlocks, air extraction
• Positive Air Pressure area shall be dedicated to the processing area.
• Pipe work, valves and vent filters shall be properly designed to facilitate cleaning and sterilization.
Ancillary Areas :
• Rest and refreshment rooms should remain separated.
• Maintenance workshops shall be separated from production areas.
• Animal houses shall be well isolated from other areas with separate entrance
6. B. COLLECTION AND
STORAGE OF PLASMA FOR
FRACTIONATION
Collection:
• Plasma shall be collected from the licensed
Blood Banks through a cold chain process and
stored in frozen condition not warmer than -
20*C
• Individual plasma shall remain in
quarantine till it is tested for ( Hepatitis B
and Hepatitis C Virus antibody), HIV I and HIV
II.
• A sample from pooled lot of plasma 10-12
units of different donors shall be tested and if
found negative only then it would be taken for
Fractionation.
7. Storage :
• Storage areas shall be of sufficient space and capacity to allow orderly storage of various
categories of materials.
• Storage areas shall be designed or adopted to ensure good storage conditioning. In
they shall be clean, dry and maintained within temperature required. Receiving and dispatch
bays shall protect materials and products from the weather and shall be designed and
equipped to allow containers of incoming materials.
• Quarantine areas must be marked and there access restricted only to authorized personnel.
• There shall be a separate sampling area for raw materials.
• Segregation shall be provided for the storage of rejected, recalled, or returned materials or
products.
• Adequate facility shall be provided for supply of ancillary material, such as ethanol, water,
and polyethylene glycol.
8. C. PERSONNEL:
1. Manufacture : The manufacture of blood products
shall be conducted under active guidance and
personal supervision of Competent Technical Staff,
Consisting of at least one person who shall be a
whole time employee, with one year practical
experience in manufacture of blood products/
Plasma Fractionation and posses :
A. Post-graduate degree in Medicine
M.D.(Microbiology/Pathology/Bacteriology/Immun
ology/Biochemistry);or
B. Post-graduate degree in Science (Microbiology);
C. Post-graduate degree in Pharmacy
9. 2. Testing :
The head of the testing unit shall be independent of the manufacturing unit and
testing shall be conducted under the active direction and personal supervision of
competent technical staff consisting at least one person who shall be a whole time
employee. The Head of the testing unit shall have 18 months practical experience in
the testing of drugs, especially the blood products and possesses :
A. Post-graduate degree in Pharmacy or Science (Chemistry/ Microbiology/
Bio-chemistry); or
B. Post-graduate degree in Medicine M.D. (Microbiology/Pathology/ Biochemistry),
from a recognized University or Institution.
11. 1. The production area and Vial inactivation room shall be centrally air- conditioned and fitted with HEPA
filters having Grade C (Class 10,000).
2. The filling and sealing shall be carried out under aseptic conditions in centrally air-conditioned areas
fitted with HEPA Filters Grade A or, as the case may be, Grade B (Class 100) environment.
3. The physical and chemical operations used for the manufacture of plasma fractionation shall maintain
high yield of safe and effective protein.
4. The fractionation procedure used shall give a good yield of products meeting the in-house quality
requirements as approved by the Licensing Authority and Central Licence Approving Authority
reducing the risk of microbiological contamination and protein denaturation to the minimum.
5. The procedure adopted shall not affect the antibody activity and biological half- life or biological
characteristics of the products.
12. E. VIRAL INACTIVATION PROCESS:
The procedure used by licensee to inactivate the pathogenic organisms such as enveloped
and non- enveloped virus, especially HIV I & HIV II (Hepatitis B surface antigens and Hepatitis
C Virus antibody) shall be submitted for approval to the Licensing Authority and Central
Licence Approving Authority.
1. No preservative (except stabilizer to prevent protein denaturation such as glycine, sodium
chloride or sodium caprylate) shall be added to Albumin, Plasma Protein Fraction,
Intravenous Immunoglobulins without the prior approval of Licensing Authority and
Central Licence Approving Authority.
2. The licensee shall ensure that the said stabilizers do not have deleterial effect on the final
product in the quantity present so as not to cause any adverse reaction in Human Body.
14. Separate facilities shall be provided for Quality Control such as Hematological, Bio-chemical, Physico-chemical,
Microbiological, Pyrogens, Instrumental and Safety testing.
1. To prepare detailed instructions for carrying out test and analysis.
2. To approve or reject raw material, components, containers, closures, in-process materials, packaging material, labelling
and finished products.
3. To release or reject batch of finished products which are ready for distribution.
4. To evaluate the adequacy of the conditions under which raw materials, semi-finished products and finished products are
stored.
