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DraconiticBiochemistryBiomolecules · Catabolism · Biosynthesis · Metabolism
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Study guides

Guides, cards and mechanism families across biomolecules, catabolism, biosynthesis and metabolism.

Complete guides
19
Interactive cards
323
Mechanism families
22
Standalone PDFs
19

Interactive tools and complete guides

Nineteen complete guide editions as PDFs, with the map, mechanism library, 323 cards, cofactor lens, field guide and notebook.

Catalogue

Filter by format or access. Every edition remains identifiable; collections organize the material without merging away distinct explanations or specialized cases.

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Release index
Opening the catalog

Reading the versioned edition manifest.

Download collections

Download collections add the complete designed editions, printable assets, structured card files, checksums, and a contents index.

Collection 1

Biochemistry Foundations

Proteins, biomolecular interactions, carbohydrates, integrated foundations, and curriculum navigation.

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Collection 2

Mechanisms and Cofactors

Catalytic strategies, organic reaction logic, redox chemistry, activated carriers, and mechanism reasoning.

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Collection 3

Metabolism and Bioenergetics

Central metabolism, thermodynamics, reaction coupling, carrier accounting, and pathway integration.

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Collection 4

Membranes and Transport

Lipids, bilayers, transport proteins, electrochemical gradients, and membrane-linked energy conversion.

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Complete library

All biochemistry editions and decks

The complete set of 18 biochemistry guides, all three structured decks, printable files, and release checksums.

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MCAT connections

The amino-acid, protein, enzyme-kinetics, energetics, membrane, and metabolism material can assist MCAT biochemistry study while remaining part of a broader undergraduate biochemistry library.

Enzyme kinetics cards

How the editions were made

The editorial work changes classroom-facing language, document structure, navigation, typography, and visual presentation. It preserves the scientific explanations, mechanism logic, and unusual cases in the source material.

  1. 01Standalone framing

    Durable titles, introductions, learning goals, and section routes replace course-specific instructions.

  2. 02Source preservation

    Every source remains mapped to its edition, and preservation QA catches substantive paragraph loss.

  3. 03Visual system

    Print typography, cover architecture, original diagrams, and page-level navigation make the material easier to use.

  4. 04Versioned release

    Checksums, counts, and a machine-readable catalog keep every downloadable artifact identifiable.