Arrhythmic behaviour: single-cell vs tissue level Hi everyone! It’s been a while. This start of the year has been quite busy between starting new collaborations, experiments, analysis and presentations. I can’t complain though, there are many exciting things in queue! My last post was about cardiac electro-mechanics and some introduction to slice culture. I left …
by Student 
New year, New challenges! Difficult roads often lead to beautiful destinations… I am a little bit late but since It’s my first post this year : I wish you all a happy new year may you be healthy and safe the whole year through. These are difficult times for all of us but now we …
by Student 
11th of February: International Day of Women and girls in Science Women in STEM fields Last 11th of February, we celebrated International day of Women and Girls on science, day to fulfil the and to encourage the equal opportunities among genders in STEM fields. Along the years, women have improved their positions in representations, payments, …
by Arancha Carrasco 
A Better Target The Era of Non-pharmacologic Treatment Approaches for Atrial Fibrillation My research activities as a part of PersonalizeAF team mainly focus on detection and localization of regions in atria exhibiting some specific types of electrical activities or conduction patterns as we call them. We aim to develop computational tools that can robustly pinpoint …
by Student 
Making some progress Vaccination and my rotor algorithm seem to be moving on. Hello everyone! I hope you all are okay in this convulsive times. I must say that I am quite optimistic about making through this pandemic soon with all these new vaccination campaigns running in Europe. So hold on mates! The end is …
by Student 
A look into our heart How can we actually see the results we get from computer models? I am a bit late to say this, but since this is my first post of the year, here it goes: Happy 2021! The beginning of the year has been somewhat chaotic around the world, but the prevailing …
by Student 
Using Computer Models to Study the Heart II. The Electrical Analogue Patricia Martínez Díaz 1. February.2021 Welcome back! In our last post we explained that modeling is the process of using mathematical equations to describe the behavior of a system or a signal. Scientists use models to study the complex interactions between ions, channels, and intracellular …
by Student 
Rethinking the Inverse Problem of Electrocardiology Previously I have talked mostly about decision support systems, and sub-phenotypes of patients- groups of patients defined by their biomarkers, and how the identification of these groups is key to assessing what therapy will be successful. Today we will talk about a more fundamental problem which the computation of …
by Student 
New year new challenges… Fresh start after holidays.. The first month of the year has finished. I was in holidays before so there is not too much to update. Unfortunately I was not able to visit my parents in Colombia. Nonetheless,I had a nice time during Christmas and New Years eve with my girlfriend in …
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