The feasibility of isoelectric focusing (IEF) to determine hemoglobin S (HbS) at a faster turn-around-time and to resolve the HbS and hemoglobin A (HbA) in presence of high concentrations of hemoglobin F (HbF) is evaluated. The IEF procedure is faster, and the results can be obtained in less than 45 minutes. The resulting data are comparable to gel electropho resis. It is a superior procedure in resolving both HbS and HbA in the presence of high HbF and, therefore, a desirable technique to use for infants and children. Further, IEF is simpler than the gel electrophoresis, relatively inexpensive, easily adaptable for routine use, and suitable for “stat ” conditions
Radial immunodiffusion techniques for hemoglobins F and AZ are de-scribed. Both techniques compare f...
A 25 μL analytical glass syringe has been used for isoelectric focusing (IEF) utilizing the stainles...
A method is presented for identification and quantitation of abnormal hemoglobins. Electrophoretic f...
London, has screened neonates for hemoglobinopathies, using the established manual technique of isoe...
As an alternative to the recently proposed screening for \u3b2-thalassemias by isoelectric focusing ...
Human globin chain separation, a key procedure in the study of hemoglobinopathies, is routinely perf...
We describe three basic modifications of our previous method for thalassemia screening by isoelectri...
Summary: We present a new method for analysis of haemoglobin variants in immobilized pH gradients. T...
Glycosylated haemoglobin was measured in venous blood samples and in blood collected in 'Unistep' bo...
A new method for antenatal diagnosis of thalassemias is reported based on the analysis of the major ...
A modified type of isolectric focusing has been applied successfully to the separation of hemoglobin...
OBJECTIVE: To investigate the predictive accuracy of using a combination of the high pressure liquid...
A method is described for separating haemoglobin (Hb) E (beta 26 Gly----Lys) from Hb A2 (a normal mi...
We describe a method of electrophoresis of hemo-globin on cellulose acetate plates impregnated with ...
Sickle cell disease (SCD) and other hemoglobinopathies are a major health concern with a high burden...
Radial immunodiffusion techniques for hemoglobins F and AZ are de-scribed. Both techniques compare f...
A 25 μL analytical glass syringe has been used for isoelectric focusing (IEF) utilizing the stainles...
A method is presented for identification and quantitation of abnormal hemoglobins. Electrophoretic f...
London, has screened neonates for hemoglobinopathies, using the established manual technique of isoe...
As an alternative to the recently proposed screening for \u3b2-thalassemias by isoelectric focusing ...
Human globin chain separation, a key procedure in the study of hemoglobinopathies, is routinely perf...
We describe three basic modifications of our previous method for thalassemia screening by isoelectri...
Summary: We present a new method for analysis of haemoglobin variants in immobilized pH gradients. T...
Glycosylated haemoglobin was measured in venous blood samples and in blood collected in 'Unistep' bo...
A new method for antenatal diagnosis of thalassemias is reported based on the analysis of the major ...
A modified type of isolectric focusing has been applied successfully to the separation of hemoglobin...
OBJECTIVE: To investigate the predictive accuracy of using a combination of the high pressure liquid...
A method is described for separating haemoglobin (Hb) E (beta 26 Gly----Lys) from Hb A2 (a normal mi...
We describe a method of electrophoresis of hemo-globin on cellulose acetate plates impregnated with ...
Sickle cell disease (SCD) and other hemoglobinopathies are a major health concern with a high burden...
Radial immunodiffusion techniques for hemoglobins F and AZ are de-scribed. Both techniques compare f...
A 25 μL analytical glass syringe has been used for isoelectric focusing (IEF) utilizing the stainles...
A method is presented for identification and quantitation of abnormal hemoglobins. Electrophoretic f...