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About Biomedical Basics
Biomedical Basics are AI-generated explanations prepared with access to the complete collection, human-reviewed prior to publication. Short and simple, covering biomedical and life sciences fundamentals.
Topics Covered
- Formulation development stages
- Drug stability & bioavailability
- Excipients & delivery systems
- Solubility enhancement & taste masking
- Regulatory & quality assurance
- Stability & bioequivalence testing
- Quality by Design & risk management
Talk Citation
(2026, October 29). Formulation development [Video file]. In The Biomedical & Life Sciences Collection, Henry Stewart Talks. Retrieved October 29, 2026, from https://doi.org/10.69645/HEIJ7694.Export Citation (RIS)
Publication History
- Published on October 29, 2026
Financial Disclosures
A selection of talks on Pharmaceutical Sciences
Transcript
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0:00
The topic of formulation
development will be explored
through the key stages
of pharmaceutical
formulation development,
focusing on transforming
active pharmaceutical
ingredients into safe,
effective, and patient
friendly dosage
forms that meet
regulatory standards.
We will discuss
the importance of
optimizing drug stability,
bioavailability,
and patient compliance through
careful selection of excipients
and delivery systems.
Strategies such as
solubility enhancement,
taste masking, and
novel drug delivery technologies
will be highlighted.
Finally, we will address
regulatory considerations,
including quality assurance,
risk management, and the
critical role of stability and
bioequivalence testing in
ensuring product approval.
We will explore the
essential aspects of
formulation development in
pharmaceutical sciences.
This process involves designing
a final pharmaceutical product
from an active
pharmaceutical ingredient,
API, with the help of excipients
and defined processes.
The main goal is to create
a dosage form that
delivers the drug safely,
effectively, and
consistently while
meeting patient and
regulatory needs.
Formulation design,
bridges discovery and
clinical application,
ensuring real world
efficacy and practicality.
At the core of
formulation development
are the fundamental
principles of drug delivery.
Optimizing chemical and
physical stability,
enhancing solubility
and bioavailability,
facilitating appropriate
release and absorption,
and ensuring patient safety.
Drug properties
such as solubility,