Glossary of pharmaceutical and GMP terms with explanations

In this section of GMP-inspection.com, our translators provide definitions and explanations of various specialized terms from the pharmaceutical industry and GMP (Good Manufacturing Practice).

Glossary of pharmaceutical and GMP terms with explanations

In this section of GMP-inspection.com, our translators provide definitions and explanations of various specialized terms from the pharmaceutical industry and GMP (Good Manufacturing Practice).

Deviation management plays a central role in quality systems.

Deviation management refers to the process of identifying, analyzing and documenting the causes of deficiencies, deviations and OOS results that occur during the manufacture and quality control of pharmaceutical products.

Continual improvement is a systematic, targeted and ongoing process.

Continual improvement refers to the ongoing refinement of processes and practices in order to increase a company’s performance and improve the quality of its products. In the pharmaceutical industry, continual improvement is an integral part of corporate philosophy.

The quality plan forms the basis for the continuous improvement of the quality system.

A quality plan is a document that describes the exact activities, procedures, deadlines, resources and responsibilities required to ensure that products, processes or services meet the applicable quality standards.

Conformity assessment can be voluntary or mandatory.

Conformity assessment is a procedure for checking and documenting whether products, processes or services comply with defined standards, specifications and legal requirements.

The quality policy is a fundamental component of a company’s quality system.

A company’s quality policy is a formal declaration by management that sets forth the company’s basic principles, objectives and obligations to ensure and improve the quality of products or services.

Thanks to quality parameters, deviations can be quickly identified and rectified.

Quality parameters are quantitative characteristics that make it possible to evaluate the individual properties of a product, service or process. These parameters can be used to determine whether products, services and processes meet specified quality standards

A regulatory dossier is the basis for the decision on whether market authorization is granted.

A regulatory dossier is a collection of documents that a pharmaceutical company compiles for submission to national or international regulatory authorities for a drug to be issued marketing authorization.

The GMP inspection agenda is an integral part of preparing for inspections.

The GMP inspection agenda is a document that describes the schedule, objectives and individual steps of a GMP inspection at a pharmaceutical manufacturing site. It is drawn up by regulatory authorities or GMP inspectorates based on the GMP guidelines.

In some cases, a remote GMP inspection is the only feasible option, e.g. in the event of a pandemic.

A remote GMP inspection is a GMP inspection method in which the inspection is carried out remotely without visiting the production site. This is made possible through digital technologies.

A GMP inspectorate quality system guarantees the transparency of the inspection procedures.

The GMP inspectorate quality system is a cohesive unit of procedures, standards and methods for the planning, execution and evaluation of GMP inspections at pharmaceutical production sites.

A follow-up GMP inspection is a control measure carried out by regulatory authorities.

A follow-up GMP inspection is a control measure carried out by regulatory authorities. Its purpose is to evaluate the implementation of corrective and preventive actions (CAPA) by a company after deficiencies have been identified during a previous GMP inspection.

Inspection report for GMP inspections

A GMP inspection report is a document prepared after an inspection at a pharmaceutical manufacturing site used to evaluate compliance with GMP requirements. This report contains the results of the inspection, the deficiencies found and recommendations for corrective measures.

Risk assessment is a key element of the quality management system.

Risk assessment involves analyzing and determining the probability and potential consequences of a risk in relation to the quality, safety or efficacy of a product, process or system.

Risk management during GMP inspections

Risk management is a systematic process used to assess, monitor, communicate and review the risks associated with the quality of pharmaceutical products. This approach is designed to help identify potential quality risks at every step of the production cycle.

GMP documentation serves as proof that each step of the production process has been carried out properly.

GMP documentation is a system of instructions, protocols and reports used to document all aspects of the manufacture and quality control of drugs in accordance with the requirements of Good Manufacturing Practice (GMP).

A for-cause GMP inspection takes place outside the regularly scheduled inspection plan.

A for-cause GMP inspection is an inspection of a pharmaceutical manufacturer that takes place outside the regularly scheduled inspection plan. The purpose of a for-cause GMP inspection is to promptly review any previously identified problems identified in relation to compliance with GMP standards.

Routine GMP inspections take place at regular intervals.

A routine GMP inspection is a regular inspection of the production processes and sites of a pharmaceutical company which is carried out by regulatory authorities or other competent organizations at set dates.

Other deficiencies in GMP inspections

Other deficiencies are violations of the requirements of Good Manufacturing Practice (GMP) that do not directly affect the quality, safety or efficacy of the product. This category of deficiencies is considered less dramatic than critical or major deficiencies, but they must also be remedied.

Major deficiencies are indicators of complex problems. They must be rectified so that they do not develop into critical deficiencies.

Major deficiencies are violations of Good Manufacturing Practice (GMP) requirements that pose a potential risk but do not directly affect the quality or safety of a drug. Major deficiencies usually indicate complex problems in quality control and/or the production process.

Critical deficiencies are considered the most serious type of violation and require immediate and appropriate corrective action.

Critical deficiencies are gross violations of the requirements of Good Manufacturing Practice (GMP) that have a direct impact on the quality, safety or efficacy of a drug and may pose a risk to patient health.

Drug recall is an important measure to protect public health. This procedure underlines the importance of systems for monitoring the safety and quality of drugs once they are on the market.

In a drug recall, a pharmaceutical company or a regulatory authority initiates the withdrawal of a product or certain batches of a product from the market because problems have been discovered that could endanger the health or safety of patients.

Side effects can occur differently in different people and depend on many factors, e.g. dosage, duration of use, health status and interactions with other drugs.

Side effects, or adverse drug reactions (ADRs), are undesirable reactions that can occur due to of a drug being used, even though the main purpose of any drug is to treat or prevent disease.

The withdrawal, revocation, suspension or expiration of a drug’s marketing authorization can occur for reasons that may be related to the safety, efficacy and quality of the drug, or to a decision by the manufacturer.

Withdrawal, revocation, suspension or expiration of the marketing authorization of a drug refers to the process by which a drug loses its official marketing authorization in a particular country or region.

Understanding infections and how to prevent and treat them is critical to public health and protecting individuals from a variety of diseases.

Infections are processes in the body that are caused by pathogens such as bacteria, viruses, fungi or parasites. These microorganisms can enter the body, multiply and cause disease by impairing the normal function of tissues or organs.

Bacteria are an essential part of nature and of immense importance for the ecosystem of our planet as well as for human activity and health.

Bacteria are a group of microscopically small, single-celled organisms that can be found in almost every ecosystem on earth. They can live in soil,  water, acidic hot springs, deep in the earth’s crust, on organic material and even in living organisms, including humans.

Viruses can cause a wide range of diseases, from mild infections such as the common cold to serious illnesses such as Ebola, HIV/AIDS and COVID-19.

