In-depth human erythrocyte proteome studies are severely hampered by the presence of hemoglobin and carbonic anhydrase-1, which account for more than 98% of the total erythrocyte soluble protein content. We developed a specific depletion approach that resulted in a drastic increase in the number of identified proteins. This depletion technique is valuable for proteome studies of human erythrocyte disorders with unknown etiology and of tissue samples that contain blood
This thesis describes both the development and the implementation of novel strategies of mass spectr...
PURPOSE: Erythrocyte concentrates (ECs) represent the most transfused labile blood products. They ar...
Red blood cells are rather unique body cells, since they have lost all organelles when mature, which...
Proteins are vital molecules for the living organisms. They carry out many important physiological m...
International audienceMass spectrometry-based proteomics now enables the absolute quantification of ...
The erythrocyte cytoplasmic proteome is composed of 98% hemoglobin; the remaining 2% is largely unex...
This report describes an analysis of the red blood cell proteome by ion trap tandem mass spectrometr...
Serum is the body fluid most often used in biomarker discovery. Albumin, the most abundant serum pro...
Abstract Background The development of high-throughput technologies capable of whole cell measuremen...
Erythrocyte cytosolic protein expression profiles of children with unexplained hemolytic anemia were...
Background Red blood cell (RBC) physiology is directly linked to many human disorders associated wit...
Identifi cation of disease biomarkers has signifi cantly increased the interest for study of the hum...
Affinity depletion of abundant proteins from human plasma has become a routine sample preparation st...
Serum and plasma represent the most complex sample of the human proteome, composed of the homeostati...
There is a constant interest in blood‐based protein biomarkers, which can help to improve diagnosis ...
This thesis describes both the development and the implementation of novel strategies of mass spectr...
PURPOSE: Erythrocyte concentrates (ECs) represent the most transfused labile blood products. They ar...
Red blood cells are rather unique body cells, since they have lost all organelles when mature, which...
Proteins are vital molecules for the living organisms. They carry out many important physiological m...
International audienceMass spectrometry-based proteomics now enables the absolute quantification of ...
The erythrocyte cytoplasmic proteome is composed of 98% hemoglobin; the remaining 2% is largely unex...
This report describes an analysis of the red blood cell proteome by ion trap tandem mass spectrometr...
Serum is the body fluid most often used in biomarker discovery. Albumin, the most abundant serum pro...
Abstract Background The development of high-throughput technologies capable of whole cell measuremen...
Erythrocyte cytosolic protein expression profiles of children with unexplained hemolytic anemia were...
Background Red blood cell (RBC) physiology is directly linked to many human disorders associated wit...
Identifi cation of disease biomarkers has signifi cantly increased the interest for study of the hum...
Affinity depletion of abundant proteins from human plasma has become a routine sample preparation st...
Serum and plasma represent the most complex sample of the human proteome, composed of the homeostati...
There is a constant interest in blood‐based protein biomarkers, which can help to improve diagnosis ...
This thesis describes both the development and the implementation of novel strategies of mass spectr...
PURPOSE: Erythrocyte concentrates (ECs) represent the most transfused labile blood products. They ar...
Red blood cells are rather unique body cells, since they have lost all organelles when mature, which...