Here's what visitors see about you right now.
Your profile on Life Sciences Digital — and the pages for each of your products — were compiled from publicly available materials. We take care to get it right, but nobody knows Berkeley Madonna the way you do, and some of what visitors read today may be out of date or wrong. Claiming the profile lets you correct it directly.
Company description
Berkeley Madonna is a general-purpose differential equations solver developed for modeling and analysis of dynamical systems. The software provides a graphical interface that allows users to construct complex mathematical models using symbols rather than writing equations directly, making it accessible to researchers and professionals across a wide range of scientific disciplines.
The platform is used in academic, research, and professional settings, with documented applications spanning cellular biology at UC Berkeley, HIV gene expression research at UCSF and the Gladstone Institute, battery performance modeling for the European Space Agency's Mars Express spacecraft, and conservation biology work at Conservation International.
Version 10 Highlights
- Runs 2–5 times faster than previous versions, with support for large, memory-intensive models
- 64-bit architecture enabling handling of larger model sizes
- Compatible with macOS Catalina and later, including Apple M1 and M2 chips
- Compatible with current and planned Windows operating systems
- Free upgrade for all existing version 9 users
- A published tutorial paper describing new features in version 10, including construction of a classic PBPK model, is available as a free download
Core Capabilities
- Intuitive graphical interface with toolbar icons for building models; equations are written automatically as the model is constructed
- One-click execution that solves equations and plots results immediately
- Automatic graphing of results with interactive sliders for exploring the effect of changing parameter values
- Additional visualization tools including parameter plot and fast Fourier transform
- Support for multiple integration schemes to solve ordinary differential equations (ODEs), difference equations, and discrete simulations
- Curve fitting interface for extracting parameter estimates from data
- Batch runs functionality for plotting results across a sweep of parameter values
Licensing and Deployment
- Available in three license tiers: Education, Academic, and Professional
- Desktop software compatible with both macOS and Windows platforms
Berkeley Madonna is developed at UC Berkeley and serves a broad user base ranging from students and academic researchers to professional scientists in fields including pharmacokinetics, space science, virology, and ecology.
AI-generated · replace with your own
Every part of your profile.
Your company page and every software page attached to it. Nothing is held back — a premium profile includes all of it.
Accuracy
Your own descriptions
Replace the AI-generated summary with your own words — for your company and for every product you list.

Discovery
Classification & search
List your software under up to three domains and subdomains, and appear in search as a company, not only as a product.

Evidence
Case studies
Published outcomes with images and links to the full write-up. Add as many as you need, edit them anytime.

Product
Image gallery
Screenshots of the actual interface, in a gallery visitors can open full-size.

Next step
Call-to-action
A dedicated block that sends visitors where you want them — a demo, a trial, or a contact form.

And more:
Basic listing vs premium profile
There are no tiers. Everything below is included with a premium profile, across your company page and every software page attached to it.
Basic
Premium
Basic
Premium
Basic
Premium
Basic
Premium
Basic
Premium
Basic
Premium
Basic
Premium
Basic
Premium
Basic
Premium
Basic
Premium
Basic
Premium
Basic
Premium
Basic
Premium
Basic
Premium
Basic
Premium
Basic
Premium
Three steps away.
01
You reach out
Fill in the form below with a few details about your company.
02
We talk
A short call or an email thread, whichever you prefer. We answer your questions and agree on the details.
03
You get access
We set up your login. From there you can edit everything and publish when you are ready.
Ready to claim the Berkeley Madonna profile?
Send a short note and we will get back to you.