Viruses are infectious agents that can only multiply in living host cells. They attack all kinds of living organisms, from humans, plants and animals to bacteria. Viruses are generally not counted as living organisms because they cannot reproduce on their own and do not have their own metabolism.

Pathogens use a variety of mechanisms to cause disease: Some cause direct damage to the host cell, while others release toxins that can damage tissue or impair normal cell function.

Pathogens are microorganisms or other types of pathogens such as bacteria, viruses, fungi and parasites that can cause disease in their hosts. Pathogens can infect all living organisms. The pathway and mechanism by which they cause disease can vary greatly.

Proper destruction or disposal of pharmaceuticals not only helps to prevent accidental use and misuse but also protects the ecosystem from potentially hazardous substances.

The destruction or disposal of drugs is the process of neutralizing drugs that cannot or should not be used in order to prevent them from falling into the wrong hands or harming the environment. In many countries, the disposal of drugs is regulated by national and international laws and regulations.

The trade name of a drug is an important part of its product identity on the pharmaceutical market, plays a key role in marketing strategy and protects the manufacturer’s intellectual property.

The trade name of a drug is the registered name under which a drug is marketed and advertised. It is developed by the pharmaceutical company that manufactures the drug and is often different from the international nonproprietary name (INN) of the active pharmaceutical ingredient in the drug.

Bulk goods have several advantages, including a reduced packaging material, which means lower costs and waste minimization. Processes can become more efficient by integrating raw materials directly into production lines.

The term bulk goods describes goods or materials that are bought, stored, transported or sold in large quantities without individual packaging. In the pharmaceutical industry and other sectors, it refers to the delivery of goods or raw materials that require further processing or packaging.

mRNA is an indispensable component for the functioning of living organisms while also offering numerous possibilities for medical research and therapy.

mRNA or messenger RNA plays a key role in the process of protein synthesis in the cells of all living organisms. mRNA is a copy of a section of DNA and transports the information required for protein synthesis from the cell nucleus to the ribosomes.

Pharmaceutical warehouses are of critical importance to the integrity of the healthcare supply chain. They not only guarantee the safety of the products but also ensure that drugs are still intact by the time they reach consumers.

A pharmaceutical warehouse is a purpose-built room for the safe storage of pharmaceutical products such as drugs and medical devices. The main purpose of a pharmaceutical warehouse is to create optimal storage conditions in order to maintain product quality, efficacy and safety until delivery to the end consumer.

The ISO standards used in the pharmaceutical industry play a key role in ensuring the quality and safety of drugs, which has a direct impact on the health and well-being of consumers.

ISO standards play an important role in the pharmaceutical industry in ensuring the quality, efficacy and safety of drugs. They help to standardize the manufacturing, testing, storage and distribution processes for drugs on a global scale.

The GMP certificate serves not only as a confirmation of the quality of the products manufactured, but also as an important instrument for risk management and the improvement of production processes in a company.

A GMP certificate is the colloquial name for the “Certificate of GMP Compliance of a Manufacturer.” It is issued by the competent regulatory authority and confirms that the production of a particular company complies with the standards of Good Manufacturing Practice (GMP).

Contract research organizations play an important role in today’s pharmaceutical and biotechnology industry as they provide the necessary infrastructure and expertise to accelerate the research and development of new active pharmaceutical ingredients.

A contract research organization is a company that supports pharmaceutical and biotechnology companies by providing research services outsourced on a contractual basis, including drug development, clinical trials, consulting services and data management.

Bioreactors come in various designs and sizes — from small laboratory units to large industrial systems.

A bioreactor, sometimes called a fermenter, is a device or system used to grow microorganisms or plant or animal cells under controlled conditions to produce biologically active substances such as antibiotics, proteins, enzymes and monoclonal antibodies.

Research and development require considerable resources, but their contribution to technological progress and social prosperity makes them an integral part of the modern economy.

Research and development (R&D) refers to the process of creating new knowledge, products and technologies or the improvement thereof. Research and development are key components of innovation in many different industries such as pharmacy, technology, engineering and chemistry.

In the pharmaceutical industry, intermediates are crucial components in the production of active pharmaceutical ingredients.

In chemistry and pharmacy, intermediates are substances that are formed in intermediate stages of chemical reactions during the synthesis of the final product. These compounds can be isolated or identified during the reaction, but they are not the final product.

Microbiological monitoring plays a key role in maintaining high hygiene, safety and quality standards in many industries and in preventing the spread of infections.

Microbiological monitoring refers to a series of measures taken to detect, identify and quantify microorganisms in various media and products and to evaluate the effectiveness of aseptic measures.

The main purpose of cleanroom monitoring is to ensure product quality in terms of sterility. Cleanroom monitoring minimizes the risk of products, processes and research being contaminated.

Cleanroom monitoring refers to the systematic inspection, measurement and recording of environmental parameters in cleanrooms to ensure compliance with specified cleanliness and contamination control standards.

Cleanroom garments are a key element in contamination control and ensure the necessary level of cleanliness to safeguard the quality of products and research results.

Cleanroom garments are a special type of protective clothing for environments in which minimizing contamination from dust particles, microorganisms and other impurities is essential. These garments are used in a variety of industries, including pharmaceuticals.

Airlocks are used in many industries in which it is important to prevent contamination of cleanrooms and other areas.

Airlocks are specific anterooms or transition chambers that serve to minimize contamination at the transitions between different clean-air-controlled areas or at the entrance to cleanrooms. They are an important component of cleanroom systems.

Isolators are an important element of modern laboratories and production processes which require a high degree of control over the working environment.

Isolators, also known as gloveboxes, are purpose-built laboratory devices that are sealed from the work area in a gas-tight manner and are used for procedures to be carried out under sterile conditions or in a controlled atmosphere so that sensitive or potentially hazardous materials can be handled.

In vivo research makes it possible to observe the interactions between cells, tissues, organs and the organism as a whole and to evaluate the overall effects on the health and function of the organism.

The term “in vivo” is used to describe research, experiments or procedures carried out on living organisms such as animals, plants or humans. This allows biological processes and the effects of substances to be studied under natural conditions.

In vitro methods play an important role in biomedical research as they provide powerful tools for understanding life processes and developing new drugs.

The term “in vitro” (Latin for “in glass”) refers to experiments carried out with components of a biological organism outside of its natural biological environment, often in a test tube, petri dish or bioreactor.

Laminar flow cabinets, also known as tissue culture hoods or laminar flow boxes, are purpose-built pieces of equipment that create a sterile working environment by generating a continuous flow of filtered air. Particles and microorganisms are absorbed by

Laminar flow cabinets, also known as tissue culture hoods or laminar flow boxes, are purpose-built pieces of equipment that create a sterile working environment by generating a continuous flow of filtered air. Particles and microorganisms are absorbed by highly efficient filters.

