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Glutamine
Lactate
Glucose
Osmolality
pO₂
Temperature
Agitation speed
Impeller torque
Head‑space pressure
pCO₂
pH & dissolved O₂
Glutamine
Lactate
Glucose
Osmolality
pO₂
Temperature
Agitation speed
Impeller torque
Head‑space pressure
pCO₂
pH & dissolved O₂
Glutamine
Lactate
Glucose
Osmolality
pO₂
Temperature
Agitation speed
Impeller torque
Head‑space pressure
pCO₂
pH & dissolved O₂
Cell morphology
Automated microscopy
Cell size
Cell density
Organic‑acid panel
Amino‑acid panel
Oxygen mass‑flow rates
Cell viability
Air mass‑flow rates
Ammonia
Cell morphology
Automated microscopy
Cell size
Cell density
Organic‑acid panel
Amino‑acid panel
Oxygen mass‑flow rates
Cell viability
Air mass‑flow rates
Ammonia
Cell morphology
Automated microscopy
Cell size
Cell density
Organic‑acid panel
Amino‑acid panel
Oxygen mass‑flow rates
Cell viability
Air mass‑flow rates
Ammonia
Upstream optimization is buried in spreadsheets
Tedious data wrangling
Upstream data lives in fragmented spreadsheets and lab notebooks, making it hard to trace, visualize, or compare runs across instruments, experiments, and time points.
Trial, error and repetition
Teams repeat experiments not by choice, but because past attempts and outcomes aren't easily searchable or visualized, making it difficult to learn from what’s already been tried.
Variability across batches
Small changes like media lot or temperature shifts can tank yield. But without real-time visibility, teams only catch it after it's too late to fix or replicate.
Centralized intelligence for upstream bioprocessing
One interface. All your data.
BioRaptor integrates upstream bioprocessing data from across equipment, sensors, and manual logs into one system. It automatically harmonizes inputs so teams can search, visualize, and compare runs with just a few clicks.
Compare what matters
From glucose consumption to pH to dissolved oxygen, BioRaptor enables users to compare runs based on any parameter or outcome. Scientists can instantly isolate which variables impacted performance and build smarter hypotheses.
Faster answers, better yield
With BioRaptor, teams can go from hypothesis to insight in seconds. No more stitching together data across dozens of Excel files. Instead, they can focus on refining the recipe, reducing the number of runs, and getting to scale faster.
What BioRaptor Can Do for Your Bioprocess
Higher yields
Faster optimization
Improved reproducibility
Early detection
Reduced waste
Deeper insights
Accelerated transfer
Centralized knowledge
Our team’s scientific expertise in design of experiment (DoE) methodology and statistical analysis, complemented by BioRaptor’s AI-driven solution, allow us to better understand the interactions between various process inputs and conditions. With the large data we generate, this capability accelerates the development of robust and scalable processes for cultivated meat.
Sagit Shalel-Levanon
Senior Director of Process Development, Aleph Farms
