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Turn your biomolecules notes into a biology mind map

Upload a PDF, slides, or photos of a textbook page and get an editable mind map you can explore branch by branch.

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How a biology mind map of biomolecules helps you study

Biomolecules are the building blocks of living cells, and a biology mind map shows how carbohydrates, lipids, proteins and nucleic acids relate to one another.

  • Start with four core branches: carbohydrates, lipids, proteins, and nucleic acids.
  • Add monomers and polymers beneath each branch so the links between them are visible.
  • Attach function and structure notes, such as enzyme action or membrane roles.
  • Review by covering one branch at a time and rebuilding it from memory.
Example biomolecules mind map branches
CarbohydratesMonosaccharides · Disaccharides · Polysaccharides · Energy storage and structure
LipidsFatty acids · Triglycerides · Phospholipids · Steroids
ProteinsAmino acids · Peptide bonds · Protein structure levels · Enzymes and transport
Nucleic acidsNucleotides · DNA and RNA · Base pairing · Information storage
EnzymesLower activation energy · Active site · Substrate specificity · Affected by temperature and pH
Generate the full set

Starts from your own material

Drop in lecture notes, a PDF chapter, or a photo of a page and the map is built from what your course actually covers.

Editable and explorable

Rename branches, move subtopics, and expand or collapse sections so the map matches how your instructor teaches the material.

Study from the map

Use the branches as prompts to explain each biomolecule from memory, then check your recall against the source.

How it works

Upload your notes

Add a PDF, DOCX, slides, plain text, or a photo of your biology notes on biomolecules.

Generate the map

DeckOwl reads the text and organizes carbohydrates, lipids, proteins, and nucleic acids into connected branches.

Edit and explore

Adjust any branch, then click through subtopics to test yourself before the exam.

Seeing monomers, polymers, and functions side by side makes it easier to notice patterns, such as how amino acids link into proteins or how nucleotides form DNA and RNA. Because the map comes from your own notes, it reflects the exact terms your course uses.

When the map is editable, you can reshape it as your understanding improves, adding examples from lab work or moving a concept to a more fitting branch.

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Frequently asked questions

How many main branches should a biomolecules mind map have?

Most biology courses organize biomolecules into four groups: carbohydrates, lipids, proteins, and nucleic acids. Start with those four branches and add monomers, polymers, and functions beneath each one.

How do I remember the monomers of each biomolecule?

Link each polymer to its monomer on the map, such as amino acids for proteins and nucleotides for nucleic acids. Quizzing yourself from the branch labels helps those links stick.

Can I export my biology mind map?

Exporting files is a paid feature on the Plus plan, which costs $99.90/year or $9.99/month. The free plan lets you create and explore maps in the browser.

Do I need a credit card to start?

No. You can start on the free plan with 3 generations per month and no credit card. Students with a school email get 40% off paid plans.

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Keep exploring the topic

Review the main ideas visually or practice recalling them.