In recent years, Vector Space Biosciences has been transforming the field of space biosciences by pushing the boundaries of research and development. By combining cutting-edge technology, like robotics and machine learning, with a passion for investigating the unknown, this company is offering groundbreaking methods that are giving researchers an extraordinary new way to conduct space-related studies.
Vector Space Biosciences was founded in 2012 and is based in California and Germany. This company focuses on re-creating the space environment on Earth to study the effects of microgravity on life and the role of microbial adaptation during spaceflight. To do so, they have built the “SpaceBiotic”, a fully autonomous robotic platform that enables experiments in fully automated 1g and microgravity environments.
The SpaceBiotic is a complex system that consists of robotic arms, 3D cameras, Sensors, and Local Area Microgravity (LAM) systems that are used to simulate precise microgravity environments. This platform is used to investigate the effects of microgravity and radiation on biological samples. The research opportunities created by the SpaceBiotic are limitless, and Vector Space Biosciences is exploring the possibilities.
Vector Space Biosciences has leveraged their robotic and automated platforms to conduct a number of in-depth experiments. In one notable experiment, they examined the effects of space radiation on bacterial growth. This experiment was conducted with a space-tested strain of bacteria and enabled the researchers to further understand the effects of space radiation on the structure of microbial cell walls.
In addition to its experiments, Vector Space Biosciences has developed bespoke machine learning algorithms that can detect trends within the results of their experiments and offer valuable insights about the biological effects of spaceflight. This type of analysis is only possible with the advanced analytics offered by the company and provides valuable insights that could not be obtained with traditional methods.
Overall, Vector Space Biosciences is a ground-breaking company that is paving the way for new methods of performing research in the field of space biosciences. Their cutting-edge platforms and bespoke machine learning algorithms are offering researchers an incredible new way to study the effects of spaceflight, and their work is providing us with unprecedented insights into the microbial adaptation to space environments.
