Aim and objectives

This project aim at producing a prototype course for biomathematics, borrowing from what already exist the good points, and incorporating new insights; biomathematics is an ever-increasing research area. The course will be designed and developed in contact with the potential public, using the feedback to change the course content; likely by internet and then by classroom-like courses. We intend to "crash" (summarize, systematize) in a single course the commonplace, cornerstones, from several areas of biomathematics, e.g. systems biology, mathematical biology, bioengineering, in a single picture. We shall make use of already-existing literatures, in order to render it easier for participates to go on, which is the target of the course, give an initial-easy impulse to several groups interested in biomathematics. We shall produce videos initially, make them available by internet, and see the response. Should you get interested, do not hesitate to give feedback at any stage.

Encontro nacional sobre modelagem da covid

Thursday, December 19, 2019

Métodos matemáticos em medicina e biologia (Sessão temática)


Coordenador(es) da sessão: Jorge Guerra Pires, XXXXXX, YYYYYYYY, ZZZZZZZZZZ
Público-alvo: recém doutores e doutorandos.




Monday, July 8, 2019

III International Course on Theoretical and Applied Aspects of Systems Biology - 2019

https://systemsbiology.org/about/what-is-systems-biology/

Systems Biology is a rapidly expanding field and comprises the study of biological systems through mathematical modeling and the analysis of large volumes of biological data. 

Thursday, February 7, 2019

Join us on our Whatsapp Group!

Should you want to join us on our Whatsapp Group, please, message us on:  +55 31 98862 4279
Link: enter.

Thursday, October 25, 2018

Data Science and Biomathematics: an introduction to mathematical modeling applied to biological systems with Matlab


Mathematical models applied to biological systems have been exploited extensively lately in medical and biological sciences. Furthermore, mathematical models can be built from "scratch" (i.e., bottom-up approaches, also known as "white box") or from "data" (i.e., top-down approaches, also known as "black box"). Mathematical models can be used to making sense of data, similar to machine learning-like approach are employed, with the additional advantage of having a better understanding of the system mathematically. Top-down approaches in mathematical models applied to biological systems are represented by tools such as neural networks, whereas the bottom-up approaches are represented by tools such as differential equations.

On this short-course you shall learn the basics of mathematical models applied to biological systems, how it can be used to interpret/exploit experimental data, as a possible alternative to well-known methodologies for data science.

Pre-requisites: it might be interesting if the audience has basic programming skills;
Software used: Matlab and SimBiology

You may want to see https://www.youtube.com/watch?v=2lTp6zLMgQI for Matlab and https://www.youtube.com/watch?v=1kGvq8vABvw for simbiology. Symbiology is a software inside Matlab, similar to Simulink.



See the event.

Thursday, August 10, 2017

Workshop on Computational Intelligence and Biomathematics

1st CIBio-2017

Dear all,

We shall have soon the 1st CIBio, an attempt to gather biomathematics and computational intelligence in a single place. 

If you are working with computational intelligence and biomathematics at the same moment, or have interest to know more about, this workshop, in its first edition, might be a nice starting point. 

The workshop shall happen alongside the Brazilian Congress of Computational Intelligence 2017

For more, see.