This study was aimed to compare the analytical performance of traditional and new parameters and morphological flags of CAL-8000 and XN-9000. The automated differential leukocyte count (DIFF profile) and morphological flags were compared with optical microscopy (OM)
Background: Red blood cell (RBC) analysis is a key feature in the evaluation of hematological disord...
Aims Optical microscopic (OM) evaluation of peripheral blood (PB) cells is still a crucial step of t...
METHODS: The study reports the analytical and diagnostic performances of Cell Dyn 3500 (Abbott), an...
Recent technological advancements in laboratory hematology have promoted the introduction of many in...
Efficiency and accuracy in automated hematology analyzers are very important for clinical laboratori...
Currently, automated microscopes are increasingly entering clinical and private labs, making necessa...
<div><p>The XN series automated hematology analyzer has been equipped with a body fluid (BF) mode to...
STKS and Sequoia Cell Dyn 3000 was determined by comparing their results for automated differential ...
The XN series automated hematology analyzer has been equipped with a body fluid (BF) mode to count a...
INTRODUCTION: This study was aimed to evaluate monocyte counts on Sysmex XN-9000, Sysmex CyFlow Spa...
Research on the parameters of full blood count and differential white blood count is included in the...
The automated haematology analyser Sysmex NE-8000 was compared with the Technicon H-1, the automated...
The leukocyte differential count is important and frequently demanded laboratory examination, even n...
Objective: Leukocyte differential count (LDC), a component of complete blood count (CBC), is importa...
Introduction: Corelab automation needs increasingly more efficient hematology analyzers and algorith...
Background: Red blood cell (RBC) analysis is a key feature in the evaluation of hematological disord...
Aims Optical microscopic (OM) evaluation of peripheral blood (PB) cells is still a crucial step of t...
METHODS: The study reports the analytical and diagnostic performances of Cell Dyn 3500 (Abbott), an...
Recent technological advancements in laboratory hematology have promoted the introduction of many in...
Efficiency and accuracy in automated hematology analyzers are very important for clinical laboratori...
Currently, automated microscopes are increasingly entering clinical and private labs, making necessa...
<div><p>The XN series automated hematology analyzer has been equipped with a body fluid (BF) mode to...
STKS and Sequoia Cell Dyn 3000 was determined by comparing their results for automated differential ...
The XN series automated hematology analyzer has been equipped with a body fluid (BF) mode to count a...
INTRODUCTION: This study was aimed to evaluate monocyte counts on Sysmex XN-9000, Sysmex CyFlow Spa...
Research on the parameters of full blood count and differential white blood count is included in the...
The automated haematology analyser Sysmex NE-8000 was compared with the Technicon H-1, the automated...
The leukocyte differential count is important and frequently demanded laboratory examination, even n...
Objective: Leukocyte differential count (LDC), a component of complete blood count (CBC), is importa...
Introduction: Corelab automation needs increasingly more efficient hematology analyzers and algorith...
Background: Red blood cell (RBC) analysis is a key feature in the evaluation of hematological disord...
Aims Optical microscopic (OM) evaluation of peripheral blood (PB) cells is still a crucial step of t...
METHODS: The study reports the analytical and diagnostic performances of Cell Dyn 3500 (Abbott), an...
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