R&D | Dascena

Research and Development

Acute kidney injury: High-performance KDIGO 2-3 prediction using basic vitals, without reliance on serum creatinine.

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Digital twins: Neural network model that predicts stroke patient trajectories to inform clinical decision-making or provide virtual control arms for clinical trials.

GI bleed: Prediction of GI bleed requiring intervention during inpatient stay using demographic and vitals data from 2 hrs after admission.

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Transfer learning: Site-specific performance improvement using transfer learning techniques with small amount of site data, outperforming MEWS in mortality prediction.

COViage: Identifies adult COVID-19 patients at risk of respiratory decompensation or hemodynamic instability during hospital stay. 

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Racial bias: Mortality prediction algorithm trained on specially pre-processed data achieved greater accuracy and lower equal opportunity difference (EOD) over MEWS, APACHE, and SAPS-II.

Acute respiratory distress syndrome: Improved disease prediction using semi-supervised learning or recurrent neural networks.

Stroke: Enhanced population selection for interventional studies by predicting with patient risk of stroke in next 12 months.

Focus Areas

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Sepsis

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Pulmonary

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Infectious Disease

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Renal

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Machine Learning Methods

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Cardiovascular

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Gastrointestinal

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Oncology

Interested in collaborating?