📊 Removal Estimates

Estimates based on drug properties and standard treatment parameters.

🩸

19.4 mL/min

Poorly Dialyzable

Minimal removal expected. Half-life: 100 minutes. No supplementation needed.

Data Used:
✅ protein_binding, molar_mass, mw_factor, vd, vd_factor, half_life

Free fraction: 0.09 Mw factor: 1 Vd factor: 1 Hl factor: 0.8 Half life: 100 minutes Half life category: Short (1-4h)

🫀

1.2 mL/min

Low PD Clearance

Minimal removal expected. No supplementation needed. Half-life: 100 minutes.

Data Used:
✅ protein_binding, molar_mass, half_life

Free fraction: 0.09 Half life: 100 minutes Half life category: Short (1-4h)

🔄

High Risk

High protein binding and small Vd. Monitor levels and consider supplementation.

Data Used:
✅ protein_binding, vd, half_life

Half life: 100 minutes Half life category: Short (1-4h)

🧪

High Effectiveness

Excellent candidate for hemoperfusion. Effective in overdose situations. Rebound expected.

Data Used:
✅ vd, half_life

Half life: 100 minutes Half life category: Short (1-4h)

Modality	Clearance/Value	Half-Life	Classification	Data Quality
Hemodialysis	19.4 mL/min	100 minutes	Poorly Dialyzable	Complete Data
Peritoneal Dialysis	1.2 mL/min	100 minutes	Low PD Clearance	Complete Data
Plasmapheresis (TPE)	High Risk	100 minutes	N/A	Complete Data
Hemoadsorption	High Effectiveness	100 minutes	N/A	Complete Data

Hemodialysis: Estimates based on high-flux dialyzer (urea clearance 270 mL/min), Qb 300 mL/min, 4-hour session.
Peritoneal Dialysis: Estimates based on CAPD (Continuous Ambulatory Peritoneal Dialysis).
TPE: Risk assessment based on protein binding and volume of distribution.
Hemoadsorption: Effectiveness based on volume of distribution. Most effective for drugs with Vd < 0.2 L/kg.
Data Quality: Estimates with missing data use default assumptions. Consider adding missing data for more accurate predictions.
Clinical Note: These are descriptive estimates only. Always consult clinical guidelines and monitor drug levels when available.