Aseptic manufacturing is crucial to ensuring the safety and efficacy of sterile medical and pharmaceutical products.

Aseptic manufacturing refers to the manufacture of products in a controlled, germ-free environment. This method is used in the pharmaceutical industry as well as in hospital pharmacies for the production of sterile drugs such as injection or infusion solutions.

The manufacture of animal drugs is regulated by regulatory authorities and requires strict compliance with quality and safety standards, similar to the manufacture drugs for humans.

The manufacture of animal drugs refers to the production of medicines for the treatment and prevention of diseases and the maintenance of animal health. This process includes research and development, animal studies, scale-up and quality control of the end products.

Dietary supplements can be produced in various forms such as tablets, capsules, powders, solutions and emulsions. Legally speaking, these are foodstuffs, not drugs.

The manufacture of dietary supplements is the process of manufacturing products that are intended to supplement a person’s diet with vitamins, trace elements and more. These substances can also include minerals, amino acids or herbal substances and other ingredients with nutritional value.

Pharmacological effects describe how a drug works on a molecular level, which biological processes it modulates and the consequences this has on a patient’s state of health.

The pharmacological effect is the effect that a drug has on the human or animal body. This includes the mechanisms of action by which a drug interacts with cell structures or proteins to prevent, treat or diagnose diseases.

The instructions for use are intended to provide both healthcare professionals and patients with information about the properties of a drug, its use, side effects, contraindications, storage conditions and other important aspects.

The instructions for use of a drug, also known as the package leaflet or package insert, is an official document that accompanies each drug and contains complete and detailed information about the drug that is necessary in order to use it correctly and safely.

Pharmaceutical training ranges from the study of basic sciences such as biology, chemistry and physics to specialized disciplines such as pharmacology, pharmaceutical technology, pharmacoeconomics and clinical pharmacy.

In Germany, pharmaceutical training encompasses a university degree followed by a practical training year that prepares students for a career in pharmacy and related fields. This training covers a wide range of topics.

Pharmaceutical marketing covers a wide range of activities, from market research and product development to advertising, sales promotion and visits by pharmaceutical representatives.

Pharmaceutical marketing is a special area of marketing that deals with promoting the sale of pharmaceutical drugs and medical devices and aims to inform medical and pharmaceutical professionals and end users about the properties of these products as well as their benefits and correct use.

Pharmaceutical waste refers to substances and materials that accumulate during the manufacture, packaging, distribution and use of drugs and that cannot be used for their intended purpose.

Pharmaceutical waste can include chemicals and active pharmaceutical ingredients as well as various types of packaging, protective equipment, expired or spoiled drugs, laboratory reagents and other excipients.

A cold chain ensures that the required storage conditions are maintained all the way from the manufacturer to the end consumer in order to ensure the safety, quality and efficacy of drugs.

In the context of pharmaceuticals, a cold chain is a temperature control system used for the storage, transportation and distribution of temperature-sensitive drugs, vaccines and other biomedical products, where the temperature must remain within a certain range at all times.

Drug transportation is an integral part of the pharmaceutical distribution process and requires trained staff.

Drug transportation is the process of transporting pharmaceutical drugs (British English: medicinal products) from the manufacturer to the wholesaler, pharmacy or hospital pharmacy, using means of transport that ensure protection against damage and loss, environmental factors and contamination.

Packaging materials ensure that the efficacy, quality and safety of a drug are maintained throughout its entire life cycle.

Packaging materials play a key role in ensuring the safety, quality and efficacy of drugs throughout their shelf life. They prevent damage and protect against external factors such as light and moisture, which could impair the quality of the drug.

Legal requirements regulate the entire life cycle of a drug, from research and development, manufacturing and quality control all the way through to approval, marketing, distribution and pharmacovigilance after it has been placed on the market.

The legal requirements for the pharmaceutical industry consist of a series of laws, guidelines, regulations and standards, compliance with which is monitored by national and international regulatory authorities in order to ensure the safety, efficacy and quality of drugs.

Market exclusivity is enforced through various mechanisms such as patent and document protection.

Market exclusivity is the exclusive right of a single rights holder, usually the pharmaceutical company that developed the drug, to sell a drug or to use a particular invention. Among other things, market exclusivity is guaranteed by patent protection.

Contract laboratories can take on a wide range of tasks, from pharmaceutical analysis to carrying out complex research work and developing new products.

A contract laboratory is a specialized facility that provides scientific and analytical services on a contract basis to other organizations, primarily in the pharmaceutical, biotechnology, chemical, food and environmental industries.

Excipients are crucial for the development of effective, safe and high-quality drugs.

Excipients in pharmacy are all ingredients that are not active pharmaceutical ingredients and that are added to a dosage form in order to achieve or improve certain properties in the end product. They have no direct therapeutic effect.

Monitoring the critical process parameters (CPP) is of fundamental importance for maintaining drug quality.

Critical process parameters (CPP) are process variables that impact the critical quality attributes (CQA) and thus the safety, efficacy and quality of a drug. Therefore, these parameters must be strictly monitored.

Mechanical strength can have a direct impact on dosage, stability, bioavailability and ultimately the therapeutic efficacy of a drug.

The mechanical strength of a drug, in particular of tablets and capsules, refers to the ability to withstand physical stress during manufacture, packaging, transportation and storage without taking on an unacceptable state.

Monitoring critical quality attributes (CQA) is a crucial part of quality management systems in the pharmaceutical industry.

Critical quality attributes (CQA) are physical, chemical, biological or microbiological properties of a drug that must be within certain limits or specifications in order to ensure the desired product quality.

The shelf life is determined on the basis of systematic studies that assess how various environmental factors (e.g. temperature, humidity and light) affect the product over time.

The shelf life of a drug refers to the period of time during which the product is expected to maintain its specifications and remain safe and effective under the recommended storage conditions. This period is indicated by the manufacturer on the product packaging as the expiration date.

The Qualified Person has the authority to release drug batches to the market after thorough inspection and confirmation that they comply with all GMP guidelines.

In the context of GMP and the pharmaceutical industry, a Qualified Person (QP) is a trained individual who is responsible for ensuring that products and manufacturing processes comply with established quality and safety standards.

Self-inspection plays a crucial role in maintaining high standards of product quality and safety and demonstrates a company's commitment to Good Manufacturing Practice to regulatory authorities.

Self-inspection is a process carried out by organizations in order to internally assess their procedures, production processes and compliance with applicable standards and legal requirements. In the context of Good Manufacturing Practice, it is a key element of quality assurance systems.

Drug stability is one of the most important aspects that is examined during the drug development and marketing authorization process, as changes in stability can have a direct impact on drug efficacy and safety.

