S. Sallander
Papers
2
Total Citations
14
H-Index
2
About
S. Sallander’s research has focused on advancing blood transfusion safety through innovative phenotyping methods for red blood cell (RBC) antigens. Their key contributions lie in developing and refining semi-automated and microplate-based techniques for detecting clinically significant RBC alloantibodies, which are critical for finding compatible blood for patients with complex transfusion needs. In their most-cited work (2001, 9 citations), Sallander introduced a method for K, Fy<sup>a</sup>, and Jk<sup>a</sup> phenotyping of donor RBCs on microplates, addressing the time-consuming challenge of matching blood for patients with alloantibodies. Earlier, they described a semiautomated erythrocyte antigen typing method (1992, 5 citations) that enabled simultaneous enzyme-enhanced hemagglutination and indirect antihuman globulin assays within the same microtitration plate, significantly improving efficiency. These innovations have helped streamline donor screening and enhance compatibility testing, directly impacting clinical transfusion practice. Sallander’s work represents a practical step toward safer, more efficient blood bank operations, making them a notable contributor to transfusion medicine.
Research Focus
Key Achievements
Top Papers
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