Skip to content

Drug Discovery Using CRISPR Technology Certification Course

Sale Sale
Original price Rs. 12,990.00
Original price Rs. 12,990.00 - Original price Rs. 12,990.00
Original price Rs. 12,990.00
Current price Rs. 1,099.00
Rs. 1,099.00 - Rs. 1,099.00
Current price Rs. 1,099.00

Drug Discovery Using CRISPR Technology

Many of the therapeutic drug candidates fail through their clinical trials. It takes millions and billions of years to develop a new drug and bring it into existence. Mostly all drug discovery process starts with basic scientific research and involves lots of steps before new therapeutics are approved for clinical use. Each pharmaceutical company aims at approaching the discovery and development of new drugs differently; the major steps common to most preclinical processes are target identification and validation, high-throughput compound screening, hit validation and lead drug candidate optimization.

Any kind of novel research methodology in drug discovery could save many lives and money. CRISPR-Cas9, the recently-harnessed genome editing technology, is quite a candidate in accelerating progress through all of these steps!

CRISPR-Cas9 system, derived from bacteria’s adaptive immune system, is primarily a nuclease complex, which induces lesions in DNA. Thus technology is used as a bio-engineering tool that enables genetic editing to be propagated in protein expression, having an impact on the health of the cell and the person as a whole

CRISPR-Cas9 has immense applications as a drug discovery tool. The therapeutic drug's mechanism of action is to alter the function of the body’s workforce: the proteins. The main question to create such a drug is to determine which proteins should be targeted. Like which proteins actually matter for the occurrence of let’s say cancer. In order to find these disease-relevant genes and proteins, researchers are using CRISPR-Cas9 to systematically inactivate, or knock out, the ~20,000 protein-coding genes found in humans. In other words, this is called the “genome-wide screen.”

Testing the efficacy and pathophysiology of a particular drug is an essential step in drug development. This might require exact disease models to mimic the actual condition. CRISPR-Cas9 system can specifically knock-in, knock-out, modify target genes, thus generating an appropriate animal/disease model for drug testing. As such, CRISPR technologies specificity to identify which parts of the protein are important for function or disrupt the drug’s ability to engage its target make this technology an indispensable tool for therapeutic development and precision medicine as well.

Importance/benefits of the Drug Discovery Using CRISPR Technology Course: 

This course helps one to develop their knowledge and understanding of how drugs and medicines are discovered, the steps and the technology involved. In addition to these, some research methods are also dealt with, which are key to understanding modern drug discovery and development. Attendees not only get to learn about the major aspects of the drug discovery process, starting with target selection, to compound screening to designing lead candidates but also can increase their understanding of the various drug discovery tools and methods that are used for finding, identifying and designing a new drug.

Drug companies are always aiming to attract and recruit the best scientists. What they look for is a solid university track record, good publications, evidence of good communication, team, and leadership skills, and most importantly, sound knowledge of the subject and the recent updates in the related area. Attendees looking at making a career in this field will definitely be benefited from this course.

One of the major focus of drug discovery in recent years has been the generation of more physiologically relevant models, which could provide a better correlation to the clinical setting and thereby reduce candidate drug attrition. CRISPR/Cas9, as discussed in this course, represents a significant opportunity in this area, which is used to efficiently and precisely edit a cell’s DNA to generate both in vitro and in vivo models.

CRISPR/Cas9 technology is soon going to become an indispensable part of genome editing. These nature's very own tools are creating wonders when it comes to gene cutting, nicking, knockin, knockout as well as expression activation and inhibition. Attendees taking up a basic and an advanced course in this technology will be able to understand the importance of this technology in drug discovery. This course bridges the gap between these two processes and points out the precise genome editing applications in various steps of drug development such as in animal model creation and in precision medicine.

Eligibility for Drug Discovery Using CRISPR Technology Course:

  • Students in their B.Sc / B.Tech / M.Sc / M.Tech who aspire to work on cutting-edge research technologies used in drug discovery.
  • Aspiring scientists who look forward to innovating novel methods to develop new drugs with advanced technologies.
  • Science enthusiasts who like to stay updated about the recent research updates using the most talked-about processes.
  • Any candidate who is looking for a career in the pharmaceutical industry.

