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Lior Gapstein

Creating a model of atrial fibrillation in the engineered atrial tissue, and mapping the electrical activity in this model. In the left column, a disturbance resulting from the formation of "rotors" is shown, and in the right column - the cessation of the disturbance and a return to a normal rhythm through the use of existing and new drugs. Photo: Nitzan Zohar, Technion Spokesperson

XNUMXD engineered heart tissue that will be used to personalize drugs and develop new treatments

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Prof. Lior Gepstein, courtesy of Rambam spokespersons

Heart cells grown from induced stem cells will serve as a model for testing the effect of drugs to balance heart rhythm

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Professor Lior Gepstein. Photo: Technion spokespeople

Israeli-Canadian development: a new biological pacemaker

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Professor Lior Gepstein. Photo: Technion spokespeople

The illuminated heart - researchers have demonstrated the possibility of timing and resynchronizing the disrupted heart rhythm using a beam of light as a replacement for an electric pacemaker

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Prof. Lior Gepstein, courtesy of Rambam spokespersons

The Technion researchers for the first time turned patients' skin cells into heart muscle cells in order to repair a damaged heart

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Excerpt from the logo of the science site. PR photo

"If there is one generation in which excellence is not promoted, it is lost and the wisdom of the previous generation is lost"

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Excerpt from the logo of the science site. PR photo

The Technion and Rambam researchers succeeded for the first time in inducing the differentiation of induced stem cells into heart cells

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Excerpt from the logo of the science site. PR photo

Researchers at the Technion created heart tissue from fetal cells

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