XDemics is Fundamentally Improving The WayCells Are Grown
Slashing timelines and costs
Vastly accelerating biomedical innovation
From the lab bench to industrial-scale production
Our Patented Technology:
High Density Cell Respiration™
AT THE LAB BENCH
Its influence soars from gaining a better understanding of the building blocks of life to breakthrough innovations in therapeutics, including cutting-edge cell & gene therapies, ultimately reducing their production costs by 80-90%.
95% reduced hands-on time
25X improvement in productivity
Significant reduction in space
IN THE PRODUCTION FACILITY
HDCR™ enables unprecedented quality,
yields, and efficiency. Our technology drives
innovation, streamlines workflows, and
dramatically reduces costs across biomedical R&D.
80% cost decrease of cell and gene therapies
Achieves cost-parity with biologics
Making life-changing treatments accessible
Addressing a
Key Bottleneck
Poor oxygen transfer is a major bottleneck in cell growth at all scales, limiting yield, quality, efficiency, and reproducibility. XDemics overcomes this challenge by ensuring optimal oxygenation, enabling cells to reliably thrive at densities 10-100X higher than traditional methods
dishes, T-flasks
bioreactors
XDemics’ innovation combines a gas-permeable membrane with an exclusive geometric design to create ideal replicative niches for cells to grow. This unique system ensures high-density cell growth while maintaining quality, scalability, and efficiency across research and industrial applications.
A Smarter Way to Grow Cells
Conventional polystyrene Petri dish or T-flask
Expansify™ plate or tray
0.25M cells / 24-well plate
8M cells / 24-well plate
Massive expansion of human cells
50,000 K-562 cells were seeded at Day 0, cells were expanded over 9 days in an Expansify™24-well plate. 9 million cells were harvested at >95% viability.
Day 1
Day 2
Day 3
Revolutionizing Cell Growth–Scaling Beyond Limits
Traditional cell culture methods are limited in scale and efficiency. With our breakthrough technology, we’ve expanded cell growth capabilities far beyond conventional limits. This graph illustrates the massive difference in viable cell yield over just 7 days in a single well of a 24-well plate.
True scalability
Identical geometry and environment from a 24-well plate to 50L bioreactor
Precise & linear scaleup creates streamlined, simplified
process optimization with decreased risk, improved quality & control
True Scalability
Identical geometry and environment from a 24-well plate to 50L bioreactor
Precise & linear scaleup creates streamlined, simplified process optimization with decreased risk, improved quality & control.
Our Team
The people committed to advancing our innovative technology platform–from the laboratory bench to the production facility
Christopher Thanos, PhD
Colin Cook, PhD
Kurt Yanagimachi, PhD
Nicholas Scianmarello, PhD
Austin Santiago
Armando Santiago
Hai Li, PhD
Gabriel Zwillinger
Bryan Cheung, CPA
Sven Lee
Jeffrey Mays, MA
Sheriese Rush, MBA
Nicole Bergman Fong, JD
Katie Chudnovsky
Jennifer Shockro
Robert Baffi, PhD
Yuman Fong, MD
YC Tai, PhD
Stewart Craig, PhD
Adam Prime
Contact us
If you're interested in purchasing or learning more about our products, please drop us a line!