5. To evaluate the quality and stability of finished products and when necessary of raw materials and semi-finished
products.
6. To review production records to ensure that no errors have occurred.
7. To approve or reject all procedures, or specifications impacting on the identity, strength, quality and purity of the
product.
8. To establish shelf-life and storage requirements on the basis of stability tests related to storage conditions.
9. To establish and when necessary revise, control procedures and specifications.
10. To review complaints returned or salvaged products and investigations conducted under for each product.
11. To review Master Formula Records/Cards periodically.
15. G. TESTING OF BLOOD PRODUCTS : H. STORAGE OF FINISHED PRODUCTS:
◦ The products manufactured shall conform to the
standards specified in the Indian Pharmacopoeia and
where standards of any product is not specified in the
Pharmacopoeia, the standard for such product shall
conform to the standard specified in the United
States Pharmacopoeia or the British Pharmacopoeia.
The final products shall be tested for freedom from HIV
I and HIV II antibodies
◦ The final products shall be stored between
2*C - 8*C to , unless otherwise specified by
the Central Licence Approving Authority.
◦ The shelf-life assigned to the products by
the licensee shall be submitted for approval
to the Licensing Authority and Central
Licence Approving Authority.
16. I. L ABELLING:
The products manufactured shall be labelled as specified in the Indian Pharmacopoeia, the
British Pharmacopoeia or the United Stated Pharmacopoeia. The labels shall indicate the results of test for
(Hepatitis B surface antigen and Hepatitis C Virus antibody) freedom from HIV I and HIV II antibodies.
J. RECORDS:
The licensee shall maintain records as per Schedule U and also comply with Batch manufacturing records
as specified in Schedule M and any other requirement as may be directed by Licensing Authority and
Central Licence Approving Authority.
K. MASTER FORMULA RECORDS:
The Master Formula Records shall contain:
1. The patent or proprietary name of the product along with the generic name, if any, strength and the
dosage form.
17. • A Description for identification of final products and packaging material.
• The Identity, Quantity and Quality of each Raw Material to be used Irrespective of whether or not it
appears in the Finished Product.
• A Description of all vessels and equipments and the sizes used in the process.
• The Theoretical Yield to be expected from the Formulation at different stages of Manufacture.
• Detailed instructions on Precautions to be taken in the Manufacture and Storage of Drugs and of Semi
Finished Products.
B. REQUIREMENTS FOR MANUFACTURE OF BLOOD PRODUCTS
FROM BULK FINISHED PRODUCTS:
The Manufacturing Requirements shall remain same as that required for manufacture of blood products
unless other requirements have been approved by the Central Licence Approving Authority.
18. PART XII-D
R E Q U I R E M E N T S F O R C O L L E C T I O N , P R O C E S S I N G , T E S T I N G , S TO R A G E , B A N K I N G A N D R E L E A S E
O F U M B I L I C A L C O R D B LO O D D E R I V E D S T E M C E L L S
19. A. GENERAL REQUIREMENTS:
1. Location, Surroundings and Buildings : The buildings for storage of umbilical cord blood should be located
separately and shall have measures to avoid contamination from external Environment including factory
which produces disagreeable and obnoxious odour or fumes.
2. Buildings and Premises : The buildings and premises must be built and designed in a manner to ensure that
production and other ancillary equipments work smoothly under hygienic conditions and in sterile areas.
They shall also conform to the conditions laid down in the Factories Act, 1948 (63 of 1948). The premises shall
be:
i. Adequately provided with working space to allow orderly and logical placement of equipment, material and
movement of personnel.
ii. Interior surfaces (walls, floors, ceilings and doors) shall be smooth and free from cracks, and permit easy
cleaning.
iii. Light fittings must flushed into the wall and not hanging provided to prevent Contamination.
iv. If provided with fire escapes, these shall be suitably installed in the walls without any gaps.
v. Provided with separate areas for processing and storage of products to prevent mix- ups.
20. vi. Provided with defined environmental conditions for temperature, humidity, ventilation and air filtration.
2. Periodical records for cleaning and Renovating of the premises shall me maintained.
3. Disposal Of Waste And Infectious Materials:
a) Materials to be disposed shall be stored separately.
b) The disposal of industrial effluents shall be in accordance with Pollution Control Board.
c) All Bio-Medical waste shall be handled in accordance with Biomedical Waste Management and Handling
Rules, 1996.
