[ad_1]
According to the work collected by the specialized press, a team from the Institute for Life Sciences and Health & # 39; University & # 39; Kyoto (Japan) made significant inquiries about how cells behave in a model tissue, move the products and expand them, to facilitate the path to creating mechanical & # 39; complete organs.
Specifically, the researchers focused on the generation of & # 39; the eyes and how the spherical shape is formed.
"Although our study shows the possibility of controlling the forms of & # 39; organs made & # 39; vitro & # 39; – using the & # 39; suitable mechanical stimulations and based on predictions – techniques current still limited, "said the principal investigator of the project Mototsugu Eiraku f & # 39; statements collected by Scientific Advances.
Another of the authors, Saturo Okuda, explained that & # 39; now the leading plates per cell to modulate itself in order to generate end-organ silhouette were "uncertain".
The experts developed a system & # 39; computer simulation to calculate the formation of & # 39; tissue structures in three dimensions, which benefited virtual eye through which they can predict the process & # 39; cell formation sphere.
Based on this, and by applying it in & # 39; cells & # 39; mice, researchers have improved b & # 39; mechanical way specific points of the cells to get the expected effect of the changes in tissue form based on the forecasts.
[ad_2]
Source link
