Nanopharmaceuticals And Its Efficacy In Drug Delivery

Nano-pharmaceuticals and its Efficacy in Drug Delivery

A Distance Participation Program with e-learning Management System to provide you all new concepts of applications of Nano-science in pharmaceutical industry.

Duration

3-6 Months

Eligibility

Graduation / Post-graduation / Ph. D in Pharmacy / Bio-pharmaceuticals / Medicine / Clinical Sciences/Biotechnology/ Chemical Sciences.

Mode

Self Paced/ Mentorship

About the Program

Nano-pharmaceuticals offer the ability to detect diseases at much earlier stages and the diagnostic applications could build upon conventional procedures using nano-particles. Nano-pharmaceuticals represent an emerging field where the sizes of the drug particle or a therapeutic delivery system work at the nano-scale. In the pharmaceutical industry, a long standing issue is the difficulty of delivering the appropriate dose of a particular active agent to specific disease site. Nano-pharmaceuticals have enormous potential in addressing this failure of traditional therapeutics which offers site-specific targeting of active agents. Such precision targeting via Nano-pharmaceuticals reduces toxic systemic side effects, resulting in better patient compliance.

Aim

The program aims to give participants a thorough grasp of amazing new applications of Nanotechnology in the pharmaceutical industry. It equips the participant to explore further and discover the power of the nanoscale science in the pharma world. While the subject matter is covered in great depth, a lot of attention is paid to ensure that the participant understands practical applications of the study material in the domain of Nanopharmaceuticals.

Outcomes

The increasing demand and applications ofpharmaceutical nanotechnology has resulted in a large number of openings in the pharma and other healthcare industries. This program will help graduates and post graduates to increase their knowledge in nanopharmaceuticals, equipping them to pursue careers in a diverse range of drug-related industries.

Learning Objectives of Program

Understand the basic concepts underlying Pharmaceuticals at Nanoscale
Understand various Nanoparticles applied in Pharmaceuticals for the betterment in drug discovery and drug delivery systems
Understand the utility of diverse Nanostructures used in drug delivery systems
Understand the Bionanotechnology based drug delivery systems

Course Outline

Module 1: Overview of Nanopharmaceuticals

Module 2: Nanoparticles Used in Drug Delivery

Module 3: Nanostructures Used in Drug Delivery

Module 4: Nanobiopharmaceuticals based Drug Delivery

Evaluation & Certification

Key Features of Program

program delivery through e-Learning Management System.
Self-study course material.
Guidance & support from Experts.
includes Lessons, PDFs, Videos, Presentations, Important web-links, Quizzes for active participation.
Award of statement of marks.
Award of certificate.

Various Job Opportunities in the Nanomaterial production

Process Engineer Metrology- Responsible for operating a variety of tool types, generating and interpreting data, altering recipes, and giving 1:1 technical support to technicians. And also to help achieve maximum asset availability, requires significant technical understanding with tools and metrology procedures to manage vendors and interact efficiently with vendor field service engineers when needed.
Research & Development Analyst- A research analyst is in charge of gathering, analyzing, interpreting, and presenting data on markets, operations, finance/accounting, economics, customers, and other topics relevant to their area. A research analyst is usually very quantitative, analytical, logical, and skilled with numbers and data management.
DNA Nanotechnology Research Scientist- Create advanced DNA based nanostructures, methods, and models, utilizing mastery of standard principles, theories, and techniques to solve specific problems and create unique solutions in the field of DNA nanotechnology, including but not limited to the emerging fields of DNA structural nanotechnology.
Radiologist- Radiologists are specialists who focus on capturing and analyzing medical pictures in order to diagnose and cure ailments. Ultrasounds, magnetic resonance imaging (MRI), and computed tomography (CT) are all examples of diagnostic imaging that radiologists analyse (CT).
Geneticist- Conducting lab research and experiments, extracting DNA or performing diagnostic tests, interpreting, reviewing, or approving genetic lab results, documenting their processes and results, analyzing genetic data to draw conclusions and publish research, and communicating findings, for example at conferences or in scientific journals, are some of the typical responsibilities.

Nanomedicine and nano delivery systems are a relatively new but quickly emerging field in which tiny materials are used as diagnostic tools or to administer therapeutic medicines to specific targets in a controlled manner. Nanotechnology provides a number of advantages in the treatment of chronic human diseases by allowing precise medicines to be delivered to specified locations.

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