4. Health Clothing and Sanitation Of Personnel:
a) All personnel shall undergo medical examination prior to employment and shall be free from infectious and
contagious diseases.
b) a high level of personal hygiene shall be observed by all those engaged in the collection, processing,
banking of umbilical cord blood.
c) All persons shall wear clean body coverings before entering the Processing Zone
d) Smoking, eating, drinking is prohibited inside the Laboratory.
21. 5. Requirements for Processing, Testing and Storage Areas for Umbilical
cord blood stem cells:
A. Separate areas designed for the workload shall be provided.
B. There shall be separate areas for designated work purposes namely:
a) Cord blood Reception: cord blood reception area with space for transient storage of units. Air condition area of
at lease 10 Sq. meters shall be provided.
b) Cord blood processing area: The room shall be clean and have an air handling System to provide a Class 10,000
environment. Entry to this area shall be through air lock. The temperature of the clean room shall be maintained
20 ºC to 25ºC.
c) Haematology and Serology Laboratory: The laboratory shall be equipped and utilized for the purpose of
independently testing of Umbilical Cord Blood for ABO grouping and Rh Typing.
d) Transfusion Transmissible Disease Screening Laboratory: The Laboratory shall be equipped and utilized for
screening tests on maternal blood for infectious diseases such as HIV I & II; Hepatitis B & C virus,syphilis.
e) Sterility Testing Laboratory: The laboratory shall be used for performing Sterility tests on Umbilical Cord blood
unit.
f) Cryogenic Storage room: A minimum space of 20 sq. meters shall be provided by the licensee.
22. g)Records and Store Rooms: There shall be designed record room(s)
and store room(s) of at least 10 Sq. meters each. The access to
record room shall be permitted only to authorized person.
h)General Storage area: General storage area shall be provided to store
all the consumables, under conditions deemed optimum for storage
by manufacturers.
23. B. COLLECTION AND STORAGE OF
PROCESSED UMBILICAL CORD BLOOD
COMPONENT
24. 1. Collection :
a) Umbilical Cord blood unit specific for an individual will be collected after signing an agreement with the
parents, whose child’s Umbilical Cord Blood is to be collected and the cord blood bank.
b) Umbilical Cord blood shall be collected from hospitals, nursing homes, birthing centers and from any other
place where a consenting mother delivers, under the supervision of the qualified Registered Medical
Practitioner.
c) The cord blood shall be collected aseptically in a disposable PVC bag, containing adequate quantity of
sterile, pyrogen free anti-coagulant and sealed effectively
d) The Umbilical Cord blood would be collected from a premises operating in hygienic condition to allow
proper operation, maintenance and cleaning.
2. Transportation :
a) Umbilical Cord blood shall be transported from the birthing center to the designated laboratory under and
as per procedure prescribed by the cord blood bank.
b) The transportation procedure shall be validated to ensure optimum survival of the Stem Cells.
25. c) Transportation temperature between 18 to 28ºC .
d) The time period between collection and processing should not exceed 72 hours.
3. Storage :
a) The Umbilical Cord blood shall be stored at room temperature between 20 to
25ºC prior to Processing.
b) Samples pending tests for specific transmittable infectious diseases should be
stored in a segregated manner.
26. C. PERSONNEL
Cord Blood Bank should posses following
competent staff:
i. Medical Director: Post Graduate degree
in medicine MD [Pathology/Transfusion
Medicine/Microbiology] and has
experience / training in cord blood
processing and Cryogenic Storage.
ii. Laboratory In-charge: The laboratory in-
charge shall have Post Graduate
qualification in Physiology or Botany or
Zoology or Cell Biology or Microbiology
and 1 year working experience.
27. iii. Technical Supervisor : Degree in
Physiology or Botany or Zoology,
Pharmacy or Cell Biology or Bio
Sciences or Microbiology or
Biochemistry or Medical
Laboratory Technology (M.L.T.)
with minimum of three years of
experience in the preparation of
blood components.
iv. Cord Blood Bank Technicians : A
degree in Physiology or Botany or
Zoology or Pharmacy or Cell Biology
or Bio Science or Microbiology or
Biochemistry or Medical Laboratory
Technology (M.L.T.) with six months
experience and or training in cord
blood processing and cryogenic
storage
28. D. AIR HANDLING SYSTEM:
1. Air Handling systems for sterile areas must be different from other areas. It should be able to achieve high grades
of purity as mentioned in Pharmacopoeia.
2. The Processing area shall have HVAC system and fitted with HEPA Filters having Grade C (Class 10,000)
environment .
