Advances in space technology

ADVANCES IN SPACE TECHNOLOGY:

In 2007, Dr. Lavan conducted important work with the project ESP2006-13600-C02-01:, titled «Biological Experiments in Real and Simulated Microgravity,» as part of the European Space Agency’s ELIPS-2 program. This project marked the beginning of a new era in studying how genes behave under microgravity conditions. Thanks to this breakthrough, doors were opened to revolutionary discoveries in space science.

A.1. Simulation of a microgravity machine for cell cultures:

This video presents the simulation of a microgravity machine for cell cultures. Thanks to this simulation, the power and size of the motors were determined, as well as the necessary control and power electronics. A network of sensors was also designed to monitor the cultures, along with a special plate that keeps the cells in a stable environment, preventing turbulence caused by the machine’s movement. Microgravity Simulator Video:

A.2. Microgravity machine prototype:

This video showcases the prototype of a microgravity machine designed to replicate space conditions, paving the way for new frontiers in scientific research. Microgravity Machine Video:

A.3. Microgravity machine for cell cultures – under development:

The microgravity machine for cell cultures, currently under development, is designed to provide a unique environment that simulates space conditions. This machine is integrated into a 100 kg CO2 incubator, making it ideal for scientific studies.Microgravity machine under construction (100 kg capacity)

A.4. Development of Cell Culture Platforms for Microgravity Experiments:

In its first stage, the project focuses on the design and development of cell culture plates adapted to microgravity conditions, with the aim of controlling critical processes such as turbulence, sedimentation, and diffusion gradients. These plates will allow strictly controlled environmental conditions of temperature, humidity, and carbon dioxide to be maintained, ensuring cellular stability and viability during microgravity experiments.Project Advances