Study smarter,
not harder.

AI-powered revision that understands your material. Import, analyze, and master any subject — all running locally with your own API keys.

Download for free See how it works
Import & Analyze

Drop your study materials. AI does the rest.

Import PDFs, Word documents, Markdown, plain text, or images. NeuroRevise reads every file, extracts knowledge points, and builds a structured subject library — all offline, on your machine.

NeuroRevise — Library
Library Revision Stats Settings
Cell Biology
12 KPs · 2 files
Calculus I
8 KPs · 1 file
Organic Chemistry
15 KPs · 3 files
Mitochondria — Structure & Function
The inner mitochondrial membrane is folded into cristae, increasing surface area for oxidative phosphorylation. The intermembrane space accumulates protons, creating the proton-motive force that drives ATP synthase.
Bioenergetics
Electron Transport Chain
Complex I–IV pass electrons through carriers. The final acceptor is O2, producing H2O. $$\\Delta G < 0$$
Respiration
Active Recall

Quiz yourself. Get AI-graded feedback instantly.

Choose from cloze drills, multiple-choice sets, fill-in-the-blank, or open-ended essays. Every answer is graded by AI with detailed explanations — see what you got right and why.

NeuroRevise — Revision
Library Revision Stats Settings
Which molecule serves as the final electron acceptor in the electron transport chain?
A. NADH
B. O2
C. FADH2
D. Cytochrome c
✓ Correct — O2 is the terminal electron acceptor.
Track Your Progress

See where you stand. Focus on weak spots.

Per-session and per-subject analytics show your accuracy, trends over time, AI-generated study reports, and your weakest knowledge points — so every revision session counts.

NeuroRevise — Stats
Library Revision Stats Settings
87%
Accuracy
42
Answered
6
Sessions
Trend
+12%
Correct
87%
Wrong
13%
⚡ AI Report: Strong on bioenergetics. Review glycolysis regulation.
AI Assistant

Ask the assistant anything about your study material.

Highlight any text in a knowledge point, and the built-in AI chatbox explains it, elaborates, or connects concepts across subjects. Your data stays on your machine.

AI Assistant
Can you explain the proton-motive force in simpler terms?
Think of it like a charged battery. The ETC pumps protons (H⁺) across the inner membrane, creating a gradient — high concentration outside, low inside. When protons flow back through ATP synthase, the energy is released to make ATP, just like water turning a turbine.
↑

Ready to study smarter?

Download NeuroRevise for Windows or macOS. Bring your own API keys — no subscriptions, no ads.

Download NeuroRevise