Optimizing Biological Processes
By providing a dynamic perspective on cellular behavior and interactions at scale, Temporal Cytomery opens up new avenues for research across diverse applications.
Fundamental Biological Research
Explore the Unexplored
Pose new research questions, explore uncharted territories in cell biology, and advance fundamental research by decoding complex cellular mechanisms and interactions.
Go Beyond Snapshot Data
Watch the full story unfold with temporal single-cell analysis at scale. Understand the 'why' and 'how' behind biological processes by moving beyond static snapshots to a dynamic view of cellular behavior.
Bio-Production & Foodtech
Process Optimization
Temporal Cytometry provides a detailed view of cell line morphology and metabolic dynamics, enabling data driven process optimization
Real-time Cell Line Monitoring
Continuously track your cell lines' health and productivity, ensuring stability and minimizing the risk of batch failures for unparalleled operational efficiency.
Drug Development
Identify Mechanism of Action
Understand causality and mechanism of action
Predict Resistance
Identify escape variants to reveal the cellular response to drugs over time and predict resistance patterns.
Patient Stratification for Clinical Trials
Predict individual treatment response based on functional analysis of responses, paving the way for personalized medicine.
Testimonials
Hear from scientists, researchers, and industry leaders.
"TeraCyte has developed unique, high throughput, single cell analysis technology, important in industry, medicine, and research. Applications in industry are underway, impactful across the entire range from drug development to production.
Noble Laureate Roger D. Kornberg
TeraCyte Advisor
Professor - Stanford Medical School
“TeraCyte’s solution will enable accurate, quantitative computational models that allow one to predict how cells will respond to novel drugs and other perturbations”
Michael B. Elowitz
TeraCyte Advisor and Collaborator
CALTECH Professor of Biology, Bioengineering and Applied Physics, Bren Scholar; Investigator, Howard Hughes Medical Institute One of the founders of Synthetic Biology
“With TeraCyte you can follow each cell individually. We are cooperating with them to tackle a scientific question that currently only their system will be able to answer”
Taken from "The Marker" article
Avidor Shulman, Ph.D,
TeraCyte Collaborator
Biond Biologics LTD. Biond’s CTO since its inception.Previously Senior Director of Protein Chemistry at Protalix Biotherapeutics (NASDAQ: PLX)
“TeraCyte ability to collect high throughput dynamical data at the single cell level will revolutionize our quantitative understanding of information processing in cells, leading to new approaches for personalized diagnostic and treatment.”
Galit Lahav
TeraCyte Advisor and Collaborator
Department Chair Systems Biology at Harvard Medical School
TeraCyte has developed unique, high throughput, single cell analysis technology, important in industry, medicine, and research. Applications in industry are underway, impactful across the entire range from drug development to production.
Noble Luariate Roger D. Kornberg
TeraCyte Advisor
Professor - Stanford Medical School
“TeraCyte’s solution will enable accurate, quantitative computational models that allow one to predict how cells will respond to novel drugs and other perturbations”
Michael B. Elowitz
TeraCyte Advisor and Collaborator
CALTECH Professor of Biology, Bioengineering and Applied Physics, Bren Scholar; Investigator, Howard Hughes Medical Institute One of the founders of Synthetic Biology
“With TeraCyte you can follow each cell individually. We are cooperating with them to tackle a scientific question that currently only their system will be able to answer”
Taken from "The Marker" article
Avidor Shulman, Ph.D,
TeraCyte Collaborator
Biond Biologics LTD. Biond’s CTO since its inception. Previously Senior Director of Protein Chemistry at Protalix Biotherapeutics (NASDAQ: PLX)
“TeraCyte ability to collect high throughput dynamical data at the single cell level will revolutionize our quantitative understanding of information processing in cells, leading to new approaches for personalized diagnostic and treatment.”
Galit Lahav
TeraCyte Advisor and Collaborator
Department Chair Systems Biology at Harvard Medical School
Explore The Possibilities
What groundbreaking hypothesis can you test with the data unlocked by Temporal Cytomery? Let's explore the possibilities together. Connect with us to learn more.