Drug stability is the ability of a drug to retain its original physical, chemical and microbiological properties as well as its quality, efficacy and safety under the prescribed storage conditions over a certain period of time.

While proof of efficacy in the conventional sense is not required, the statutory regulations on the registration of homeopathic and traditional herbal medicines still ensure that users are not harmed.

The registration of homeopathic and traditional herbal medicines only requires proof of quality and safety. In contrast to regular drug approval, no proof of efficacy in the conventional sense is required.

SOPs (standard operating procedures) are an integral part of quality systems and provide consistent and standardized guidelines for the various operations and processes that impact product quality and safety.

An SOP (short for standard operating procedure) is a formal document that contains detailed instructions and procedures in order to ensure compliance with Good Manufacturing Practice (GMP) standards in the pharmaceutical industry.

However, containment systems also serve to protect operators and the environment by preventing the release of toxic substances.

The use of containment systems reduces human intervention in the production areas to a minimum, which means that  the risk of products manufactured under aseptic conditions being microbially contaminated as a result of the production environment is significantly reduced.

All systems engineering components must be designed, installed, qualified and maintained in accordance with GMP standards to ensure their reliable and safe operation.

The term systems engineering in the context of Good Manufacturing Practice (GMP) covers a wide range of systems and equipment used in pharmaceutical production to ensure efficient and safe operation in drug manufacturing.

If the responsibilities, rights and obligations are clearly defined, contract manufacturing can be financially beneficial to both parties.

Contract manufacturing in the pharmaceutical industry is a process whereby a company (the contract manufacturer) produces drugs or other medical devices on behalf of another company (the customer). This is common practice in the pharmaceutical industry.

Prospective validation ensures that new or modified manufacturing processes meet all GMP requirements before the product is manufactured on a large scale.

In the context of Good Manufacturing Practice (GMP), prospective validation is the usual procedure for validation, which, in contrast to retrospective validation, is carried out before the commercial manufacture of a product begins.

Part of the validation planning is a validation master plan: a summarized document that should be concise, precise and clear.

Validation planning clearly defines the procedures for exactly  how the validation of devices, systems or processes is to be carried out. The most important elements of the validation plan are defined and documented in a validation master plan or equivalent documents.

Although performance qualification is considered a separate work phase, in some cases it may be useful to carry it out in conjunction with operational qualification.

Performance Qualification (PQ) is documented evidence that facilities, systems and equipment, when used together as a whole, are operating efficiently and with repeatable performance in accordance with approved requirements and process characteristics.

Operational qualification ensures that installed equipment and systems function reliably in accordance with the specifications and requirements defined in advance.

Operational qualification (OQ) is used to prove that the individual components of an installation or system function as specified. It serves to check whether the function of the system corresponds to the functions of all equipment components specified in advance in the user requirements specification and/or the functional specification.

Installation qualification ensures that all installed devices and systems meet the requirements and specifications.

Installation qualification (IQ) documents that the installation of production facilities, systems and equipment has been carried out in accordance with the previously approved plan, the manufacturer’s recommendations and/or the user requirements.

Design qualification (DQ) therefore involves an in-depth and multi-dimensional analysis in order to ensure that the design solutions meet the objectives and requirements of pharmaceutical production.

Design qualification (DQ) is the documented evidence in the pharmaceutical industry that the proposed design or planning of the production facilities, equipment or systems is suitable for the intended purpose.

The purpose of cleaning validation is to ensure that the respective cleaning processes remove product residues, contamination and microorganisms to an acceptable degree and thus guarantee product safety and quality.

Cleaning validation in pharmaceutical production confirms the effectiveness of cleaning procedures for equipment, instruments and devices used in the manufacture of drugs, vaccines or other biotechnological products.

The cells in a cell bank may be of various types, including but not limited to bacterial, animal, human or insect cells.

In the context of biotechnology, a cell bank refers to a systematic collection of cells that are stored for later use in research, drug development, or for the manufacture of biological drugs such as vaccines or monoclonal antibodies.

High-throughput screenings are an important step in the drug research and development process as it reduces the list of potential active pharmaceutical ingredients to those that are most promising for further study and development.

High-throughput screening (HTS) is a comprehensive process to identify and evaluate molecules or compounds that have the potential to be used as active pharmaceutical ingredients for the treatment of certain diseases. With high-throughput screening, tens of thousands of substances can be tested automatically.

CAPA is an important part of quality systems as it helps to eliminate the causes of problems and not just the effects, thus ensuring a higher standard of product safety and quality.

CAPA, short for Corrective and Preventive Action, stands for correction and prevention measures in the pharmaceutical industry. CAPA serves to identify and correct problems that may affect the quality and safety of drugs and to prevent them from reoccurring.

The main objective of pharmaceutical distribution is to ensure the availability, safety, efficacy and quality of drugs.

Pharmaceutical distribution is a process that encompasses all stages of the life cycle of a drug, from research and development, including clinical trials, through manufacture, quality assurance, marketing authorization, storage, distribution and sale, to pharmacovigilance.

The main purpose of the international nonproprietary name is to facilitate the exchange of information on drugs between medical and pharmaceutical professionals, researchers and regulatory authorities.

The international nonproprietary name (INN) is the unique name recommended by the WHO for an active pharmaceutical ingredient that can be used to clearly identify it worldwide. The INN is the standardized name of an active pharmaceutical ingredient that does not contain any brand names or trademarks.

Immunoglobulins have an antibody structure and are able to bind to antigens so that they can detect and attack foreign microorganisms such as bacteria, viruses and other infectious agents.

Immunoglobulins (Ig), also known as antibodies, are protein molecules that play an important role in the human immune system. They are produced by certain types of white blood cells and fulfill a number of key functions in helping the body fight off infections.

Radiopharmaceuticals are usually developed with regard to their radioactive properties, their effect and their specific interaction with certain targets in the body so that they can be used to complete specific tasks in diagnostics and treatment.

Radiopharmaceuticals are specific drugs that contain radioactive elements or isotopes in combination with proteins, peptides or other organic compounds. These preparations are used in medicine and nuclear medicine for the diagnosis and treatment of various diseases.

Placebos are an important tool in clinical trials that allow researchers to accurately assess the efficacy and safety of new therapeutic procedures.

Placebos are products that look like a drug but do not contain an active pharmaceutical ingredient. Placebos can also be therapeutic measures whereby no actual intervention is carried out. Placebos are used in clinical trials, for example, to test the efficacy of a treatment.

Pharmacogenetics is one of the most effective and promising areas in the development of personalized medicine.

Pharmacogenetics is a branch of medical genetics and clinical pharmacology that investigates the congenital basis for the variability of drug effects and allows for the prediction of efficacy and safety in the use of drugs in patients.

