Track glucose depletion, ATP decline, and metabolic drift throughout storage. Detect quality changes before they become critical with RBC metabolic modeling and AI-assisted alerting.
Glucose
2.8 mM
↓ 44%
ATP
1.2 mM
↓ 28%
Lactate
18.4 mM
↑ 312%
2,3-BPG
2.1 mM
↓ 53%
RoBoCop AI Alert
Glucose depletion approaching critical threshold. ATP decline rate exceeds baseline by 1.8×. Consider reviewing storage conditions for this unit.
How it works
A researcher stores a blood unit. airbc continuously tracks metabolic state, surfaces AI-generated insights, and enables remote follow-up from any device.
Run extracellular metabolite analysis on your stored blood units to establish baseline concentrations and generate the input data the platform needs.
Configure a storage scenario and run mechanistic simulations to predict how metabolite concentrations evolve over the full 42-day storage window.
The platform continuously tracks key indicators — glucose, ATP, lactate, 2,3-BPG — and RoBoCop AI flags meaningful shifts before they become critical.
Review AI summaries from the web platform or receive updates on your phone through secure messaging workflows for remote oversight.
Platform capabilities
Run ODE-based simulations of ~200 reactions across 8 metabolic pathways over configurable storage horizons.
Track glucose depletion, ATP decline, lactate accumulation, and redox state changes throughout storage.
RoBoCop AI interprets trajectory data, surfaces quality signals, and generates actionable summaries.
Explore the metabolic network structure and understand how storage affects glycolysis, PPP, and nucleotide metabolism.
AI + Remote supervision
RoBoCop AI monitors your stored units in real time, generates quality summaries when metabolic indicators shift, and delivers actionable alerts — to the web dashboard or through planned secure messaging workflows on your phone.
RoBoCop
Unit RBC-0342 alert: glucose dropped to 2.1 mM (day 21). ATP at 0.9 mM. Recommend reviewing storage conditions.
14:23
Show me the full trajectory comparison for this unit.
14:25
RoBoCop
Here is the 21-day metabolites monitoring. Lactate accumulation confirms increased glycolytic stress. Full report available on the dashboard.
14:25
Why it matters
Built on the Bordbar et al. (2015) whole-cell kinetic reconstruction of red blood cell metabolism. airbc models the storage lesion — the progressive metabolic deterioration that affects transfusion quality — and helps researchers detect meaningful shifts before they compromise the stored unit.
113
Metabolites tracked
42
Day storage horizon
~200
Reactions modeled
Join researchers and blood banking teams using airbc to follow RBC conservation with AI-assisted precision.