Pharmaceutical formulations one Pharmaceutical engineering and pharmacy differences

Bachelor of Engineering in Pharmaceutical Preparation (Engineering).

Training objectives: To cultivate senior pharmaceutical professionals who master the basic theories, basic knowledge and basic skills of pharmacy, pharmacy and pharmaceutical preparation engineering, and can be engaged in the design, research, preparation, production and quality control of pharmaceutical preparations in various pharmaceutical research institutes, medical colleges, pharmaceutical production and circulation enterprises, hospitals, pharmaceutical administration and drug inspection institutes.

Main courses: Physical Chemistry, Organic Chemistry, Analytical Chemistry, Biochemistry, Physiology, Medicinal Chemistry, Pharmaceutical Analysis, Pharmacology, Pharmaceutics, Biopharmaceutics, Pharmacokinetics, Principles of Chemical Engineering, Preparation Equipment and Workshop Design.

Bachelor of Science in Pharmacy (Science).

Training objectives: To cultivate senior pharmaceutical professionals who master the basic theories, basic knowledge and basic skills of pharmaceutical sub-disciplines such as pharmacy, pharmacology, medicinal chemistry and drug analysis, and can be engaged in the research, development, production, inspection and application of drugs in various pharmaceutical research institutes, pharmaceutical colleges, pharmaceutical production and circulation enterprises, hospitals, drug testing institutes, pharmaceutical administration, medical information and other units.

Main courses: Organic Chemistry, Analytical Chemistry, Physical Chemistry, Physiology, Biochemistry, Microbiology, Medicinal Chemistry, Pharmacology, Pharmaceutical Analysis, Pharmaceutics, Pharmacognosy, Natural Medicinal Chemistry.

Bachelor of Engineering in Pharmaceutical Engineering (Engineering).

Training objectives: To cultivate senior pharmaceutical engineering professionals who master the basic theories, basic knowledge and basic skills of medicinal chemistry, drug synthesis and pharmaceutical engineering, and can be engaged in the search, research, development, production, process optimization, drug design and quality control of chemical drugs in pharmaceutical research and development institutes, chemical and pharmaceutical enterprises, pharmaceutical colleges, pharmaceutical circulation and drug administration management departments.

Main courses: Organic Chemistry, Analytical Chemistry, Physical Chemistry, Physiology, Biochemistry, Pharmacology, Drug Synthesis Reactions, Medicinal Chemistry, Chemical Pharmaceutical Technology, Principles of Chemical Engineering, Pharmaceutical Equipment and Workshop Design.

Pharmaceutical preparation and pharmaceutical engineering majors are both engineering and large.

Third, there are many experimental courses in the fourth year, focusing on hands-on operation and skill training.

Pharmacy is a science major, and there are more theoretical aspects of knowledge to learn, but the knowledge learned is shallow.

Finally, the employment direction is relatively wide, and the juniors and seniors can also choose which direction to focus on.

Pharmaceutical formulations are developed in study dosage forms such as pills, tablets, etc.

Pharmaceutical engineering is an engineering discipline that focuses on practical operations and is often associated with engineering problems, and generally needs to go down to the workshop when going to work.

Pharmacy generally refers to pharmacology, which belongs to the science and pays great attention to the research and development of drugs based on theory.

There are three main differences between pharmaceutical engineering and pharmacy:

1. The degree you get after graduation is not the same.

Pharmacy Major. It is generally a medical degree or a science degree, and most schools have a medical degree in pharmacy. Pharmaceuticals are engineering degrees or science degrees. It varies slightly from school to school.

2. The direction of professional emphasis is different.

Pharmaceuticals is the application of academia to chemical synthesis, process, and analysis in industry. Pharmacy focuses on medical pharmacology, drug analysis, and drug synthesis.

3. Professional employment is different.

After graduating from pharmacy, you can choose to do chemical synthesis, drug development, drug analysis, and hospital pharmacology.

After graduating from pharmaceutical, you can go to a company to study synthetic processes, drug analysis, research and development, etc., and there is no hope of entering a hospital.

