#Japan #NASA #Tokyo #ISS #Nikon Instruments

Nikon’s Live Cell Observation System Selected for NASA Project

Nikon Corporation is proud to announce that its innovative live cell observation system, developed alongside its U.S.-based subsidiary Nikon Instruments Inc. (NII), has been chosen for a groundbreaking project supported by NASA. This initiative, which focuses on researching the effects of microgravity on life sciences and drug discovery, will be conducted on board the International Space Station (ISS). The research is facilitated by the Center for the Advancement of Science in Space (CASIS), the manager of the ISS National Laboratory.

Scheduled for launch in early April 2026, NASA's Northrop Grumman Commercial Resupply Services (CRS) 24 mission will transport this advanced observational microscope system to the ISS. This system is designed for careful culturing, maintenance, and observation of live cells and tissues, a significant step towards enhancing our understanding of biological processes in a microgravity environment.

Nikon's involvement with space missions dates back to the Apollo 15 mission in 1971. Since then, Nikon cameras and lenses have contributed to various NASA missions. Most recently, the Nikon Z9, a flagship model in its mirrorless camera lineup, has been utilized aboard the ISS. This impressive track record extends to the field of microscopy, where Nikon has established itself as a reliable provider of cutting-edge equipment.

In 2021, Nikon was selected for a development support project focused on the ISS, backed by CASIS with U.S. government funding. This research primarily aims to facilitate long-term visual analysis of cell behavior and biological tissue responses to pharmaceuticals within the confined environment of the ISS experiment modules.

Through this current project, the collaboration between NASA and NII has led to effective project management and a shared responsibility for developing the live cell observation system. Notably, the Nikon Experimentation Microscope in Orbit (NEMO) will be employed. This sophisticated system integrates Nikon's live cell observation capabilities with a cell culture incubator and an automated media perfusion system, both developed by BioServe Space Technologies based in Boulder, Colorado. BioServe’s technology ensures an optimal environment for cell cultures, while Nikon’s system allows for precise observation and analysis of cellular behavior in response to the unique conditions of space.

Understanding how gravity affects biological tissues is crucial for propelling future human endeavors beyond Earth. This research could also yield insights into the aging process and diseases that afflict living organisms. Hence, it has garnered significant interest from pharmaceutical companies and biotechnology firms eager to explore potential drug developments through such pioneering research.

In summary, Nikon stands at the forefront of connecting scientific innovation in space to advancements on Earth. The insights gained during this mission are anticipated to enhance life science research significantly. With the ambition to bridge the gap between space exploration and terrestrial applications, Nikon continues to underscore its commitment to scientific advancement.

Microphysiological Systems (MPS) are sophisticated 3D culture systems simulating environments within living organisms, enhancing our understanding of cellular behavior.