Biosimilars are similar to the original biological drugs in terms of their molecular structure, pharmacological properties, efficacy and safety. However, they are not exact copies.

Biosimilars are biological drugs that are a copy of an existing biological brand-name drug. As biological drugs contain complex protein APIs whose composition is determined by the manufacturing process, they are not referred to as generic drugs.

In addition to the development and design of dosage forms, pharmaceutical technology is concerned with practical manufacture such as grinding or granulating powders or pressing tablets.

Pharmaceutical technology is a branch of pharmacy and deals with the technological processes and practical methods for the manufacture and testing of drugs and the theory of dosage forms, i.e. the science of preparing active pharmaceutical ingredients in a specific dosage form.

Drugs may have different brands or manufacturers, but are recognized as equivalent if they are therapeutically equivalent and can therefore be used interchangeably.

Therapeutic equivalence is a concept used in medicine and pharmacy to compare two or more drugs to determine whether they can achieve the same therapeutic outcomes in patients under certain conditions.

Pharmaceutical equivalence is an important concept in the field of pharmacy and medicine and can have important implications for patients, physicians and regulatory authorities.

Pharmaceutical equivalence is a concept that refers to the comparison of two drugs. Two drugs are considered to have pharmaceutical equivalence if they contain the same active pharmaceutical ingredient in the same dosage and are available in the same or at least comparable dosage forms.

The life cycle of a drug is a complex and lengthy process that involves many steps and requires strict compliance with regulations and guidelines.

The life cycle of a drug is the entirety of phases a drug undergoes from its development to its eventual withdrawal from the market. These stages cover the entire life cycle of a drug, from the initial idea to the end of its use.

Among other things, data integrity means that the data must remain unchanged and be available for use and review at all times.

Data integrity in the context of the pharmaceutical industry refers to the accuracy, completeness, reliability and consistency of data throughout its life cycle. Unauthorized or unintentional changes to the data are impermissible.

The ALCOA principles apply to data generated by both electronic and paper-based systems.

ALCOA is an acronym that describes the most important principles of data integrity in a pharmaceutical quality system. It encompasses the following:

Attributable, legible, contemporaneous, original and accurate.

Process validation plays a crucial role in ensuring the quality and safety of end products such as drugs or services.

Process validation is the systematic process of confirming and documenting that manufacturing processes used in the pharmaceutical, medical or other industries fulfill their intended purposes in accordance with established specifications.

Computerized system validation is intended to ensure that the system works in a reliable, consistent and reproducible manner.

Computerized system validation in the pharmaceutical industry confirm and document that a computerized system (e.g. database management system, automated quality control system) performs its tasks in accordance with predefined specifications.

Efficacy, safety and pharmaceutical quality of a drug must be verified by the regulatory authority before the drug can be granted marketing authorization.

Drug approval is the process of formally authorizing and including a drug in the list of approved drugs that may be sold on the market. This mandatory procedure is subject to the laws of the respective countries or regions for which they are being approved.

Drug quality is one of the most important aspects of Good Manufacturing Practice (GMP).

Drug quality is a characteristic of drug characteristic s that determines whether they meet the requirements and specifications set forth by legislators, regulatory authorities and pharmaceutical companies.

Pharmaceutical toxicology is an important part of preclinical drug research. It is conducted on animals to assess the safety of new drugs before they are tested in clinical trials on humans.

Pharmaceutical toxicology or drug toxicology is a branch of toxicology that deals with the toxic effects of drugs on living organisms. It includes the study of potential new active pharmaceutical ingredients with regard to their adverse drug reactions and toxicity.

Experimental pharmacology allows for a better understanding of drugs’ mechanisms of action, their pharmacokinetics and pharmacodynamics as well as their potential therapeutic and toxic effects.

Experimental pharmacology is a branch of pharmacology that deals with research on the effects of drugs and chemical compounds on living organisms and their organs, cells and biochemical processes prior to the clinical testing of a drug.

Clinical pharmacology bridges the gap between experimental pharmacology and applied medicine.

Clinical pharmacology is a branch of pharmacology that deals with the study of the effects of drugs on humans and their use in clinical practice. The main objective is to ensure drug safety and efficacy.

Within pharmacology, toxicology deals with the ways in which drugs can cause adverse or toxic effects when used in clinical practice.

Toxicology is an important branch of pharmacology that focuses on the study of the properties of poisons, drugs and other chemical compounds. The health risk posed by a toxic substance can be estimated based on the dose taken and the length of time it remains in the body.

Pharmacokinetics describes the processes that occur when drugs enter the body, how quickly and in what quantity they enter the blood and tissues, and how long they remain in the body.

Pharmacokinetics is a branch of pharmacology that studies how the body absorbs, distributes, metabolizes and excretes drugs after they have been administered. Absorption, distribution and elimination are important steps in this process.

Pharmacodynamics also deals with the potency and efficacy of active pharmaceutical ingredients.

Pharmacodynamics is a branch of pharmacology that studies how drugs interact at the site of action in the body and the changes resulting from the interaction. It deals with the mechanisms of action of drugs and their effects on organs and tissue.

Pharmacology combines knowledge from biology, chemistry, medicine and other scientific disciplines in order to better understand the effects of drugs.

Pharmacology is a science involving the study of the effects of drugs on organisms, the investigation of their effects and mechanisms of interaction with biological systems, and the development of new drugs for the treatment and prevention of various diseases.

However, many antibiotics are becoming less effective due to resistance, which is why there is an urgent need to develop new antibiotic APIs.

Antibiotics are a class of active pharmaceutical ingredients used to treat infectious diseases caused by bacteria. They work by killing bacteria or slowing down the growth of bacteria so the body can fight the infection.

The term Big Pharma criticizes the business practices of the pharmaceutical industry, its drug pricing and use of lobbying to influence legislation.

Big Pharma is an informal term describing large and powerful pharmaceutical companies or the pharmaceutical industry in general. The term Big Pharma focuses on the influence of large pharmaceutical companies on the healthcare system, the economy and society.

Technology transfer can include the transfer of technical know-how, methods, processes, data and expertise for the development, manufacture and quality assurance of drugs.

Technology transfer in the pharmaceutical industry is the process of transferring and implementing technical, manufacturing and operational knowledge and processes between different facilities or players in the pharmaceutical industry.

The term “Pharma 4.0” is based on the concept of “Industry 4.0”, which describes the fourth industrial revolution associated with automation, the Internet of Things and artificial intelligence in manufacturing.

Pharma 4.0 is a concept that refers to the application of modern technologies and digital innovations in the pharmaceutical industry in order to improve production efficiency, product quality and overall drug safety.

GMP inspectorates play an important role in monitoring the pharmaceutical industry to ensure that drugs and animal drugs are manufactured and distributed in accordance with high quality and safety standards.

