Ascorbic Acid

Oral half-life: 24.4 hours (30 minutes at concentrations ≥70uM [calculated to 2.34 mg/kg]) source source
Absorption half-life: 0.78 hours
Tmax: 2.1 hours source
Estimated tmax with high concentration dose: 0.89 hours
Volume of distribution: 0.19 mg/kg/L source
Bioavailability: 50%–90% (dose-dependant) source

Baseline plasma concentration is 65 umol/mL (calculated to 2.18 mg/kg [2.42 mg/kg adjusted for bioavailability]) source

Maximum concentration via oral administration: 220 micromol/L (calculated to 7.36 mg/kg)

Maximum concentration via IV administration: 26,000 micromol/L

Decreases urinary pH by 0.58 source
Renal threshold (excess is excreted unchanged): 1.4 mg/100 mL (calculated to 2.66 mg/kg) source

Diphenhydramine

Half-life: 8.4 hours
Volume of distribution: 4.5 L/kg
Clearance rate: 6.2 mL/min/kg
Tmax (oral): 2.3 hours
Absorption half-life: 33 minutes
Oral bioavailability: 72%


Source:
  • https://pubmed.ncbi.nlm.nih.gov/3760245/

Cephalexin

Plamsa half-life: 37 minutes
Volume of Distribution: 0.23 L/kg
Clearance Rate: 4.3 mL/min/kg
Tmax: 1 hour
Bioavailability: 90%
Plasma Protein Binding: 15%
Absorption half-life: 47 minutes

https://www.sciencedirect.com/topics/chemistry/cephalexin

High Precision Z-score Table (8 Sigma)

Z-score table in PDF format: https://drive.google.com/file/d/1Y2dJiLjhZ7e_25y9Lyuq3ADN6CNir9iu/view


Here is a list of just a few of Z-scores, but the PDF shows a range from -8.17 to +8.17


Z-score P value
-3.00 0.001345
-2.75 0.002980
-2.50 0.006210
-2.25 0.012224
-2.00 0.022750
-1.75 0.040059
-1.50 0.066807
-1.25 0.105650
-1.00 0.158655
-0.75 0.226627
-0.50 0.308538
-0.25 0.401294
0 0.500000
0.25 0.598706
0.50 0.691462
0.75 0.773373
1.00 0.841345
1.25 0.894350
1.50 0.933193
1.75 0.959941
2.00 0.977250
2.25 0.987776
2.50 0.993790
2.75 0.997020
3.00 0.998650
3.25 0.999423
3.50 0.999767
3.75 0.999912
4.00 0.999968
4.25 0.999989
4.50 0.999997
4.75 0.999999
5.00 0.9999997133484281

Calories Burnt Calculator











Formula:
MET at rest = 1
HRnet = HR - HRrest
MET = 0.05 * HRnet + 2
Calorie(s) = (MET * kg * 3.5) / 200 * minutes