research organisation . We offer a compact , expandable module , similar in size to a bread packet , that serves as a fully automated lab in space “ StarLab ”. This module can seamlessly integrate with various global platforms and rockets , which can operate at 500 km Lower Earth Orbit , providing a remote-controlled microgravity environment for conducting diverse biotech and pharmaceutical experiments .
Our approach is centred around creating a miniaturised , customizable laboratory experience in space . This tailored microgravity lab is meticulously designed to align precisely with the specific requirements of each experiment . By incorporating cutting-edge microfluidics technology , we are able to shrink a wide array of experiments while also incorporating essential tools like PCR , microimaging devices , and mass spectrometry . This flexibility ensures that the lab setup is optimized for the unique demands of each experiment
Could you throw some light on the development of Lab-on-a-chip for biological applications ? What could be the possible long-term outcomes ?
Lab-on-a-chip ( LOC ) technology
“ Lab-on-a-chip ( LOC ) technology has gained significant attention and development , especially in the field of biological and medical applications .”
involves integrating various laboratory functions , such as sample preparation , analysis , and detection , onto a single microchip-sized platform . This technology has gained significant attention and development , especially in the field of biological and medical applications . It can be used to simulate an entire organ and organ system within the human body , reducing the need to test on animal models and providing accurate results . This is popularly known as Organ-on-a-chip technology . The miniaturisation of laboratory processes onto a chip-scale platform reduces the required sample and reagent volumes , lowers analysis time , and offers portability . This is especially valuable for point-of-care diagnostics and field applications . One of the most significant outcomes is the widespread adoption of lab-on-a-chip devices for point-of-care diagnostics . These devices could enable rapid and accurate diagnosis of diseases at the patient ' s bedside , in remote areas , or in resource-limited settings . A direct consequence of developing diagnostic tools is early detection and treatment of diseases .
Please tell us about your recent partnerships in India and globally ?
Vellon Space recently announced a partnership with IITM to explore the
BioTech
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