Guide Molecular Biology in Medicinal Chemistry

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Constituent modules may be updated, deleted or replaced as a consequence of the annual programme review of this programme.

You may take optional modules as long as any necessary prerequisites have been satisfied, where the timetable allows and if you have not already taken the module in question or an equivalent module. You may take elective modules outside of the programme up to 30 credits in Stages 2 and 3 of the programme as long as you have obtained the explicit permission of the Programme Director, any necessary prerequisites have been satisfied, where the timetable allows and if you have not already taken the module in question or an equivalent module.

International students should check details of our English language requirements. Please read the important information about our Typical offer. We believe every student benefits from being part of a research-led culture and being taught by experts. You will discuss the very latest ideas in seminars and tutorials and be an active member of a research team. Our academics bring their results from the laboratory and the field directly to their teaching, and our students also help to collect this data.

Where We Are

The complementary expertise of our staff ensures a vibrant, collaborative research culture within our research groups, made up of researchers at all stages, from Masters to Post-doctoral scientists. Learning and teaching is through lectures, seminars, tutorials, field work, laboratory sessions and independent study with internationally recognised, research-active staff. You will have the opportunity to undertake challenging independent research projects dealing with questions and issues at the cutting edge of life science research. Regular research seminars, by our staff and visiting lecturers, bring you the latest issues on a wide range of research topics.

Over the course of your degree, you will participate in a mix of larger lectures to smaller, focused sessions based around the latest research topics. In the teaching laboratory you will develop the necessary skills to become a professional biologist; you will then put these to use while undertaking your independent research project.

We encourage students to publish their results in the scientific literature and make a real contribution to the fields of Biosciences. Our staff have close links with a wide range of industrial, medical and conservation organisations, with whom there may be the chance to collaborate for your final year research project. Many of our students work with these organisations during their vacations and others build experience through one of our four-year programmes with industrial experience. Many of our students also work with these organisations during their vacations.

You can access detailed information about modules and learning outcomes and interact through activities such as the discussion forums. We pride ourselves on providing a very high standard of care and support to our students. You will have a Personal Tutor who is available for advice and support throughout your studies. As well as more than 15 hours per week of direct contact time with your lecturers, all students have a personal tutor who is available for advice and support throughout your studies. Your first year does not count towards your final degree classification, but you do have to pass it in order to progress.

MORPHINE STRUCTURE WITH TRICKS - MEDICINAL CHEMISTRY - DRUG INSPECTOR - NIPER - GPAT - ESIC - RRB

All marks after your first year count towards your final classification. Modules are assessed using a variety of methods including essays, exams, presentations, laboratory reports and a dissertation. A degree in Biological and Medicinal Chemistry will help you to develop a wide range of essential skills such as analytical problem solving, team work and organising and communicating information.

A number of our students continue their studies in the subject by following a further degree and research in their chosen area, or by training as a teacher. Many of our graduates are employed in discipline relevant roles in the UK and overseas including laboratory-based positions, conservation management, ecology, teaching and nursing. Others use the skills gained on their course to enter widely different career paths in law, business or management.

The Biomolecular Science and Medicinal Chemistry Division - The University of Nottingham

Whatever you choose to do after graduation, your Biosciences degree will stand you in good stead, with excellent employment prospects and transferable skills. We have a dedicated, award-winning Careers Service ensuring you have access to careers advisors, mentors and the tools you need to succeed in finding employment in your chosen field on graduation.

We offer the Exeter Award and the Exeter Leaders Award which include employability-related workshops, skills events, volunteering and employment which will contribute to your career decision-making skills and success in the employment market. Our graduates compete very successfully in the employment market, with many employers targeting the University when recruiting new graduates.

Each year Biosciences students are able to access a huge range of opportunities to support their future career options.

Chemical Biology / Medicinal Chemistry Track

Recent events have included career insights with visiting alumni, mock interviews with visiting employers and alumni, postgraduate routes with a Biosciences degree, the Life and Environmental Sciences Careers Fair, and nature and conservation training courses. Below are a few examples of initial jobs undertaken by graduates of University of Exeter Biosciences undergraduate programmes. Please note that, due to data protection, the job titles and organisations are listed independently and do not necessarily correspond.