3. The entire processing shall be done conforming to Grade A (Class 100) Standard of air quality.
E. QUALITY CONTROL:
Following duties shall be performed under this:
a. Detailed Instructions for carrying out Test and Analysis.
b. To approve and reject materials on any step based on approval specifications.
c. Microbiological Tests shall be done on Maternal Blood samples for freedom from Hepatitis B Surface Antigen,
Hepatitis C Virus antibody, HIV I and II antibodies.
d. Instruments which would be used to process test and store the UCB unit would be validated before commissioning
and calibrated from time to time.
e. The environmental monitoring of the clean rooms would be done at periodic intervals according to an accepted
and validated protocol
29. F.
SCREENING
TESTS:
The Umbilical Cord Blood shall
be tested for
• Total Nucleated Cell Count
• Total Mononuclear Cell
Count
• Progenitor Cell (CD34+)
enumeration.
• Cell Viability.
• ABO Group and Rh Type
• Sterility as regards Bacterial
and Fungal contamination
status.
• HLA Matching.
30. G. STORAGE:
1. The Umbilical Cord Blood should be Cryopreserved using a controlled Freezing Temperature at -
196*C and it should not be warmer then -150*C.
2. There will be no Shelf Life for this Class of Product.
H. REFERENCE SAMPLES:
1. At least two reference samples shall be collected from cord blood unit product prior to
cryopreservation and stored at minus 196ºC and shall not be warmer than minus 150ºC.
2. At least one additional reference sample shall be stored at minus 76ºC or colder for the purposes
other than viability analysis.
32. 1. Initial label placed during collection shall specify:
(a) Human Umbilical Cord Blood;
(b) Approximate Volume or weight of contents in collection bag.
(c) Mother’s Name
(d) Place of collection
(e) Date and time of collection
(f) Collected by
(g) To be labelled in bold “ROOM TEMPERATURE ONLY - DO NOT REFRIGERATE, DO NOT IRRADIATE”
(h) Mfg. License No.
2. Label at completion of processing and before issue - Cryogenic Storage Label [Statutory label] shall indicate the
following:-
(a) Name of product
(b) Volume or weight of contents
(c) Percentage of Cryoprotectant
(d) Percentage of any other additive
(e) Date Of Collection
(f) Storage Temperature
(g) Name of manufacturer
33. (j) Bar code/ Unique Traceability Number.
3. Issue label at the time of release of Cord Blood Unit shall indicate the following namely:-
(a) Name of manufacturer
(b) License number
(c) All details of the Cryogenic Storage Label;
(d) The results of Total Nucleated Cells, Progenitor Cell percentage {CD34+)
(e) Results of Transfusion Transmittable diseases testing on maternal blood
(f) ABO Group and Rh Type
(g) Date of processing
(h) Result of HLA typing
(i) Statement properly identify intended Recipient and Product.
(j) Statement “Do Not Irradiate”
(k) Name and Address of receiving Hospital.
35. (A) PROVISIONS APPLICABLE TO THE PRODUCION OF BACTERIAL
VACCINES :
1. Definition :- Applies to bacterial vaccines made from any micro-organism pathogenic to man or other
animal and to vaccines made from other micro-organisms which have any antigenic value.
2. Staff of Establishment:- A competent expert in bacteriology with sufficient
experience in the manufacture and standardisation of biological products.
3. Proper Name :- The proper name of any vaccine shall be the name of the micro-
organism from which it is made followed by the word “ Vaccine “.
4. Records :- The permanent records which the licensee is required to keep shall include amongst others, a
record of the origin, properties and characteristics of the cultures.
5. Combined vaccines :- Vaccines may be issued either singly or combined in any
proportion in the same container. In the case of combination of vaccines, a name for the
combined vaccine may be submitted by the licensee to the Licensing Authority, and if
approved, may be used as the proper name of the vaccine.
36. 6. Preparation :- Bacterial vaccines, simple or polyvalent, are prepared from selected
cultures after careful examination for their identity, specificity, purity and antigenicity. They
may be prepared in the following manner :-
(a) Formal Cultures or Bacterins.
(b)Vaccine of Bacterial Products or Bacterial Derivatives.
(c) Living Bacterial Vaccines.
7. General Standards :-
(a) Description.
(b)Test for Sterility.
(c) Purity Tests for Living Bacterial Vaccine.
(d)Safety Test.
(e) Potency Test.
37. 8. Labelling :-
(a) The label on the ampoule or the bottle shall indicate :
I. Proper name.
II. Contents in millilitres or doses.
III. Potency, if any.
IV. Batch number
V. Expiry date.
(a) The label on the outside container shall indicate :-
I. Proper name.
II. Contents in Millilitres or doses.
III. Batch number.
IV. Date of manufacture
V. Manufacturing licence No.
VI. Manufacturer‘s name and address.
VII.“ For animal treatment only ”.