A GMP inspectorate is a unit within a state regulatory authority that is responsible for inspecting and auditing companies involved in the manufacture of drugs to ensure that they comply with Good Manufacturing Practice (GMP) standards.

A pharmacopoeia is an important instrument for all those working in the field of pharmacy and contains standards for drug quality, efficacy and safety.

According to Section 55 of the German Medicinal Products Act, a pharmacopoeia is a “collection of recognized pharmaceutical rules on the quality, testing, storage, dispensing and designation of drugs and animal drugs and the substances used in their manufacture.”

Vitamins are responsible for a number of key functions in the body, including their role in the metabolism, maintaining the function of the immune system, growth and development, maintaining healthy skin and many other processes.

A vitamin is an organic compound necessary for the maintenance of normal physiological functions in humans and animals. Vitamins are important micronutrients that the body cannot synthesize in sufficient quantities on its own and therefore must be ingested with food.

The pharmaceutical market is a trillion-dollar industry, with the USA, China, Japan, Germany and France having the highest turnover.

The pharmaceutical market is an economic system in which pharmaceutical companies develop, manufacture, distribute, advertise and promote medical products like drugs, vaccines, medical devices and other healthcare products to meet the needs of the population.

An important component of drug labeling is the use of automatic identification technologies such as barcodes and QR codes, such as those used in the securPharm system.

Drug labeling is the application of information and unique identification codes to drug packaging. Its purpose is to ensure the quality and safe use of drugs, prevent counterfeit products and improve their traceability.

Patent protection is intended to ensure that pharmaceutical companies can cover the costs of the research and development of a new drug or medical device.

Pharmaceutical patent protection is an industrial property right that grants the patent owner the right to exclusively manufacture and sell a certain drug or pharmaceutical product for a certain period of time, usually 20 years.

Compulsory licenses strike a balance between the rights of rights holders and the public interest by making important products and technologies available when they are of critical importance to society.

Compulsory licenses are a mechanism that allows a state or other rights holder to grant a third party the right to manufacture, use or sell a product or technology without the consent of the rights holder and under certain conditions.

Ointments can be nourishing or protective. If ointments contain an active pharmaceutical ingredient, they can also be used to treat skin diseases or relieve pain, for example.

Ointments are semi-solid dosage forms that are usually applied to the skin or mucous membranes for topical treatment. Ointments (German translation: Salben) can have different textures, from pasty to creamy, and they can be used for many different purposes.

Suppositories are usually produced in a casting process. The active pharmaceutical ingredient is dissolved or dispersed into the molten base. This mixture is then poured into a mold and left to cool until the suppositories are solid.

Suppositories are a dosage form that consist of small solid cones or cylinders for insertion into body cavities in order to achieve a systemic or local effect using an active pharmaceutical ingredient. Suppositories are usually administered as rectal or vaginal suppositories.

The capsule shell is usually made from gelatin. If it is important that the finished drug product be kosher or halal, certified bovine gelatin can be used instead of porcine gelatin.

Capsules are a solid, single-dose dosage form consisting of a shell made of gelatin or other materials and containing active pharmaceutical ingredients in the form of a powder, granules, liquid or another form. Capsules are mostly used for the peroral administration of drugs.

Tablets can have different shapes, sizes, colors and textures depending on their intended use and manufacturing technology.

Tablets are a form of single-dose drugs intended for peroral administration. Tablets are solid disks or pressed shapes that are usually produced by mixing the active pharmaceutical ingredient with excipients and pressing them in special machines called tablet presses.

Purified water plays a crucial role in many aspects of pharmaceutical manufacturing as it can be used at various stages of the manufacturing process.

Water purification in pharmaceutical production refers to the treatment and purification of water for use in the manufacture of drugs and medical devices.

Pharmaceutical biology deals with drugs of biogenic origin, from which so-called biologics are produced. Biopharmaceuticals are obtained from a variety of organisms or their cells.

Pharmaceutical biology is the field of pharmacy that deals with the development, manufacture and application of biologics. In contrast to chemical drugs, biopharmaceuticals use living organisms or their components to treat and prevent diseases.

Pharmaceutical logistics is crucial for the procurement and distribution of drugs and medical devices, but also for ensuring drug safety, quality and availability for patients.

Pharmaceutical logistics is a specialized field of logistics that deals with the management and coordination of logistics processes in the pharmaceutical sector. Market participants are the pharmaceutical industry, wholesalers and community pharmacies.

A Site Master File (SMF) is an important part of the documentation required to ensure compliance with Good Manufacturing Practice (GMP) and regulatory standards.

A Site Master File (SMF) in pharmaceutical manufacture is a document that contains information on and descriptions of a pharmaceutical production site and its facilities. It is created and maintained by the pharmaceutical company.

Biocontamination can occur in a variety of environments, such as food processing, medicine, pharmacy, scientific laboratories, water supply and more.

Biocontamination, also known as biological contamination, refers to the transfer of living microorganisms such as bacteria, fungi, viruses or yeasts into an environment, plant or system in which their presence is unwanted or unsafe.

The term cross-contamination is often used in connection with hygiene and cleaning processes as well as in the pharmaceutical, medical and food industries.

Cross-contamination refers to the transfer of microorganisms, chemicals or particles from one substance, object, surface or environment to another, which can lead to unwanted contamination or pollution.

Contamination can occur in undesirable ways and in connection with various areas such as medicine, pharmacy, food processing, research, etc.

Contamination is the process or condition by which an object, an environment, a product or a surface becomes contaminated or polluted with foreign or undesirable substances, microorganisms, particles or harmful substances.

The concept of sterility is of importance in various fields such as medicine, pharmacy, food processing, microbiology and biology.

Sterility is a state or condition in which an object, area, surface, liquid, medical instrument or other item is completely free of living microorganisms such as bacteria, viruses, fungi and protozoa.

Counterfeit drugs are a multi-billion-dollar business that poses a major threat to already vulnerable patients.

Medicrime refers to the international convention developed by the European Council to combat counterfeit drugs and drug-related crime. The aim of this convention is to ensure the safety and efficacy of drugs and to protect public health.

Stem cells can produce a copy of themselves through cell division. However, this division does not result in two new stem cells, it is a process known as asymmetric cell division.

Stem cells are a special type of cell with the unique ability to self-renew and differentiate into different types of specialized cells in the body. They play an important role in development, growth, tissue regeneration and organ repair in the body.

Parts of medicinal plants that can be used for medicinal purposes include roots, rhizomes, leaves, flowers, fruits, seeds, bark, etc.

Medicinal plants are plants whose parts are used medicinally for the treatment and prevention of various diseases and ailments. The use of medicinal plants in medicine has a long history and is widespread in various cultures around the world.