The main difference between the two is that the training goals of the two majors are different:

The pharmacy major trains students with the basic theories, basic knowledge and experimental skills of pharmacy, and can be engaged in identification, drug design, and general pharmaceutical preparations in the fields of drug production, inspection, circulation, use, and research and development.

and senior scientific and technical personnel in clinical rational drug use.

Major in Pharmaceutical Engineering.

The business training requires senior engineering and technical personnel who have knowledge of pharmaceutical engineering and can be engaged in the production, scientific and technological development, applied research and operation management of pharmaceutical products in the departments of medicine, pesticides, fine chemicals and biochemicals.

1. The teaching aspect is different.

Pharmacy is a discipline that cultivates senior scientific and technical talents who have the basic theories, basic knowledge and experimental skills of pharmacy, and can be engaged in identification, drug design, general pharmaceutical preparation and clinical rational drug use in the fields of drug production, inspection, circulation, use, research and development.

The pharmaceutical engineering major cultivates high-quality research and application-oriented professionals with knowledge of pharmaceutical engineering, who can be engaged in the synthesis and process research of pharmaceutical products, pharmaceutical product development, applied research and operation management in the departments of medicine, pesticides, fine chemicals and biochemicals.

2. Different employment directions.

After graduating from the pharmacy major, you can be engaged in the quality appraisal of drugs and the formulation of corresponding quality standards in the drug testing institute, and engage in the production, circulation and sales of drugs in pharmaceutical companies or pharmaceutical enterprises.

After graduating from the pharmaceutical engineering major, they can engage in drug production, management, marketing, inspection and supervision, research and development in pharmaceutical engineering (or pharmaceutical biotechnology) related production enterprises, marketing enterprises, scientific research institutes, drug regulatory departments and other enterprises and institutions. It is also suitable for postgraduate students in biotechnology, pharmacy and related majors.

3. Different development prospects.

The pharmacy major cultivates senior scientific and technical talents who have the basic theories, basic knowledge and experimental skills of pharmacy, and can be engaged in identification, drug design, general pharmaceutical preparations and clinical rational drug use in the fields of drug production, inspection, circulation, use, research and development.

Pharmaceutical engineering has become the focus of competition among the world's economic powers, and many countries in the world regard the establishment of the pharmaceutical industry as a symbol of national strength. The continuous discovery of new drugs and the great progress of advanced methods (such as genetic research) have led to very big changes in the pharmaceutical industry.

If you want to work as a pharmacist in a hospital or a job in the Food and Drug Administration after graduation, then study pharmacy. If you want to work in a company and do research, you can study pharmacy.

One learns to use medicine and the other learns to pharmace.

First of all, pharmaceutical engineering is an undergraduate major in ordinary colleges and universities, which belongs to chemical and pharmaceutical majors. This special department cultivates professional engineering and technical talents with all-round development in morality, intellect and physique, and can adapt to the development of the pharmaceutical industry. Graduates of this major should have professional knowledge of pharmaceutical engineering and the ability to engage in the technical development, engineering design and product production quality management of drugs, pharmaceutical excipients, pharmaceutical intermediates and other related products, have good professional ethics, a high sense of social responsibility, strong product quality awareness and a certain international vision and social communication ability, and be able to engage in product development, engineering design, and other units in production enterprises, scientific research institutes, design institutes and management departments in the pharmaceutical and related fields. Production technology and quality management and scientific and technological services or enter this discipline and related disciplines to continue their studies.

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Pharmacy is an undergraduate major in ordinary colleges and universities, and it belongs to the pharmacy major. This major cultivates pharmaceutical professionals who have the basic theories, basic knowledge and certain experimental skills of pharmacy, and can be engaged in drug research and development, drug production, drug quality control, drug clinical application and dust town supervision and management in the field of pharmacy.

Insert**. Personally, I think that pharmacy is better than pharmaceutical engineering at the undergraduate level, but there is no good or bad major, it depends on how you study.

Pharmacy focuses on how to administer medicines, while pharmaceutical engineering focuses on pharmaceutical processes, pharmaceutical equipment, and pharmaceutical processes. After graduating from pharmacy, you can go to work in a hospital pharmacy, but pharmaceutical engineering cannot.

