Leverage advanced AI to generate safe, compoundable parenteral nutrition orders directly within your EHR. Built for NICUs, backed by peer-reviewed science.
TPN2.0 connects your EHR data, applies validated AI, and enforces strict pharmacological guardrails to generate optimized nutrition orders.
Launch and operate directly within your existing EHR workflow. Orders flow back seamlessly, eliminating manual dual-entry.
Workflow EfficiencyAggregate calories and volume from all TPN, enteral, and IV sources into a single view. Set your total fluid goal and let the system balance the rest.
Fluid BalancingGet a head start with personalized daily recommendations validated on 100,000+ neonatal prescriptions. No black boxes—always understand the 'why'.
Explainable AIEvery recommendation is governed by pharmacological constraints. Automatically evaluates osmolarity, precipitation, and institutional limits.
Clinical GovernanceA seamless pipeline from your hospital's systems to a compoundable prescription.
Patient info, enteral feeds, drip lines, previous TPN, and user input for fluid goals.
Applies 100k+ prescription data patterns, checks against institutional safety measures, and generates an adjustable, data-driven formulation.
Maintain total autonomy. Adjust values safely, visualize nutritional trends, and finalize the TPN order back into the EHR.
Our core philosophy is to build tools grounded in peer-reviewed research published in leading scientific journals.
Surveying how AI predicts complications like cholestasis and reduces clinical variability, paving the way for safer, personalized neonatal feeding.
View Publication →Trained on a decade of data across 9,000+ patients. Physicians blinded to the source rated TPN2.0 recommendations higher than current best practice.
View Publication →Introducing NeonatalBERT, reading unstructured clinical notes to estimate complication risks, outperforming traditional risk scores.
View Publication →Building a deep learning morbidity index to predict serious NICU complications starting early in pregnancy.
View Publication →Schedule a demo to see how TPN2.0 adapts to your institution's specific policies and workflows.