To access publisher's full text version of this article click on the hyperlink belowEssentials Two candidate International Standards for thromboplastin (coded RBT/16 and rTF/16) are proposed. International Sensitivity Index (ISI) of proposed standards was assessed in a 20-centre study. The mean ISI for RBT/16 was 1.21 with a between-centre coefficient of variation of 4.6%. The mean ISI for rTF/16 was 1.11 with a between-centre coefficient of variation of 5.7%. SUMMARY: Background The availability of International Standards for thromboplastin is essential for the calibration of routine reagents and hence the calculation of the International Normalized Ratio (INR). Stocks of the current Fourth International Standards are running low. Candidat...
International Sensitivity Index (ISI) calibration is based on prothrombin time (PT) determinations i...
The objective was to use of a minimum number of ISI (International Sensitivity Index) to determine t...
Copyright © 2013 Mina Hur et al. is is an open access article distributed under the Creative Commons...
To access publisher's full text version of this article click on the hyperlink belowEssentials Two c...
Background: A preparation of rabbit brain thromboplastin, provisionally coded 04/162, is proposed as...
A 10 centre calibration was performed after six years to determine the international sensitivity ind...
Stocks of the International Reference Preparation (IRP) for thromboplastin, human, plain, coded BCT/...
An international collaborative study involving 20 laboratories was undertaken to evaluate the status...
Two established international reference preparations (IRP) for thromboplastins, i.e. RBT/90 (rabbit,...
A 10 centre calibration was performed after six years to determine the international sensitivity ind...
BACKGROUND: The WHO scheme for prothrombin time (PT) standardization has been limited in applicatio...
Background: It is no longer feasible to check local International Normalized Ratios (INR) by the Wor...
Aims: To compare the International Nor-malised Ratio (INR) obtained directly with the two types of W...
Background: The WHO scheme for prothrombin time (PT) standardization has been limited in application...
The International Sensitivity Index (ISI) of thromboplastins is determined by calibration using fres...
International Sensitivity Index (ISI) calibration is based on prothrombin time (PT) determinations i...
The objective was to use of a minimum number of ISI (International Sensitivity Index) to determine t...
Copyright © 2013 Mina Hur et al. is is an open access article distributed under the Creative Commons...
To access publisher's full text version of this article click on the hyperlink belowEssentials Two c...
Background: A preparation of rabbit brain thromboplastin, provisionally coded 04/162, is proposed as...
A 10 centre calibration was performed after six years to determine the international sensitivity ind...
Stocks of the International Reference Preparation (IRP) for thromboplastin, human, plain, coded BCT/...
An international collaborative study involving 20 laboratories was undertaken to evaluate the status...
Two established international reference preparations (IRP) for thromboplastins, i.e. RBT/90 (rabbit,...
A 10 centre calibration was performed after six years to determine the international sensitivity ind...
BACKGROUND: The WHO scheme for prothrombin time (PT) standardization has been limited in applicatio...
Background: It is no longer feasible to check local International Normalized Ratios (INR) by the Wor...
Aims: To compare the International Nor-malised Ratio (INR) obtained directly with the two types of W...
Background: The WHO scheme for prothrombin time (PT) standardization has been limited in application...
The International Sensitivity Index (ISI) of thromboplastins is determined by calibration using fres...
International Sensitivity Index (ISI) calibration is based on prothrombin time (PT) determinations i...
The objective was to use of a minimum number of ISI (International Sensitivity Index) to determine t...
Copyright © 2013 Mina Hur et al. is is an open access article distributed under the Creative Commons...