Sentences with phrase «mmol creatinine»

Assuming the average person clears about 1 mg creatinine into their urine per minute (480 mg / min) and 113.12 g / mol creatinine (thus 480 mg / 1000 mg / g and divided by the molar mass, multipled by 1000 to convert mol to mmol, yielding an average excretion of 4.24 mmol creatinine in 8 hours), I calculate that just under 50 mmol TMAO / mol creatinine, as shown in Fig 2b of the Nature Medicine paper converts to 212 umol / 8 h (50 mmol TMAO / mol creatinine * 1 mol creatinine / 1000 mmol creatinine * 4.24 mmol creatinine / 8 hours * 1000 umol / TMAO / mol TMAO).

Drinking the mineral water increased significantly (P < 0.001) their urinary excretion of silicic acid (34.3 ± 15.2 to 55.7 ± 14.2 μmol / mmol creatinine) and concomitantly reduced significantly P = 0.037) their urinary excretion of aluminium (86.0 ± 24.3 to 62.2 ± 23.2 nmol / mmol creatinine).

Not exact matches

They're below; — Haemoglobin 115 / gL (normal range listed as 130 - 175)-- RBC 3.48 x10e12 / L (optimal range 4.30 — 6.00)-- HCT 0.34 L / L (optimal range 0.40 — 0.50)-- Creatinine 45 umol / L (60 - 105) Other readings which may be relevant; — eGFR > 90 mL / min / 1.73 m2 — HbA1c 37 mmol / mol (< 41)-- B12 297 pmol / L (170 — 600)-- Folate 34.6 nmol / L (5.0 — 45.0)-- Cholesterol 6.0 (< 5) Triglycerides 0.7 (1.00)-- LDL 3.0 (< 3.4)-- Chiol / HDL ratio 2.3 (< 4.5)-- C - reactive protein < 1 (< 5)-- Serum Iron 19 umol / L (10 — 30)-- Transferrin 2.3 g / L (1.7 — 3.4)-- Ferritin 34 ug / L (20 — 450) TSH (Thyroid) 0.71 mIU / L (0.3 — 4.00) LIVER function tests all within optimal range Thanks for any observations you can give me, OR any pointers to (web - based?)