Stanford University School of Medicine
Istanbul Medipol University
Institute of Protein Research RAS
ICG ( Istanbul Consulting Group)
Medical Acupuncture and Pain Management Clinic
University of Basilicata
Pharmaceutical sciences in a science of pharmaceutical products that mainly focuses on Drug development, Drug design, delivery and manufacturing by integrating the principles of Chemistry, Biology, Engineering and related fields. Pharmacy is the science with the utilities of making drugs. It is a health-related field that links medical sciences and aims to ensure the safe and productive use of pharmaceutical drugs. Pharmacy specialist study on the drug therapy and focus on the primary health and enhance the use of medication for the benefit of the patients. Pharmaceutical Sciences focuses on the basic principles of Inorganic & Organic chemistry, Engineering, Bio-chemistry, and biological sciences to understand the novel techniques of drug delivery to the body and translate the integrated understanding into novel and innovative therapies against human diseases and disorders.
Pharmaceutical microbiology and biotechnology have become increasingly important in the production of biologics from microbial cells, animal cell lines, and human cell lines. Because of biotechnological principles and manipulations in this field, the volume, diversity, and types of biologics produced have all improved. In the future, this field is expected to grow.
Medication design is one of the most crucial parts of the drug development process. The binding energy of the lead molecule to the target, as well as its thermodynamic properties, are predicted through drug screening. Molecular mechanics and molecular dynamics are the most commonly used approaches for forecasting model conformation changes. This lecture will cover the practical challenges of drug targeting and design, as well as solutions for overcoming them.
With the rapid development of new drug and innovative therapeutics, new pharmacovigilance procedures and methods have to be implemented for assurance of drug safety and the quality of life of patients.
This session deals with various technological developments in Bio-therapy for Cancer treatment, Chemotherapy and Immunotherapy, Bio-therapy in wound treatment, Radio-pharmaceuticals and nuclear medicine.
Clinical pharmacology, cardiovascular pharmacology, behavioural pharmacology, neuropsychopharmacology, pharmacogenetics, and Pharmacoeconomics are only a few of the pharmacology's many sub-specialties.
Pharmacokinetic effect is determined by the amount of medication present at the target area. Recent advances in analytical and quantitative techniques have often resulted in non-invasive studies of drug pharmacokinetics at the site of action in order to gain a better understanding of pharmacokinetic properties.
The drug's effect and response vary from person to person due to the fact that everyone's DNA is unique. Pharmacogenomics is a branch of genetics that studies a person's genetic reaction to a drug and gene-drug interactions in the body.
Pathology is aInnovative Drug Delivery Technologies
Implantable Drug Delivery System
Pediatric Drug Delivery systems
Routes of Drug Administration