Nbt Method for Estimation of Glycated Hb, Its Correlation with Hba1c: Novel Cost Effective Nbt Reduction Method for Ghb Testing - Ashok Sahu - Books - LAP LAMBERT Academic Publishing - 9783838368276 - June 10, 2010
In case cover and title do not match, the title is correct

Nbt Method for Estimation of Glycated Hb, Its Correlation with Hba1c: Novel Cost Effective Nbt Reduction Method for Ghb Testing

Ashok Sahu

Price
zł 172.90
excl. VAT

Ordered from remote warehouse

Expected delivery Nov 4 - 14
Add to your iMusic wish list

Nbt Method for Estimation of Glycated Hb, Its Correlation with Hba1c: Novel Cost Effective Nbt Reduction Method for Ghb Testing

Glycated Hb estimation is a diagnostic tool, used for long and short term monitoring of glycemic status. The present book represents a study which is designed to compare and correlate modified NBT method for estimation of Glycated protein (serum fructosamine and globin bound fructosamine) with HbA1c estimated on DCA+2000 Analyzer. Which is based on immunoaglutination inhibition method, it is recommended as Gold Standard by DCCT for HbA1c testing in diabetics. But estimation of HbA1c by DCA 2000 + Analyzer is very costly, not easily available in all labs due to its high equipment and reagent cost, and its specificity to glycated hemoglobin HbA1c and not to total glycatedhemoglobin; it cannot be widely and extensively used. But the modified NBT reduction method is a cost effective, feasible, and sensitive method for the estimation of total glycated hemoglobin (Globin bound fructosamine); hence it can be used widely and extensively. This book provides a new line to cost effective diagnosis and treatment analysis particularly in developing countries. The analysis should help shed some light on upcoming research related to this field.

Media Books     Paperback Book   (Book with soft cover and glued back)
Released June 10, 2010
ISBN13 9783838368276
Publishers LAP LAMBERT Academic Publishing
Pages 64
Dimensions 225 × 4 × 150 mm   ·   113 g
Language German  

Show all

More by Ashok Sahu