VIII.Storage conditions.
9. Storage :- Bacterial vaccines shall
be stored, protected from light at
temperature
between 2 ̊C to 4 ̊C and shall not
be frozen.
38. B. PROVISIONS APPLICABLE TO THE PRODUCTION OF
VIRAL VACCINES :
1. Definition :- Applies to viral vaccines live or inactivated made from any virus pathogenic to domestic animals and
poultry and made from other modified viruses which have any antigenic value.
2. Staff of Establishment :- Must be under the direction and control of an expert in bacteriology with specialized
training in virology and sufficient experience in the production of viral vaccines.
3. Proper Name :- The proper name of any viral vaccine shall be the name of the
disease which is caused by the particular virus from which the vaccine is produced followed by the word “ vaccine
”.
4. Records :- The permanent record which the licensee is required to keep shall include a record of the origin,
properties and characteristics of the seed virus from which the vaccines are made.
5. Tests :- Viral vaccine shall be tested for sterility, safety and potency on suitable test
animals and for viability in the case of live vaccines.
a) Sterility Test.
b) Sterility Test.
c) Potency Test.
39. 6. Storage :- Live viral vaccines shall be stored, protected from light at sub-zero temperature as required.
Other viral vaccines shall be stored at 2 ̊ C to 4 ̊ C but shall not be frozen.
7. Condition of housing of animals- The animals used in the production of vaccine
must be housed in hygienic conditions in premises satisfactory for this purpose healthy animals may be used
in the production of vaccine.
Poultry birds from which eggs and cell culture for production of vaccines are
obtained should be housed in a manner so as to keep them free from extraneous infection and shall be
screened at frequent intervals for common bacterial, mycoplasmal and viral infection.
8. Labelling :- The provisions of “ Labelling “ as laid down for Bacterial Vaccines shall
also apply to Viral Vaccines. The following information shall also be included on
the label :
I. The name and percentage of bacteriostatic agent contained in the vaccine.
II. If the vaccine as issued for sale contains any substance other than the diluent,
the nature and strength of such substances.
41. Provisions Applicable To The Production Of All Sera From
Living Animal:
1. Definition :- Applies to antibacterial sera, anti-viral sera and anti-toxic sera which are prepared by injecting bacteria
or viruses or their products into buffalo- bulls or other suitable animals so as to produce active immunity which is
manifested by the formation of anti-body.
2. Staff of Establishment :- A competent expert in bacteriology and serology with adequate training in immunology
and standardisation of biological products and knowledge of animal management.
3. Proper Name :- The proper name of the antiserum shall be the recognised scientific
name of the diseases or its causative organism or General recognised abbreviations thereof preceded by the prefix ‘
anti ‘ , and followed by the word ‘ serum ’ ; as for example : antitoxin , Anti- Anthrax serum.
4. Records :- The permanent records which the licensee is required to keep shall include
the following particulars :-
a) As to the culture.
b) As to the procedure used in immunising the animals.
c) Any test which may have been applied to the serum to determine its content of specific antibodies or its specific
therapeutic potency and purity.
42. 5. Cultures :- The cultures used in immunising the animals shall be at all times open to
inspection, and specimens shall be furnished for examination at the request of the Licensing Authority.
6. Quantity :- Preparations of the natural serum shall not contain more than 10 per cent of solid matter. A solution of
serum protein shall not contain more than 20 per cent of solid matter.
Precautions : Laboratories where sera are exposed to the air in the course of the
process of preparation must be separated by a sufficient distance from stables and animals houses to avoid the
risk of aerial contamination and must be rendered fly proof to prevent contamination by insects.
I. A special room with impervious walls must be provided for the
collection of blood from the living animals.
II. An efficient system of manure removal must be used which will prevent its accumulation in the vicinity of any room
where blood or serum is collected on handled.
III. An adequate number of sterilizers must be provided for the sterilization of
all glassware with which the serum may come into contact in the course of its preparation.
IV. All processes to which the serum is subjected during and after the collection from the animals, must be designed
to preserve its sterility.
V. The laboratories in which the testing of sera for potency, sterility and
freedom from abnormal toxicity are carried out must be adequate for the purpose.
43. 7. Unhealthy and Infected Animals : If an animal used in the production of sera is
found to be suffering from an infection except one produced by living organisms against
which it is being immunized, or shows signs of serious or persistent ill health not reasonably
attributable to the process of immunisation, the licensee shall immediately report the matter to
the Licensing Authority and shall, if the authority orders an inspection and the Inspectors so
directs, cause such animals to be killed and a post mortem examination of it to be made, and take
steps to prevent any serum obtained from the animal being sold or offered for sale until
permission is given by the Licensing Authority.
