Get updates on Eligibility, Admission, Placements Fees Structure
Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study | Video and Text Based |
Course Overview
The primary aim of this online programme on Medicinal Chemistry by Swayam is to make the registered students familiarize themselves with the fundamental and primary concepts of drug discovery and the process of its development. The certification course has been formulated for the students who are having a background in the subject of chemistry and are interested in the process of drug discovery.
The purpose of this programme is to train the candidates on the various aspects of new drug development and drug discovery The Medicinal Chemistry certification syllabus will be dealing with - target identification, drug screening, optimization lead discovery, and the molecular basis for the process drug design and framing the drug action.
The twelve-week programme will be emphasizing the students on the subject of chemistry. After completing the online programme the students will learn to classify the drugs on various lines. They will also study transition-state inhibitors in this programme.
The Highlights
- Course organised by Swayam
- 12 weeks programme
- Course partnered by IIT Madras and NPTEL
- ACTIE approved FD course
- A certificate recognised by the government
Programme Offerings
- Self-assessments
- test
- videos
- Lectures
- Reading Material
- case study
- Quiz
- online learning
Courses and Certificate Fees
| Fees Informations | Certificate Availability | Certificate Providing Authority |
|---|---|---|
| INR 1000 | yes | IISER Pune |
- The Medicinal Chemistry fee for registration is free for this course.
- The interested candidates are requested to pay a fee of Rs.1,000/- to apply for the examination.
Medicinal Chemistry fees details
Particulars | Amount |
Registration fee | Free |
Examination fee | Rs.1,000/- |
Eligibility Criteria
Education
To seek admission in the Medicinal Chemistry certification course the students need to have a basic understanding of organic chemistry and also need to have an interest in drug discovery. The applicants also need to have an interest in biochemistry.
Certification Qualification Details
For the Medicinal Chemistry training certification, all the registered students have to appear for the final end term proctored examination. Candidates need to clear the exams with a 75% mark minimum. They should also score a 25% average in 8 out of 12 assignments.
What you will learn
In the Medicinal Chemistry online course the students will get an in-depth understanding of the following:
- Students will understand the process of the G-protein receptors and their applications.
- The mechanisms of protein synthesis will also be covered in the syllabus.
- They will be learning about the various classifications that are available in drugs.
- The key principles of enzyme receptors will also be covered in the course curriculum.
- Applicants will be covering the details of dose-response curves and their uses.
- The registered students will further be learning about the topic of ion change receptors.
- They will further cover the details of kinase-linked receptors.
- Participants will be developing their skills in the sector of drug production.
- The methodology of chain branching will also be dealt with in the course.
- The importance of drug synergy will be discussed in the programme.
Who it is for
Application Details
The listed steps have to be followed by the students to secure their seat in the Medicinal Chemistry training-
Step 1: Candidates are requested to visit the below-mentioned programme URL:
https://onlinecourses.nptel.ac.in/noc21_cy05/preview.
Note- The application form is currently not available since the course is continuing. They can get in touch with the administration of Swayam for the next update.
The Syllabus
- An overview of drugs and drug targets
- Structure of a cell
- Intermolecular binding forces
- Classification of drugs
- Principles of enzyme structure
- Catalysis and inhibition in drug discovery: Enzyme mechanisms overview
- Enzyme catalysis and inhibition in drug discovery
- Reversible and irreversible inhibitors; transition-state inhibitors
- Principles of enzyme structure
- Catalysis and inhibition in drug discovery
- Enzyme mechanisms overview
- Enzyme catalysis and inhibition in drug discovery
- Reversible and irreversible inhibitors
- Transition-state inhibitors
- Receptors function and ligand binding interactions
- Ion channel receptors
- Kinase-linked receptors
- G-Protein coupled receptors
- Drug-receptor interaction
- Dose-response curves
- Receptors function and ligand binding interactions
- Ion channel receptors
- Kinase-linked receptors
- G-Protein coupled receptors
- Drug-receptor interaction
- Dose-response curves
- Nucleic acids structure and function
- DNA Interactive agents and chemotherapy: DNA binding agents
- Intercalation and alkylation
- DNA strand breakers
- Synthetic methods in medicinal chemistry
- Combinatorial and parallel synthesis: solid-phase techniques
- Mix and split method in combinatorial synthesis
- Dynamic combinatorial synthesis
- Solid-phase synthesis
- Diversity-oriented synthesis
- Lead discovery
- Bioassays
- Drug targets
- Lead Modification
- Optimization
- Pharmacophore
- Homologation
- Bioisostere
- Chain branching
- Electronic effects
- Lipophilicity
- Structure-Activity Relationships
- Quantitative-structure activity relationships (QSAR)
- Lead discovery
- Bioassays
- Drug targets
- Lead Modification
- Optimization
- Pharmacophore
- Homologation
- Bioisostere
- Chain branching
- Electronic effects
- Lipophilicity
- Structure-Activity Relationships
- Quantitative-structure activity relationships (QSAR)
- Drug metabolism and pharmacology: Analytical methods in metabolism; Phase I and Phase II transformations
- Absorption
- Distribution
- Metabolism and excretion (ADME)
- Bioavailability
- Pre-clinical and clinical development
- Therapeutic index and therapeutic window
- Prodrugs and drug delivery systems: Use of prodrug systems
- Prodrugs for stability
- Solubility and slow-release
- Overview of drug delivery
- Drug resistance mechanisms and synergism: Mechanisms of drug resistance
- Circumventing drug resistance
- Drug synergy
- Drug resistance mechanisms and synergism: Mechanisms of drug resistance
- Circumventing drug resistance
- Drug synergy