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AI Study Guides

A study guide that actually teaches it.

Your lectures become a guide that teaches the topic, section by section. Key concepts named, the page behind each claim, and self-check questions to test yourself.

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NewBo can schedule this guide into a plan for every day up to your exam.See the AI study plan
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Boreading Cell Biology

Write me an in-depth study guide for the midterm.

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I filled in the form for you. Check it and press Create.

New material
Kind
Study guide
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Lectures 2 to 9
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In depth
Creating Study guide...
Study guideCell Biology · Midterm
Study guide·6 sections

This guide walks through how your cells turn glucose into usable energy, one stage at a time, then checks that it stuck.

2. The Krebs cycle

The cycle takes the acetyl-CoA from glycolysis and oxidizes it across eight steps, releasing carbon dioxide and loading the electron carriers NADH and FADH₂ that the next stage will spend on ATP.

Acetyl-CoA
the two-carbon fuel that feeds each turn of the cycle.
Oxidation
stripping electrons to bank energy as NADH and FADH₂.

Links back to glycolysis (§1) and feeds the electron transport chain (§3).

Lecture 7 · p. 9
Key takeaways
  • The Krebs cycle runs twice for every glucose molecule.
  • Its real job is loading NADH and FADH₂, not making ATP directly.
  • Those carriers are spent in the electron transport chain.

Write me an in-depth study guide for the midterm.

Study guideCell Biology · Midterm
Study guide·6 sections

This guide walks through how your cells turn glucose into usable energy, one stage at a time, then checks that it stuck.

2. The Krebs cycle

The cycle takes the acetyl-CoA from glycolysis and oxidizes it across eight steps, releasing carbon dioxide and loading the electron carriers NADH and FADH₂ that the next stage will spend on ATP.

Acetyl-CoA
the two-carbon fuel that feeds each turn of the cycle.
Oxidation
stripping electrons to bank energy as NADH and FADH₂.

Links back to glycolysis (§1) and feeds the electron transport chain (§3).

Lecture 7 · p. 9
Key takeaways
  • The Krebs cycle runs twice for every glucose molecule.
  • Its real job is loading NADH and FADH₂, not making ATP directly.
  • Those carriers are spent in the electron transport chain.

How it works.

  1. 1

    Upload your course

    Lectures, slides, messy notes. It all goes in.

  2. 2

    Pick the depth

    Concise notes, a standard guide, or in-depth with self-check questions.

  3. 3

    Get a guide that teaches

    Ordered sections, key concepts, and citations in seconds.

It teaches, it doesn't just list.

Pick how deep it goes. Each level adds more, just like in the app, from tight notes to a full guide with self-check questions.

Study guide·6 sections

This guide walks through how your cells turn glucose into usable energy, one stage at a time, then checks that it stuck.

2. The Krebs cycle

The cycle takes the acetyl-CoA from glycolysis and oxidizes it across eight steps, releasing carbon dioxide and loading the electron carriers NADH and FADH₂ that the next stage will spend on ATP.

Acetyl-CoA
the two-carbon fuel that feeds each turn of the cycle.
Oxidation
stripping electrons to bank energy as NADH and FADH₂.

Links back to glycolysis (§1) and feeds the electron transport chain (§3).

Check yourself

Glycolysis splits one glucose into two pyruvate molecules, and each becomes one acetyl-CoA. So the cycle runs once per acetyl-CoA, twice per glucose.

Lecture 7 · p. 9
Key takeaways
  • The Krebs cycle runs twice for every glucose molecule.
  • Its real job is loading NADH and FADH₂, not making ATP directly.
  • Those carriers are spent in the electron transport chain.
Study guide·6 sections

This guide walks through how your cells turn glucose into usable energy, one stage at a time, then checks that it stuck.

2. The Krebs cycle

The cycle takes the acetyl-CoA from glycolysis and oxidizes it across eight steps, releasing carbon dioxide and loading the electron carriers NADH and FADH₂ that the next stage will spend on ATP.

Acetyl-CoA
the two-carbon fuel that feeds each turn of the cycle.
Oxidation
stripping electrons to bank energy as NADH and FADH₂.

Links back to glycolysis (§1) and feeds the electron transport chain (§3).

Lecture 7 · p. 9
Key takeaways
  • The Krebs cycle runs twice for every glucose molecule.
  • Its real job is loading NADH and FADH₂, not making ATP directly.
  • Those carriers are spent in the electron transport chain.

A summary tells you what. A guide teaches you why.

It quizzes you as you learn.

In-depth guides add self-check questions to every section so you test yourself as you read, not just at the end.

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0%
  • The Krebs cycleReview
  • GlycolysisSolid
  • Electron transportStrong

A study guide that teaches your course

A study guide generator that teaches, not just lists
Bo writes in teaching prose, explains each concept, and adds self-check questions so you actually understand rather than just reading.
Built from your lectures, cited to the page
Every section of the guide is drawn from your exact uploaded material and shows the source page, so you can verify and go deeper.
As deep as you need
Concise notes for a quick scan, standard prose for focused study, or full in-depth guides with self-check questions when you need to truly understand the material.

Questions, answered.

How is this different from a summary?

A summary gives you the gist fast. A study guide teaches the topic. It walks through ordered sections that build on each other, names the key concepts, shows how they connect, and, in in-depth mode, quizzes you with self-check questions. Reach for a summary to refresh, a guide to actually learn it.

What do the depth levels do?

Concise gives you tight revision notes. Standard adds the big essential questions, the key concepts per section, and how sections connect. In-depth adds self-check question-and-answer pairs to every section for active recall.

Does it cite where things come from?

Yes. Every section is grounded in your own lectures and links back to the page, like Lecture 9, p. 2, so you can open the source and check it instead of trusting a guess.

Can I export the guide?

Yes. Export the whole guide to PDF on any plan, or to Word on Pro and up, or print it, so you can study offline, mark it up, or bring it into the exam hall waiting room.

How much can one guide cover?

Pick the topics and lectures it draws from, from a single topic to a whole unit. A guide can run up to many ordered sections, so it scales from one lecture to the full module.

Is it free to start?

Yes. Uploading your course and making a study guide is free, with about 4 materials a week. Upgrade when you need more materials a week or heavier exam-season use.

Related study tools

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