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Omics Technologies in Target Selection and Drug Discovery Process - Dr Uday Saxena
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Topics Discussed
-Introduction to drug discovery - drug discovery is a long, time consuming, expensive process
-Starts with target selection - eg tau for alzheimer’s - 99% targets are proteins
-Omics and disease biology help in the process - important to have a very strong understanding of diseases - Omics play an important role in every step of drug discovery
-Proteomic play a critical role - drug target identification + lead discovery and optimization (molecular docking) + in vitro and in vivo studies (drug toxicity and efficacy) + biomarkers (clinical trials)
-Protein targets - enzymes, structural proteins, receptor, and transcription factor
-Target selection - single protein, associated directly with causing disease, preferable only expressed in disease organ, preferable to inhibit function, cell surface proteins are great targets
-Most drug interact with a protein target
About Dr. Uday Saxena
Dr. Uday Saxena is currently a Co-Founder of the start-up Biotech Company, ReaGene Innovations. He has held Executive and Leadership positions at Parke-Davisin Ann Arbor, AtheroGenics in Atlanta (VP Drug Discovery), Dr.Reddy’s Laboratories(Chief Scientific Officer, US, and India), and Kareus Therapeutics (CEO). He has a Ph.D. in Biochemistry from Memorial University and Post-doctoral training at Columbia University. He was associated with the Team at Parke-Davis/ Pfizer that discovered Lipitor/atorvastatin, the largest selling(peak sales of $17 billion dollars) drug in the pharma business. He led teams that brought several drug candidates from an idea into the clinic.
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-Introduction to drug discovery - drug discovery is a long, time consuming, expensive process
-Starts with target selection - eg tau for alzheimer’s - 99% targets are proteins
-Omics and disease biology help in the process - important to have a very strong understanding of diseases - Omics play an important role in every step of drug discovery
-Proteomic play a critical role - drug target identification + lead discovery and optimization (molecular docking) + in vitro and in vivo studies (drug toxicity and efficacy) + biomarkers (clinical trials)
-Protein targets - enzymes, structural proteins, receptor, and transcription factor
-Target selection - single protein, associated directly with causing disease, preferable only expressed in disease organ, preferable to inhibit function, cell surface proteins are great targets
-Most drug interact with a protein target
About Dr. Uday Saxena
Dr. Uday Saxena is currently a Co-Founder of the start-up Biotech Company, ReaGene Innovations. He has held Executive and Leadership positions at Parke-Davisin Ann Arbor, AtheroGenics in Atlanta (VP Drug Discovery), Dr.Reddy’s Laboratories(Chief Scientific Officer, US, and India), and Kareus Therapeutics (CEO). He has a Ph.D. in Biochemistry from Memorial University and Post-doctoral training at Columbia University. He was associated with the Team at Parke-Davis/ Pfizer that discovered Lipitor/atorvastatin, the largest selling(peak sales of $17 billion dollars) drug in the pharma business. He led teams that brought several drug candidates from an idea into the clinic.
ABOUT OUR CHANNEL
Our channel is about bioinformatics and its application to various biomedical and biotechnology challenges. We cover lots of cool topics on data analysis, machine learning and various technologies that generate high-throughput data like genomics, transcriptomics, metagenomics, epigenomics and others.
Check out our channel here:
Don’t forget to subscribe!
All of this content and more can be found on our training portal:
CHECK OUT OUR OTHER VIDEOS
We offer bioinformatics training and analysis software, check them out here:
FIND US AT
GET IN TOUCH
FOLLOW US ON SOCIAL
Get updates or reach out to Get updates on our Social Media Profiles!