8. Conditions and Housing of animals :
I. The animals used in the production of sera should be adequately housed under
hygienic environments.
II. Only healthy animals free from disease should be used in the preparation of
sera.
44. III. Every animal intended to be used as the source of serum must be subjected
to a period of observation in quarantine for at least seven days before being
admitted to the animal sheds in which the serum yielding animals are housed.
IV. In case of horses and other Equidae, every animal used as source of serum
shall either be actively immunized against tetanus or shall be passively immunized
against the disease by injection of tetanus antitoxin in such doses as to ensure the
constant presence of that antitoxin in the blood during the whole period of the use
of the animals as a source of serum.
45. Anti-Sera and their General Standard
Anti-sera contain the immune substances that have a specific prophylactic or
therapeutic action when injected into animals exposed to or suffering from a disease due to a specific
microorganism or its toxin. Anti-sera are classified into three groups :-
1) Antitoxic sera (Antitoxin)
2) Antibacterial sera.
3) Antiviral sera.
General Standards
1. Description :- Liquid native or unconcentrated antisera are yellow or yellowish
brown in colour. They are initially transparent but may become turbid with age. They are
almost odourless except for the odour of any bacteriostatic agent that may have been added.
2. Identification :- The test for identity is described in the individual monograph.
3. Acidity or Alkalinity :- All native antisera have a pH of 7.0 to 8.5.
4. Abnormal Toxicity :- All anti-sera shall comply with the following tests or freedom from abnormal toxicity.
46. ( a ) Tw o h e a l t h y m i c e e a c h w e i g h i n g n o t
l e s s t h a n 1 8 g . a r e i n j e c t e d
s u b c u t a n e o u s l y e a c h w i t h 0 . 5 m l . o f
t h e s a m p l e a n d o b s e r v e d f o r f i v e
d a y s . N o n e o f t h e
m i c e s h o u l d s h o w a n y a b n o r m a l
r e a c t i o n o r d i e .
( b ) Tw o h e a l t h y g u i n e a p i g s e a c h
w e i g h i n g 3 0 0 g . t o 4 5 0 g . a r e
i n j e c t e d s u b c u t a n e o u s l y e a c h w i t h 5
m l . o f t h e s a m p l e a n d o b s e r v e d f o r
s e v e n d a y s . N o n e o f t h e g u i n e a - p i g s
s h o u l d s h o w a n y r e a c t i o n o r d i e .
5 . S t e r i l i t y : A l l a n t i - s e r a s h a l l c o m p l y
w i t h t h e t e s t s f o r s t e r i l i t y d e s c r i b e d
i n r u l e s 1 1 5 t o 1 1 9 .
47. 6. Potency :- The potency of each preparation, when the available methods permit, is
determined by the appropriate biological assay, and it is described under the individual
monograph.
7. Total Solids :- Native antisera should not contain more than 10 per cent solid matter.
9. Labelling :- Should comply with the provisions for ̳Labelling‘ as laid down for
̳Bacterial Vaccines.
10. Storage :- Liquid preparations of antisera shall be stored, protected from light at
temperature between 2 ̊C to 4 ̊C and shall not be frozen.
11. Date of Manufacture :- The date of manufacture shall be unless otherwise specified
in the individual monograph in this part is as defined in clause (b) of sub-rule (3) of rule 109.
12. Containers :- All antisera are distributed in sterilised containers of a material which is
inert towards the substance and which are sealed to exclude micro-organisms.
13. Expiry Date :- The expiry date of potency of all sera shall not be more than twenty-
four months after the date of a manufacture.
49. Provisions Applicable to the Manufacture and Standardisation of
Diagnostic Agents (Bacterial Origin) :
1. Definition :- Applies to reagents of bacterial origin employed for various tests.
2. Staff of Establishment :- A competent expert in bacteriology with sufficient
experience in the manufacture and standardisation of veterinary biological products.
3. Proper Name :- The proper name of any diagnostic agent is the name of micro-
organism from which it is made, followed by the word ‘antigen ‘.
4. Records :- The permanent record which the licensee is required to keep shall amongst other include a record of
the origin, properties and characteristics of the cultures.
5. Preparation :-
(a) Formulised Antigens
(b) by growing the organisms on suitable media
6. General Standard :-
(a) Description
(b) Identification
(c) Sterility Test
(d) Standardisation
7. Labelling :- As under general provisions for the bacterial vaccines with the addition
that it is meant for diagnostic purposes only.