Currently, 56 regulatory authorities from all over the world are members of PIC/S. Training GMP inspectors is an important part of the work that PIC/S does.

PIC/S is an acronym for Pharmaceutical Inspection Co-operation Scheme. PIC/S is an international association of GMP regulatory authorities. PIC/S is intended to help improve cooperation between regulatory authorities and the pharmaceutical industry in the area of GMP.

Phytotherapeutics can come in various forms such as medicinal teas, tinctures, extracts, tablets, capsules, oils and creams.

Phytotherapeutics, also called phytopharmaceuticals or herbal medicines, are drugs made from plants or plant components that are used to treat or prevent various diseases and conditions.

A vaccine is a biological drug used to stimulate the body’s immune system in order to prevent disease. Vaccines for active immunization contain antigens that can trigger an immune response without causing disease.

Blood products can be of crucial importance in the treatment of various diseases and conditions. They can save lives in the event of severe blood loss.

Blood products are medical products that are manufactured from human blood or blood components and used for medical purposes. They are mainly obtained through blood donations and are used for transfer (transfusion) to a recipient.

Pharmaceutical equipment is designed and manufactured to meet strict quality and safety guidelines as well as regulatory requirements such as Good Manufacturing Practice (GMP).

Pharmaceutical equipment includes a wide range of technical devices and machines used in the pharmaceutical industry for the production, packaging and quality control of drugs, medical devices and other health-related products.

Pharmaceutical engineering focuses on the specific requirements of pharmaceutical production associated with the manufacture of drugs, biologics and medical devices.

Pharmaceutical engineering is a specialized field of engineering that deals with the development, design, manufacture and maintenance of devices, systems and processes used in the pharmaceutical industry.

Good Storage Practice is important for maintaining the integrity and safety of products so that they comply with regulations and quality standards for the duration of their shelf life.

Good Storage Practice (GSP) refers to a set of standards and rules designed to ensure that products such as drugs, medical devices and foodstuffs are stored safely, efficiently and in a way that preserves their quality.

GPP sets standards for the professional conduct of pharmacists as well as the management and operation of pharmacies.

Good Pharmacy Practice (GPP) is a set of standards and principles designed to ensure high-quality and safe patient care in pharmacies and other facilities where pharmaceutical services are provided.

GAMP serves to validate computer-aided systems in the pharmaceutical industry, among others, both for manufacturers and suppliers.

Good Automated Manufacturing Practice (GAMP) is a set of standards and guidelines designed to ensure the safety, reliability and quality of automated systems and processes across a variety of industries, including the pharmaceutical industry.

GEP is used in a variety of fields, including drug manufacture, food processing, biotechnology, energy, chemicals and more.

Good Engineering Practice (GEP) is a set of standards and principles designed to ensure high quality, safety and efficiency in terms of engineering and other technical aspects across various fields and industries.

Good pharmacovigilance is key to both ensuring drug safety after market launch as well as minimizing the risks associated with using these drugs, for example, if new adverse drug reactions occur.

Good Pharmacovigilance Practice (GVP) is a set of standards, strategies and procedures designed to monitor, evaluate and document the safety of drugs after they have been placed on the market and once patients have started taking them.

GCP defines the standards that researchers, sponsors and regulatory authorities must meet in order to ensure the protection of the rights and safety of trial participants and the reliability of research findings.

Good Clinical Practice (GCP) is a set of international standards and principles designed to regulate the ethics, quality and reliability of clinical trials on humans.

GDP lays down rules for companies and organizations involved in the storage, transportation and distribution of drugs in order to ensure quality and efficacy throughout the supply cycle.

Good Distribution Practice (GDP) is a system of standards and principles designed to ensure the efficacy and quality of drugs and medical devices during the process of distribution and logistics.

The main objective of GxP is to establish and maintain standards and procedures for various activities such as drug manufacturing (GMP), clinical trials (GCP) and other areas.

GxP (Good Practice guidelines) is an umbrella term comprising various regulatory requirements and standards that have been developed in different areas of the pharmaceutical industry in order to ensure the quality and safety of products in connection with human and animal health.

In contrast to quality control procedures, GMP takes a holistic approach and regulates manufacturing parameters.

Good Manufacturing Practice (GMP) is a system of guidelines and regulations for the manufacture of drugs, medical devices, diagnostics, food, food additives and active pharmaceutical ingredients.

The aim of Good Laboratory Practice (GLP) is to guarantee the reliability and accuracy of the data obtained in preclinical studies and to ensure environmental protection.

Good Laboratory Practice (GLP) — a system of requirements for organizing, planning and carrying out preclinical (non-clinical) studies of substances or drugs, the documentation of the results and the quality control of these studies.

The goal of preclinical studies is to assess the safety, toxicity and potential efficacy of the active pharmaceutical ingredient or procedure being studied.

Preclinical research refers to experimental studies that are carried out before the start of clinical trials on humans. They are the first stage in the development and evaluation of new medical technologies, active pharmaceutical ingredients, medical devices and treatments.

Clinical trials are an important part of the process of developing and evaluating new treatments and an essential step before new medical technologies can be introduced into medical practice.

Clinical trials (or clinical studies) are scientific studies conducted with human participants to evaluate the safety and efficacy of new medical technologies, drugs, medical procedures and medical devices.

The efficacy of a drug may vary depending on the type of disease, its stage and the patient’s individual characteristics. Efficacy is an important concept in medical practice because it determines how well a drug does its job.

Drug efficacy is a measure of how successfully and effectively a drug achieves the desired effect in treating, preventing or controlling a patient’s disease or condition. Efficacy is usually determined based on clinical trials.

Drug safety refers to the measures taken to minimize risks and ensure the drug can be used by patients safely and effectively.

Drug safety is a characteristic of a drug that is based on a comparative analysis of its efficacy and the risk of harm to health (benefit-risk assessment).

Reference standards are used to calibrate analytical methods and in principle, they therefore serve as reference material. They can be employed in various areas of drug manufacturing and quality control.

Reference standards are substances that are used to test the quality of active pharmaceutical ingredients using physical, chemical and biological analytical methods in order to confirm the compliance of the active pharmaceutical ingredients with the requirements of the documentation drawn up during the marketing authorization process.

Generic drugs are imitations of brand-name drugs that contain the same active pharmaceutical ingredients in the same dosage and have the same or at least an interchangeable dosage form.

Generic drugs have a composition of the active pharmaceutical ingredient that is qualitatively and quantitatively equivalent to the reference listed drug in an equivalent dosage form. Their bioequivalence with the corresponding reference listed drug must be verified by appropriate studies.

Brand-name drugs play a key role in medical innovation and are therefore indispensable, but their high cost can mean they are only available to a limited number of patients.

