ASCP MLS Calculations
% Reticulocytes - ANS-(# of reticulocytes counted consistent with 1000 RBCs/one thousand) x
one hundred
Absorbance - ANS-2 - logp.CT
Anion Gap - ANS-[Na+] + [K+] - [Cl-] + [HCO3-]
Beer's regulation - ANS-A = abc
a = absorbance
b = direction period
c = concentration
Celsius to Fahrenheit - ANS-(nine/5 tiers C) + 32
Coefficient of Variation - ANS-(Standard Deviation/Mean) x one hundred
Concentration calculations - ANS-(C1) (V1) = (C2) (V2)
Concentration of unknown - ANS-(attention of general)(absorbance of unknown)/absorbance of
preferred
Corrected WBC Count - ANS-(Automated WBC matter x one hundred) / (NRBC according to
100 WBCs) + a hundred
Creatinine clearance - ANS-((UV)/P) x (1.Seventy three m2 / body floor region of patient from
nomogram)
Dilution Formula - ANS-Sample Volume / (Sample Volume + Diluent Volume)
Efficiency - ANS-((TP + TN) / (TP + FP + FN + TN)) x 100
F check - ANS-(large variance/smaller variance)
Fahrenheit to Celsius - ANS-(degrees F - 32)(five/nine)
Hemacytometer - ANS-# cells/mm^3 = # cells counted x intensity x dilution thing / overall place
covered
Henderson-Hasselbalch equation - ANS-pH = pKa + log[A-]/[HA]
% Reticulocytes - ANS-(# of reticulocytes counted consistent with 1000 RBCs/one thousand) x
one hundred
Absorbance - ANS-2 - logp.CT
Anion Gap - ANS-[Na+] + [K+] - [Cl-] + [HCO3-]
Beer's regulation - ANS-A = abc
a = absorbance
b = direction period
c = concentration
Celsius to Fahrenheit - ANS-(nine/5 tiers C) + 32
Coefficient of Variation - ANS-(Standard Deviation/Mean) x one hundred
Concentration calculations - ANS-(C1) (V1) = (C2) (V2)
Concentration of unknown - ANS-(attention of general)(absorbance of unknown)/absorbance of
preferred
Corrected WBC Count - ANS-(Automated WBC matter x one hundred) / (NRBC according to
100 WBCs) + a hundred
Creatinine clearance - ANS-((UV)/P) x (1.Seventy three m2 / body floor region of patient from
nomogram)
Dilution Formula - ANS-Sample Volume / (Sample Volume + Diluent Volume)
Efficiency - ANS-((TP + TN) / (TP + FP + FN + TN)) x 100
F check - ANS-(large variance/smaller variance)
Fahrenheit to Celsius - ANS-(degrees F - 32)(five/nine)
Hemacytometer - ANS-# cells/mm^3 = # cells counted x intensity x dilution thing / overall place
covered
Henderson-Hasselbalch equation - ANS-pH = pKa + log[A-]/[HA]