8. Storage :- All antigens are stored, protected from light at a temperature between 2 ̊ C to 4 ̊ C.
9. Date of Manufacture :- The date of manufacture shall be unless otherwise specified
in the individual monograph in this part as defined in clause (b) of sub- rule (3) of rule 109.
51. Synonyms :Cloth, Bleached Bandage Cloth, Rolled Bandage, Open Wove Bandage, Cotton Bandage Cloth.
Bandage Cloth consists of cotton cloth of plain weave made from machine spun yarn of suitable
count to comply with a bleached count between 20 tex and 25 tex for warp and between 25 tex and 30 tex for
weft.
Description for uncut bandages : Uncut bandages are cotton cloth of plain weave, in one continuous length
showing no joints or seams, with well-formed selvedge. The cloth is bleached to a good white, is clean and
odourless and reasonably free from weaving defects.
Description for cut bandages : Selvedge which shall not be included in cut bandages. In addition, both the
extremes and edges of cut bandages shall be straight and evenly cut,
Threads per dm: – Warp not less than 150 and weft not less than 85.
Weight in g/m2: - 57 ± 5.
Length and Width: - The length and width shall not be less than 99 per cent each of the length
and width stated on the label. Foreign matter: - Not more than 2 per cent.
52. Fluorescence : Ultra-violet light, not more than occasional points of fluorescence are observed.
Packing, Labelling and Storage : Bandage Cloth shall be packed securely so as to allow normal
handling and transport without tearing and exposing the contents. In packages of cut and rolled
bandages, each bandage shall also individually be wrapped in a suitable paper. The net content is
stated on the label in terms of length and width. Bandage Cloth must be stored in packed condition
protected from dust. The packings of Bandage Cloth shall be labelled prominently with the words “
Non-Sterile ”.
Absorbent Gauze
Synonyms :- Gauze; Unmedicated Gauze; absorbent Cotton Gauze.
Absorbent Gauze is cotton fabric of plain weave. The Gauze is bleached and free from any sizing, dressing or
filling material. The yarn used is machine spun cotton yarn, of suitable count to comply with a bleached count
between 17 and 25 tex in the finished fabric.
53. Description :-
The cloth is bleached to a good white, is clean, odourless, reasonably free
from fabric defects and adhering sand debris from cotton seeds and leaves, or any other
foreign matter.
Threads per dm :- Warp not less than 75 and weft not less than 55.
Weight in g/m2 :- 30 ± 5.
Length and width :- Not less than 98 per cent each of the length and width stated on label.
Absorbency:- Average sinking time not more than 10 seconds.
Foreign matter:- Not more than 1 per cent.
Sterility:- If sterile, the contents comply with the test for sterility.
Packing, Labelling and Storage :- Absorbent Gauze is folded and packed with such materials and so securely as to
protect its absorbency and allow normal handling and transport without tearing and exposing the contents. The
packages shall be labelled prominently with the words “ Non-Sterile “ . If sterile, it shall be so stated on the label,
and the packing method and material shall be such as to maintain the sterility. The Absorbent Gauze must also
comply with the Sterility Test. Absorbent Gauze must be stored in packed conditions protected from moisture and
dust.
54. METHODS OF TEST:
1. Defect in fabric :-
Odour :- Misty odour, or any objectionable smell like that of chemicals or materials used in sizing and
bleaching.
Skewness :- (For Bandage Cloth only) A condition where warp and weft do not keep at right angles to each
other.
Defective Selvedge. - The selvedge tearing and allowing yarn to unravel and loop formation at selvedge.
Cracks.- Prominent steaks of space or gaps between warp or weft yarns.
Double ends.- More warp threads woven as one, due to wrong draw.
Sloughing.- Entanglement in the fabric of a bulk of yarn that has slipped off the weft yarn due to loose widing.
2. Measurement Of Length And Width.
3. Foreign Matter
4. Weight Per Unit Length
55. Synonyms :- Bleached Bandage Cloth for
Plaster of Paris, Rolled Bandage for
Plaster of Paris.
Cotton cloth of leno weave made from
yarn of suitable count.
Threads per dm :-
Warp. - Average not less
than 150/dm; and Weft.- average not
less than 75/dm.
