Infineo Space

Infineo Space

Home
Innovation
Strategy
Investing
Case Studies
Concepts
About

Microgravity Research

Microgravity Pre-Clinical Oncology Workflows [Strategy]
While Conventional workflows remain the bedrock of standard drug development, the emergence of Hybrid and Microgravity-Maximal strategies could…
 • Mandeep Metharu
Oncology Simulated Microgravity Experiments [Strategy]
With orbital launch slots at a premium, a strategic priority is on Pre-Flight De-Risking.
 • Mandeep Metharu
Oncology Pre-clinical Microgravity Experiments [Strategy]
How biopharma innovators have an opportunity to leverage the microgravity environment to solve the most stubborn “trafficking” and “penetration…
 • Mandeep Metharu
Bioprinting Products in Microgravity [Innovation]
This article outlines five high-value tissue types being researched in microgravity ranging from the delicate layers of the human retina to the complex…
 • Mandeep Metharu
Microgravity for Stem Cell Research [Innovation]
By removing gravity, researchers can grow massive volumes of high-purity cells that remain “stem-like” longer than their Earth-bound counterparts,
 • Mandeep Metharu
Commercializing Space Plant Breeding [Strategy]
To maximize the Return on Investment (ROI) of an orbital mission, researchers may choose to focus on “Strategic Staples” and “High-Value Specialty…
 • Mandeep Metharu
Seed Mutagenesis Research in Space [Innovation]
Space could acts as a “Genetic Particle Accelerator,” utilizing the natural high-energy flux of LEO (Low Earth Orbit) to bypass the biological repair…
 • Mandeep Metharu
Glioblastoma Experiment Design for Microgravity [Strategy]
This article outlines high-level experiment design considerations for oncology research in microgravity, specifically targeting brain tumors.
 • Mandeep Metharu
Microbial Research in Microgravity [Innovation]
Because microbes grow faster, become more virulent, and develop unique physical structures in space, they provide a compressed timeline for drug…
 • Mandeep Metharu
High-throughput Screening (HTS) in Microgravity [Innovation]
Space-Based HTS leverages microfluidics and scaffold-free 3D cellular self-assembly to achieve higher biological fidelity than on Earth.
 • Mandeep Metharu
Microgravity CRISPR experiments for Sarcopenia [Strategy]
This analysis explores how moving R&D to orbit allows CRISPR therapeutics to evolve from trial-and-error into a discipline of deterministic engineering.
 • Mandeep Metharu
Microgravity CRISPR research for Sarcopenia [Strategy]
We may be moving toward a world where a single, personalized injection could immunize a patient against muscle atrophy for years.
 • Mandeep Metharu
© 2026 Mandeep Metharu · Privacy ∙ Terms ∙ Collection notice
Start your SubstackGet the app
Substack is the home for great culture