Career Opportunities after Drug Discovery Using CRISPR Technology Course:

The drug discovery industry holds a wide range of research opportunities and varied tracks for career advancement while staying focused on high-quality research just like academia. Pharmaceutical companies have ongoing needs for biochemists, organic chemists, cellular biologists, molecular biologists, microbiologists, genetic biologists, and in vivo pharmacists at both the basic and applied research levels.

As already mentioned, the creation of new drugs is a risky, time-consuming and expensive business. So it may take up to more than 10 years to bring a new drug to market, which in turn requires the effort of thousands of people from many scientific disciplines. In such a huge and complex organization, young scientists have the option to select from many different career options. The pharmaceutical industry is no longer limited to biology and chemistry, but can also offer long-term careers in various disciplines and subdisciplines. In fact, "cross-functional" scientists are actually becoming an increasingly valuable commodity. Systems biology is beginning to take hold, and this is going to increase the opportunity for scientists with multiple degrees, pharmacology with genomics, information technology with biology, etc.

FAQs- Drug Discovery Using CRISPR Technology Certification Course

  • What is an Online Self Learning Course?

An Online Self Learning Certification Course means you can log in any time and study at your own pace. However, you must watch 90% of all the lessons to proceed to the next lesson and if you want a Hard copy certificate you must clear the evaluation test, which will be available at the end of the course.

  • How to get started with the Drug Discovery Using CRISPR Technology self-learning course?

Once you enroll for the awesome course, You will get the activation email almost immediately. start and finish the course at your own pace! Start learning whenever you can. There is no need to bend your schedule.

  • How to unlock the next lesson of the Drug Discovery Using CRISPR Technology course?

Once you master a session hit the Complete and Continue button on the top to begin your next session. Make sure you don't skip through! Unless you complete the current lesson you cannot proceed to the next lesson

  • What is the time limit to complete the course?

The course is valid for 30 Days from the date of activation. A 30-day course validity promotes disciplined learning by setting a deadline, reducing procrastination, and encouraging active engagement. Learners can study at their convenience on any device. It ensures up-to-date knowledge, efficient resource management, and higher completion rates, benefiting both learners and providers. Extensions are available for more flexibility. If you want to increase course validity, contact or chat with our experts below.

  • How do I evaluate myself?

Time to test all the knowledge you have gained. Take the test at the end of the course and evaluate yourself. Every Self Learning Course has a test at the end.

  • How to get the hard copy certificate after the Drug Discovery Using CRISPR Technology Course?

To avail, the hard copy certificate, Take the test at the end of the course. Clearing the test ( with a minimum of 40%) will earn you the certificate. The certificate will be sent to your doorstep. Now you know not to skip through the course.

  • Whom do I contact for any further queries?

Having any trouble? Get in touch with our team. Click on that Chat thingy or write to us or

  • Will BioTecNika Provide any Job Guarantee / Assistance?

No, BioTecNika does not provide any Job Assistance or Guarantee. However you are free to apply for a Job on BioTecNika’s Job Portal and certainly, employers will give more weightage to you due to the reputation of BioTecNika and the Knowledge possessed by you after the course. A Certification from BioTecNika is well respected and honored by most of the employers in the industry

Customer Reviews

Based on 6 reviews
Ankita Samanta
it was quite an interesting course....i have gained a lot of knowledge from it.

it was quite an interesting course....i have gained a lot of knowledge from it.

Dr khushboo Chaudhary
Valuable and very important for research purposes

Valuable and very important for research purposes

Gayathri L N
"Genome editing using CRISPR cas is an emerging technique in the field of biotechnology.

"Genome editing using CRISPR cas is an emerging technique in the field of biotechnology. Its vast applications in the different fields of biotechnology makes it an inevitable tool for all researchers and scientists. although CRISPR has a wide range of applications, its contribution to drug discovery and development, especially in the current scenario is extremely important since it drastically cuts down the time and costs of the entire drug discovery process, at the same time making it effective.
The course was designed in a way that a detailed description of the CRISPR technique along with its applications was effectively communicated, without leaving out on the basics. this ensures it can help students and researchers from diverse academic backgrounds."

Betsy Sunny
The course was really informative

The course was really informative. In my personal opinion, the course structure has made me interested in studying and knowing more about each topic.

Rohini Singh
Wonderful presentation. Very good course

Wonderful presentation. Very good course, Knowledge about Drug Discovery with the help of CRISPR Technology is just awsm. learned useful things