Studies & Degrees in Design, Synthesis and Biological Evaluation of Pharmaceuticals
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Designing, synthesizing and evaluating the biological aspects of pharmaceuticals is an intensive field of study that requires expertise in multiple fields. Designing pharmaceuticals requires pharmaceutical development education, medical studies and even some artistic design. On the other hand, synthesizing and evaluating these products includes studies in chemistry, biology and biotechnology, in order to increase their efficiency and assess their characteristics.
These studies often fall under a medicinal chemistry degree, which will cover almost all of these fields in unison (such a degree is applicable, though not unique to pharmacology). Universities, colleges, technical institutions and medical schools will all provide courses in these fields. Since it a scientific and medical study, it is rare to find credible education programs other than those offered by higher education institutions. It is also possible that schools will not provide this course except at a graduate level.
A medicinal chemistry major, or a compilation of pharmacology and chemistry studies, will both usually be enough to provide expertise in this specific area of study. If interested individuals cannot study at a post-secondary school, there are some online programs available for study. Nearly all programs will require laboratory experience and an internship.
Skills, Qualifications, and Prerequisites for Studies in the Design, Synthesis and Biological Evaluation of Pharmaceuticals
Since nearly all offered courses in the design, synthesis and biological evaluation of pharmaceuticals exist in higher education institutions, candidates must meet the admission requirements to these schools. This usually includes earning a secondary school completion certificate and passing a standardized aptitude test or entrance exam.
An aptitude for science is fundamental for any individual seeking to pursue this study, as it focuses on mainly scientific methodologies and education. A background in chemistry and biology is preferred, as well as extreme dedication (the course of study can be lengthy) and high intelligence. Extreme attention to detail and concrete ethical practices is crucial, as workers in this pharmaceutical field must consider that their products affect the health of the consumer.
Other key qualities in a prime candidate include:
- Ability to work efficiently, both individually and on a research team.
- Effective communication skills.
- Ability to document, record and interpret a wide variety of data.
Skills and Qualifications Acquired from Studies in the Design, Synthesis and Biological Evaluation of Pharmaceuticals
This field of study can be broken down into its three components, all of which teach essential skills in the field of pharmaceutical development. These components, however, are still highly interrelated and interdependent. In pharmaceutical design, student will acquire skills in these areas:
- Types of pharmaceuticals (drug classes, etc.)
- Pharmaceutical design and marketing.
- Advanced biology and medicinal chemistry.
- Molecular and cellular structure of pharmaceuticals.
- Molecular bonds, systems and properties.
- Properties and biological components of pharmaceuticals.
- Biotechnologica l equipment and uses in pharmaceuticals.
- Effect of pharmaceuticals on cells and biological systems.
- Testing procedures, laws, regulations and ethics.
- Chemical synthesis methods and chemical reactions.
Careers for Studies in the Design, Synthesis and Biological Evaluation of Pharmaceuticals.
Students who graduate from this program of study are ideal for careers in pharmaceutical development, testing and quality control. They will most often find employment in medical research labs for private or government institutions. Sometimes these pharmaceutical scientists will forego the research career path and aid in the design and marketing of pharmaceutical products, teach at a post-secondary educational level or pursue further studies towards a physician’s certification.