Welcome to the Biochemistry & Molecular Series, designed to provide an in-depth, modular exploration of biomolecular processes, enzymology, and polymer chemistry. Each lecture is crafted for clarity, accessibility, and flexible pacing. The downloadable PDFs will be released after the full series is published.
Lecture Set: This section will be updated with lectures as they are released.
Enzyme Kinetics and Reaction Equilibria
Coming Soon – This lecture is on its way! Content for this module will be available on 3/03/26. Stay tuned, and consider subscribing to get notified as soon as new lectures are released.
Polymer Chemistry – The Architecture of Macromolecules
Coming Soon – This lecture is on its way! Content for this module will be available on 9/03/26. Stay tuned, and consider subscribing to get notified as soon as new lectures are released.
How to Use:
- Modular lectures allow independent study.
- PDFs for offline study and printing with an associated quiz.
- Optional rhythm-aware weekly pacing guides progression.
Browse Released Lectures
Accessibility Notes
- All lecture materials are delivered as modular posts, with supporting links for clarity, rhythm-aware pacing, and neurodivergent-friendly engagement.
- All posts are freely available. Subscribe to receive new content directly in your inbox.
- Each set includes one consolidated PDF download, with an associated quiz, formatted for Word, email, and print compatibility via a £1 per lecture purchase at Payhip, with the final price depending on the number of lectures in the set.
- The downloadable PDFs will be released after the full series is published.
- Feedback and remixing are always welcome. This archive is a communal act of care, repair, and scholarly generosity.
Support the Archive
This archive is freely shared as a communal act of care.
If you’d like to support its continuation, consider purchasing a companion PDF set for £1 per lecture, with an associated quiz, via Payhip, with the final price depending on the number of lectures in the set, available only once the full series is complete.
Deconvolution 