ResearchSat -- Satellites for Life-Sciences. ResearchSat develops CubeSat payloads capable of Life-Sciences reseach in space.

A Pioneering Suborbital Mission

Mission S1X-3/M15 | Nov 2022 | Esrange Space Center

In November 2022, ResearchSat embarked on a groundbreaking mission from the Esrange Space Center in Sweden. Collaborating with the Swedish Space Corporation (SSC), we successfully launched our ADI-Alpha payload into suborbital space, marking a significant milestone in our journey.

Key Details & Recovery Operations:

Launch Site: Esrange Space Center, Sweden
Microgravity Duration: Approx. 6 minutes
Flight Altitude: Estimated max altitude of 250 km
Microgravity Level: < 10^-6 g during microgravity phase
Recovery: Operations were carried out on the same day as the flight, with payload retrieval conducted by helicopter.

This mission is a testament to our dedication to advancing space biology research, showcasing our ability to execute complex logistics and recover valuable scientific payloads safely and efficiently. It highlights our potential to open new frontiers in life science research, potentially leading to breakthroughs that can transform our understanding of biology and medicine.

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Your partner for end-to-end Space Biology Research

From tailor-made satellite payloads to a range of space mission types to provide a seamless, end-to-end Space Research Solutions

Satellite Payloads

Innovative Payload Solutions for Life-Changing Discoveries with custom payloads tailored to your unique space biology research needs

Payload Type
R&D Interest
Microbe Culture
AMR Research
Protein Crystallization
Novel Drug
Double Emulsion
Drug Delivery
Cell Culture
Bioreactor

Space Missions

Space missions tailored to your research objectives with a choice from a range of mission durations and types to best suit your space biology research"

Mission Type
Duration
Atmospheric Misssions
- 9 sec
Sub-Orbital Missions
- 9 min
Orbital Missions
- 9 weeks
ISS Missions
- 9 months

Medical Research with Our Satellite Payloads

Our range of customized payloads for in-depth Space Medical Research.

At ResearchSat, we believe in the transformative power of space to revolutionize our understanding of life sciences and its potential applications.

Microbe Culture for AMR (Antimicrobial Resistance) Research

Unearth new frontiers in combating drug resistance.

Microbes behave differently in space, and understanding these changes can be pivotal to addressing the pressing issue of antimicrobial resistance on Earth. Our Microbe Culture payloads:

Offer robust containment systems, ensuring safety and preventing contamination.
Are equipped with advanced monitoring systems to track microbial growth and behavior in real-time.
Open the door to innovative approaches for understanding and potentially mitigating AMR.

Potential Applications: Enhanced understanding of microbial behavior, new antimicrobial agent development, breakthroughs in the combat against drug-resistant strains.

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Protein Crystallization for Novel Drug Discovery Research

Experience unparalleled clarity in protein structure elucidation.

Microgravity provides an environment where proteins can crystallize with fewer imperfections, offering a clearer window into their structures. Our Protein Crystallization payloads:

Ensure slower, more ordered crystal growth, leading to higher-resolution structures.
Are versatile, accommodating a range of crystallization techniques.
Next generation apparatus for your research
Facilitate the discovery of novel protein structures, speeding up the drug discovery process.

Potential Applications: Development of new therapeutic agents, insights into enzyme mechanisms, advanced studies of protein-ligand interactions.

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Double Emulsion for Drug Delivery Research

Innovate the next generation of drug delivery systems.

Understanding the intricate dance of double emulsions in microgravity can revolutionize drug delivery methods. Our Double Emulsion payloads:

Provide specialized chambers to produce and monitor double emulsions in real-time.
Allow researchers to study the stability and behavior of double emulsions in space conditions.
Lead to the development of more effective, targeted drug delivery systems.

Potential Applications: Novel drug delivery mechanisms, enhanced therapeutic efficacy, targeted disease treatments.

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Cell Culture for Disease Modelling and Developing Space Bioreactor

Pioneer the next era of disease research and biotechnology in space.

Studying cells in space offers unparalleled insights into disease processes and bioreactor development. Our Cell Culture payloads:

Are equipped with state-of-the-art systems to maintain and monitor cell health and behavior.
Provide insights into how microgravity affects cell differentiation, proliferation, and metabolism.
Facilitate the development of space bioreactors, unlocking new avenues in biotechnology.

Potential Applications: Advanced disease modeling, innovative therapeutic approaches, development of space-optimized bioreactors.

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Why Choose ResearchSat Payloads?

Space: the final frontier for pioneering medical research.

Our payloads are more than just containers; they're cutting-edge tools designed to optimize your research outcomes. Collaborate with us to leverage the untapped potential of space in your next project.

Harness the Power of Space in Your Research Today