⚡
Kidney Analysis Real-Time
Interactive Real-Time Bio Engine
Live Micro-Nephron View
Blood
Toxin
Waste
⚠️ High Glomerular Stress
Nephrons
2,000,000
GFR
120 mL/min
Creatinine
1.0 mg/dL
Serum [K+]
4.2 mEq/L
🎛️ Physiological Controls
1:1 Real Time Engine
95 mmHg
90 mg/dL
2300 mg/day
1.0 g/kg/day
100%
0 mg/day
0 cigs/day
0%
📊 Differential Matrix Evaluator
Glomerular Press. (P_gc):
0 mmHg
Oncotic Press. (π_gc):
0 mmHg
Net Pressure (ΔP - Δπ):
0 mmHg
Affer/Effer Resist. (R_A / R_E):
1.00 / 1.00
Real-Time Loss (dN/dt):
0 nephrons/sec
RAAS Hormone Status
Baseline (1.0x)
Single Nephron GFR
60 nl/min
📜 Differential Engine State Array
Size: 0/10| Time | BP | P_gc | Nephrons | GFR | Creatinine | [K+] |
|---|
📘 Simplified Kidney Science Guide
1. Fluid Pressure & Filtering
SNGFR = Kf * Net Filter Pressure
High blood pressure pushes fluid into the filter. If pressure drops too low, filtering stops.
2. Valve Squeezing (Afferent Pipe)
R_A = Normal Clamp * Drug Factor
The kidney tightens incoming blood vessels to protect filters from high pressure. NSAIDs over-tighten this pipe.
3. Filter Destruction Speed
dN/dt = Base Loss + High Pressure + Sugar Loss
Overworked filters break over time. High blood sugar and high pressure speed up filter loss.
4. Toxin Build-Up
dC/dt = Protein Intake - Kidney Removal Rate
When filters die, toxic muscle waste (creatinine) and potassium build up in the blood stream.