Brand-name drugs, also known as brand-name medicines, are drugs that have been developed and approved by the original pharmaceutical company. This company is the developer of the new active pharmaceutical ingredient or the new dosage form and therefore also the patent holder.

Animal drugs undergo similar approval, testing and quality control procedures as human drugs. They are tailored to the respective animal species and their needs.

Animal drugs are drugs that are used to treat and prevent diseases as well as to improve production, e.g., livestock production. They are similar to human drugs, but are specifically developed for use in veterinary medicine.

Dietary supplements can also contain amino acids and herbal extracts to supplement a person’s diet and contribute to physical well-being.

Dietary supplements are categorized as foods for general consumption. However, they are taken as capsules or effervescent tablets, for example, and in much smaller quantities than food in the narrower sense. They contain vitamins, minerals and other nutrients.

Drug evaluation ensures that the drugs available on the market are safe to use and have proven efficacy.

Drug evaluation is the process of assessment and analysis by qualified experts and organizations in order to determine drug safety, quality and efficacy. This procedure is an integral part of the marketing authorization.

Drug development involves of a series of phases, all of which serve to ensure the quality, efficacy and safety of the drug.

Drug development is a complex process toward creating a new drug that includes the search for new active pharmaceutical ingredients, the subsequent investigation of their properties, preclinical research and the development of technologies for manufacture.

Biologics are an important area in modern medicine, and the development and manufacture of biologics require special attention with regard to safety, efficacy and quality.

Biologics include immunological drugs, drugs made from blood, human and animal plasma (except whole blood), biotechnological drugs and gene-therapy drugs. Biologics may contain, among others, proteins, antibodies, vaccines and hormones.

Orphan drugs play an important role in improving the quality of life of patients suffering from rare diseases and fill a gap in healthcare.

Orphan drugs (or orphan medicines) are drugs that are developed for the diagnosis, prevention or treatment of rare diseases (also known as orphan diseases).

Counterfeit drugs — drugs that are unlawfully in circulation; falsified or illegally manufactured medical products that imitate genuine drugs.

Counterfeit drugs can be ineffective, hazardous to health or even fatal, as they may contain too little active pharmaceutical ingredient, impurities and/or other harmful ingredients. This phenomenon poses a serious problem worldwide.

According to the German Medicinal Product Act, the manufacture of drugs includes “the extraction, production, preparation, treatment or processing, transferring including filling, packaging, labelling and release.”

The manufacture of drugs in accordance with Good Manufacturing Practice is a systematic process designed to achieve a high level of quality, safety and efficacy. Compliance with GMP guidelines creates a certain level of trust in drugs based on strict standards and requirements.

Bioequivalence of drugs is a concept used in the pharmaceutical industry and in pharmaceutical legislation to compare two drugs containing the same active pharmaceutical ingredient in the same dose and dosage form...

Bioequivalence of drugs — Achieving comparable values for the extent and rate of release of the active pharmaceutical ingredient, the rate of absorption, the degree of arrival at the site of action and the rate of excretion when using drugs with the same active pharmaceutical ingredient, the same dose and a comparable dosage form.

Definition: Herbal raw materials — fresh or dried plants or parts thereof used for the manufacture of drugs by pharmaceutical manufacturers, pharmacies, ...

Herbal raw materials can be used to obtain powders or extracts, for example, which are then used to produce capsules and other dosage forms. Herbal drugs can be found in allopathy, including highly potent APIs such as paclitaxel, a cytostatic substance.

The reference listed drug for the marketing authorization is usually the original drug. The bioequivalence or therapeutic equivalence, quality, efficacy and safety of the generic drug must be demonstrated in comparison with the reference listed drug ...

Reference listed drugs are drugs that are used as a reference to assess the bioequivalence, quality, efficacy and safety of a generic drug or a biosimilar in the course of a simplified marketing authorization procedure.

Pharmacovigilance plays an important role in ensuring the safety of drugs once they have been released on the market. It helps to recognize and respond to adverse effects that may occur under the actual conditions of use.

Pharmacovigilance serves to monitor the safety and efficacy of drugs after their market launch. It includes monitoring adverse drug reactions (side effects and interactions) and the evaluation of the data obtained in order to take action if necessary.

Definition: Active pharmaceutical ingredient — a substance with a pharmacological effect, regardless of the type of origin, which is intended for the manufacture of drugs and determines their efficacy.

Active pharmaceutical ingredients (APIs) are usually produced by biotechnological or chemical synthesis. They are used as the main ingredient for various types of drugs and must be manufactured and processed under strict GMP standards.

Definition: A dosage form is a preparation of a drug that differs depending on its administration route, the way it is used, and with which the required therapeutic effect can be achieved.

The dosage form determines how a drug interacts with the body, how it is absorbed and how it fulfills its function. According to GMP guidelines, every dosage form must be designed, manufactured and prepared in accordance with strict regulations in order to guarantee its quality, safety and efficacy.

Drugs must be manufactured and packaged in accordance with GMP guidelines in order to guarantee their quality, efficacy and safety. This means that all aspects of production, from the selection of substances to the packaging of the finished products, must

According to the German Medicinal Products Act (AMG), drugs are defined as “substances or preparations made from substances […] intended for use in or on the human body and are intended for use as remedies with properties for the curing, alleviating or preventing of human diseases or disease symptoms.”

Definition: The validation of pharmaceutical production is a systematic review and documentation process that ensures that all manufacturing processes, ... [glossary of GMP translators & pharmaceutical interpreters]

The validation of pharmaceutical production is a systematic review and documentation process that ensures that all manufacturing processes, equipment and systems in the production of drugs function predictably, reliably and in accordance with established standards and specifications.

Definition: Cleanrooms are specifically monitored rooms that are designed and equipped to minimize the concentration of aerosol particles and germs in the room [glossary by our GMP translators & pharmaceutical interpreters]

Cleanrooms are specifically controlled rooms that are designed and equipped to minimize the concentration of aerosol particles and germs in the room. They are widely used in various industries, e.g. in the pharmaceutical industry, biotechnology, microelectronics, medical technology, microchip manufacturing, etc., where small particles or microorganisms can have a negative impact on product quality or research results.

Definition: A pharmaceutical quality system ensures that all drugs and medical devices manufactured by the company comply with established GMP standards and other applicable legal requirements.

A pharmaceutical quality system consists of a set of procedures, standards, practices and resources that a pharmaceutical company implements and maintains to ensure a high level of quality in its products.

During a pharmaceutical production audit, the quality assurance system, manufacturing processes, equipment, documentation and other aspects related to the production of drugs or medical devices are independently ...

During a pharmaceutical production audit, the quality assurance system, manufacturing processes, equipment, documentation and other aspects related to the manufacture of drugs or medical devices are independently reviewed and evaluated.