School of Pharmacy

Further study is a popular choice for a number of students following graduation from a Biosciences undergraduate degree. Below are a few examples of further study undertaken by recent graduates of undergraduate programmes. Compounds used as medicines are most often organic compounds , which are often divided into the broad classes of small organic molecules e. Inorganic and organometallic compounds are also useful as drugs e. In particular, medicinal chemistry in its most common practice—focusing on small organic molecules—encompasses synthetic organic chemistry and aspects of natural products and computational chemistry in close combination with chemical biology , enzymology and structural biology , together aiming at the discovery and development of new therapeutic agents.

Practically speaking, it involves chemical aspects of identification, and then systematic, thorough synthetic alteration of new chemical entities to make them suitable for therapeutic use. It includes synthetic and computational aspects of the study of existing drugs and agents in development in relation to their bioactivities biological activities and properties , i. Pharmaceutical chemistry is focused on quality aspects of medicines and aims to assure fitness for purpose of medicinal products. At the biological interface, medicinal chemistry combines to form a set of highly interdisciplinary sciences, setting its organic, physical , and computational emphases alongside biological areas such as biochemistry , molecular biology , pharmacognosy and pharmacology , toxicology and veterinary and human medicine ; these, with project management , statistics , and pharmaceutical business practices, systematically oversee altering identified chemical agents such that after pharmaceutical formulation , they are safe and efficacious, and therefore suitable for use in treatment of disease.

Discovery is the identification of novel active chemical compounds, often called "hits", which are typically found by assay of compounds for a desired biological activity. In addition, hits also routinely originate from structural observations of small molecule "fragments" bound to therapeutic targets enzymes, receptors, etc. Finally, hits also regularly originate from en-masse testing of chemical compounds against biological targets, where the compounds may be from novel synthetic chemical libraries known to have particular properties kinase inhibitory activity, diversity or drug-likeness, etc.

While a number of approaches toward the identification and development of hits exist, the most successful techniques are based on chemical and biological intuition developed in team environments through years of rigorous practice aimed solely at discovering new therapeutic agents. Further chemistry and analysis is necessary, first to identify the "triage" compounds that do not provide series displaying suitable SAR and chemical characteristics associated with long-term potential for development, then to improve remaining hit series with regard to the desired primary activity, as well as secondary activities and physiochemical properties such that the agent will be useful when administered in real patients.

The final synthetic chemistry stages involve the production of a lead compound in suitable quantity and quality to allow large scale animal testing, and then human clinical trials. This involves the optimization of the synthetic route for bulk industrial production, and discovery of the most suitable drug formulation. The former of these is still the bailiwick of medicinal chemistry, the latter brings in the specialization of formulation science with its components of physical and polymer chemistry and materials science.


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The synthetic chemistry specialization in medicinal chemistry aimed at adaptation and optimization of the synthetic route for industrial scale syntheses of hundreds of kilograms or more is termed process synthesis , and involves thorough knowledge of acceptable synthetic practice in the context of large scale reactions reaction thermodynamics, economics, safety, etc. Critical at this stage is the transition to more stringent GMP requirements for material sourcing, handling, and chemistry.

The synthetic methodology employed in medicinal chemistry is subject to constraints that do not apply to traditional organic synthesis.

Owing to the prospect of scaling the preparation, safety is of paramount importance. The potential toxicity of reagents affects methodology. The structures of pharmaceuticals are assessed in many ways, in part as a means to predict efficacy, stability, and accessibility. Lipinski's rule of five focus on the number of hydrogen bond donors and acceptors, number of rotatable bonds, surface area, and lipophilicity. Other parameters by which medicinal chemists assess or classify their compounds are: synthetic complexity, chirality, flatness, and aromatic ring count.

Medicinal chemistry is by nature an interdisciplinary science, and practitioners have a strong background in organic chemistry, which must eventually be coupled with a broad understanding of biological concepts related to cellular drug targets. Scientists in medicinal chemistry work are principally industrial scientists but see following , working as part of an interdisciplinary team that uses their chemistry abilities, especially, their synthetic abilities, to use chemical principles to design effective therapeutic agents.

The length of training is intense, with practitioners often required to attain a 4-year bachelor's degree followed by a year Ph. Most training regimens also include a postdoctoral fellowship period of 2 or more years after receiving a Ph.

Programme structure

However, employment opportunities at the Master's level also exist in the pharmaceutical industry, and at that and the Ph. Many medicinal chemists, particularly in academia and research, also earn a Pharm. D doctor of pharmacy.

Graduate level programs in medicinal chemistry can be found in traditional medicinal chemistry or pharmaceutical sciences departments, both of which are traditionally associated with schools of pharmacy, and in some chemistry departments. However, the majority of working medicinal chemists have graduate degrees MS, but especially Ph.