Weight in gm/m2 :- 35 ± 5
Cloth For Manufacture Of Plaster
Of Paris Bandages, Cut And Uncut
56. Description
a) For uncut bandages - Cotton cloth of leno weave, in one continuous length
showing no joints or seams, and with selvedges. The cloth is bleached to a good white, is clean and odourless and
reasonably free from weaving defects as well as from seed and leaf debris; the cloth may be dressed if necessary and if so,
shall not dust off when unrolled.
b) For cut bandages - Same as for uncut bandages except for selvedges which shall not be included and the bandages shall
be cut evenly with straight edges and be reasonably free from loose threads.
Length and width :-
The length and width for uncut bandages shall not be less than 98 per cent each of the length and width stated. For
cut bandages a tolerance of ±5 cm. in length and ±0.5 cm in width may be allowed
Packing, Labelling and Storage :-
Bandage Cloth for Plaster of Paris shall be packed securely so as to allow normal handling and transport without
tearing and exposing the contents. In packages of cut and rolled bandage , each bandage shall also individually be warpped
in suitable paper. The package shall be labelled as “Cloth for Plaster of Paris Bandage”. The net content is stated on the label
in terms of number of rolls and length and width. Bandage Cloth for Plaster of Paris must be stored in packed condition
protected from dust.
57. SCHEDULE: F(III)
STANDARDS FOR UMBILICAL TAPES
A. STANDARDS FOR STERILIESED
POLYESTER UMBILICAL TAPES:
Description :- A uniform strand of
Polyester yarn prepared by braiding and
may be finished with a suitable silicone
finishing material, white to yellowish-
white in colour. Tape shall be sterilized by
Gamma Radiation or other suitable
method approved by the Licensing
Authority.
58. Tensile strength :- The Umbilical Polyester Tape shall have Tensile strength of not less than 4 kg. on straight
pull.
Packing and labelling :- The Umbilical Polyester Tape shall be packed in sealed
Polythene bags or sealed plastic containers which ensure that when packed, the tape is sterile. The packing
shall protect the tape from contamination and damage. Every packing offered for sale shall bear a clear and
permanent marking with the following particulars :-
I. The proper name of the drug i.e. Umbilical Polyester Tape ‘ Sterile ’.
II. Manufacturer‘s name and address.
III. Batch number.
IV. Licence number under which the tape is manufactured.
V. Date of manufacture and date of expiry.
VI. Length and width of the Tape.
Storage condition :- It should be stored in a cool place protected from light.
59. B. Standards for Sterilised Umbilical Cotton Tape.
Description :- A uniform strand of cotton yarn prepared by braiding and may be
finished with a suitable silicone finishing material, white to yellowish-white in colour. The tape shall
be sterilized by Gamma Radiation or by any other suitable method approved by the Licensing
Authority.
C. Tensile Strength
D. Packaging and Labelling
E. Storage Conditions
Remains same as that of Umbilical Polyester Tapes.
60. SCHEDULE: (FF)
STANDARDS FOR OPTHALMIC PREPARATIONS:
1. OPTHALMIC SOLUTIONS AND
SUSPENSIONS: Ophthalmic Solutions
and suspensions Ophthalmic Solutions
and Suspensions shall :-
A. Be sterile when dispensed or when sold
in the unopened container of the
manufacturer, except in case of those
ophthalmic solutions and suspensions
which are not specifically required to
comply with the test for
“ Sterility “ in the Pharmacopoeia.
61. a) contain one or more of the following suitable substances to prevent the
growth of micro-organisms :-
I. Benzalkonium Chloride, 0.01%
II. Phenyl mercuric nitrate, 0.001%
III. Chlorebutanol 0.5 %
IV. Phenyl ethyl alcohol 0.5%
c) be free from foreign matter .
d) be contained in bottles made of either neutral glass or soda glass specially
treated to reduce the amount of alkali released when in contact of aqueous
liquids.
e) the following particulars shall also be shown on the label :-
1) Of The Containers
I. The statement ‘ Use the solution within one month after opening the container ’.
II. Name and concentration of the preservative, if used.
III. The words ‘NOT FOR INJECTION’
62. 2. Of The Container or Carton or Package
of Leaflet:
A. If irritation persists or increases,
Discontinue the use and consult a
Physician.
B. Do not touch the dropper tip or other
dispensing tip to any surface since this
may contaminate solutions
63. B. STANDARDS
FOR
OPHTHALMIC
OINTMENTS:
I. Special instructions regarding storage
wherever applicable.
II. A cautionary label reading:
Warning: “If irritation persists or
increases discontinue the use and consult
Physicians”
a. be sterile when dispensed or when sold in the unopened
container of the manufacturer.
b. be free from foreign matter.
c. in addition to complying with the provisions for labelling laid
down in the
rules the following particulars shall be shown on the container or
carton or
package leaflet. :-