Pharmaceutical preparations: pharmaceutical enterprises and institutions: drug production and sales, pharmaceutical preparation research and development, pharmaceutical preparations, inspection, storage and management, production technology modification and quality control.

The challenges of drug Yuzhen chemistry to pharmacy The development of structure-activity relationship, combinatorial chemistry, biology and cell biology has made the design of chemical drugs more reasonable, the purpose more clear, and the success rate higher. In the past, a large number of problems that needed to be solved by pharmacists, such as absorption, solubility, targeting, etc., were completed at the stage of drug formation.

Main courses of pharmaceutical preparation major:

Pharmaceutical preparation technology, drug testing technology, pharmaceutical management practice, pharmaceutical preparation equipment use and maintenance technology, practical pharmacology (including pharmaceutical chemistry and pharmacology), pharmaceutical production quality management technology, biochemistry, pharmaceutical hygiene, traditional Chinese medicine dispensing and Chinese patent medicine, etc. Professional Qualification Certificate: Pharmaceutical Preparation Worker (Senior), Pharmaceutical Inspection Worker (Senior), Pharmaceutical Commodity Purchaser and Salesman (Senior).

The major of pharmaceutical preparation cultivates senior scientific and technical talents who have the basic theoretical knowledge and basic experimental skills in pharmacy, pharmacy and pharmaceutical preparation engineering, and can be engaged in research, development, process design, production technology improvement and quality control in pharmaceutical preparations and fields related to preparation technology.

Summary. What is the difference between pharmacy and pharmaceutical preparations:

Pharmaceutics is a comprehensive applied technical science that studies the development of drugs into appropriate dosage forms to meet the needs of prevention** and diagnosis. The main contents of pharmaceutical research include: formulation theory, production technology and quality control to ensure the effectiveness, safety and stability of drugs.

With the development of science, pharmacy has also produced many new branches, such as physical pharmacy, industrial pharmacy, biological pharmacy, clinical pharmacy and radiopharmacy.

In a narrow sense, a pharmaceutical preparation is the dosage form of a drug. According to the standards approved by the pharmacopoeia or the drug administration department, the specific varieties of drug application forms prepared to meet the needs of ** or prevention are called pharmaceutical preparations, referred to as preparations. Such as injections, tablets, ointments, decoctions and so on.

In a broad sense, it is pharmaceutical preparation, which is a discipline.

What is the difference between pharmacy and pharmaceutical preparations:

What is the difference between pharmacy and pharmaceutical preparations: Pharmacy (phrmaceutics) is a comprehensive applied technical science that studies the preparation of drugs into appropriate dosage forms to meet the needs of prevention** and diagnosis. The main contents of pharmacy research include:

Preparation theory, production technology and quality control to ensure the effectiveness, safety and stability of drugs. With the development of science, pharmacy has also produced many new branches, such as physical pharmacy, industrial pharmacy, biological pharmacy, clinical pharmacy and radiopharmacy. In a narrow sense, a pharmaceutical preparation is the dosage form of a drug.

According to the standards approved by the pharmacopoeia or the drug administration department, the specific varieties of drug application forms prepared to meet the needs of ** or prevention are called drug pre-preparations, referred to as preparations. Such as injections, tablets, ointments, decoctions and so on. In a broad sense, it is pharmaceutical preparation, which is a discipline.

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The major of pharmaceutical preparation mainly cultivates senior engineering and technical talents engaged in the design and development research of new drug dosage forms and new preparations, the production of pharmaceutical preparations and the guidance of clinical preparations.

Graduates are required to systematically master the basic theories, knowledge and skills of modern industrial pharmacy and clinical pharmacy, have strong self-learning ability and certain ability to analyze and solve practical problems in their majors, and receive preliminary training in necessary scientific research methods; Have strong self-study and scientific research ability, and have a certain level of foreign language proficiency and computer application ability. This major mainly offers major courses in pharmacy, pharmaceutical analysis, pharmacology and other disciplines. Those who pass all courses and graduation examinations will be allowed to graduate and be awarded a bachelor's degree in engineering.

Graduates majoring in pharmaceutical preparations are mainly engaged in the production and sales of pharmaceutical preparations, as well as scientific research and teaching in this specialty.