Overview Flashcards
(27 cards)
Main stages in Drug Discovery
- Early Drug Discovery
- Preclinical research
- Clinical Drug Development process
- Regulatory approval
Involves finding new medications
Early Drug Discovery
helps identify treatments or existing disease through modern testing methods
Reverse pharmacology
Steps in Early Discovery
- Target Identification and validation
- HIT Discovery Process
- Assay development & Screening
- High Throughput screening
- HIT to Lead
- Lead optimization
finds a gene or protein (therapeutic agent) that plays a significant role in disease
target Identification and validation
identifies hit compounds that interact effectively with a specific biological target, such as protein or enzyme linked to a disease.
HIT discovery process
show initial promise in modulating the target’s activity and can serve as starting points for further drug development
HIT discovery process
Evaluate the effects of the new drug candidate at the cellular, molecular, and biochemical levels
Assay Development and Screening
Drug Discovery method used to rapidly test thousands to millions of chemical compounds for their potential cell receptor associated with a disease
High Throughput Screening
stage in drug discovery that involves optimizing initial “hit” compounds.
Hit to Lead
chemically refined versions of hits with improved therapeutic properties that make them more suitable for further drug development
Lead
conducts experimental testing using animal efficacy models and ADMET tools, designing the drug candidate
Lead Optimization
Molecules that are effective at much smaller dosage levels than standard APIs
High Potency Active Pharmaceutical Ingredients
Classified based on toxicity, pharmacological potency, and occupational exposure limits, and used in complex drug development involving more than ten steps
High Potency APIs
Pharmacokinetic process of measuring the ways the new drug affects the body.
Absorption, Distribution, Disposition, metabolism, and excretion
conducted to determine the efficacy and safety of the drug once a lead compound is found and preclinical phase of drug development begins
in vivo research
establishes that the basic idea behind a treatment strategy works in a real-world setting
Proof of concept
a step further, providing initial evidence that the drug not only works as expected but also produces a meaningful therapeutic outcome. More comprehensive studies and focus on mechanism of action.
Proof of Principle
preclinical research examples are the development of new drugs using mice, rat, and dog models
In vivo
research conducted in the laboratory
In vitro
uses animal cells or tissues from non-living animal
Ex vivo
newest type of study wherein test systems or biological experiments are performed on a computer or via computer simulation
In Silico assays
Goal of drug delivery
prevent the drug from interacting with healthy tissues while still being effective.
Focused on refining the drug’s form and how it is absorbed in the body to ensure maximum therapeutic effect and safety
Formulation Optimization and Improving bioavailability