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Mar 6, 2021 · Unfortunately, the pigment solution (Ehrlich’s reagent), interrelating chemistry with the other laboratory disciplines in laboratory medicine, was rejected at the time because of the lack of chemistry knowledge in the medical profession.
- Angela Tomei Robinson
- 2021
Jun 1, 2001 · Ehrlich's techniques of fixation and staining of blood films with aniline dyes greatly facilitated the study of blood and bone marrow. Ehrlich distinguished 3 types of granulated white blood cells, as well as normoblasts, megaloblasts, and leukemic cells.
Oct 20, 2015 · Inspired by this atmosphere of great discoveries, Paul Ehrlich, born in Strehlen, German Kingdom of Prussia, near Breslau in 1854, became one of the most influential scientists of his time and a pioneer in the fields of hematology, immunology, chemotherapy, and pharmacology. 1-3 In his career, Ehrlich connected cellular and molecular theories ...
- Bernd Groner, Hans-Peter Horny, Fritz Sörgel, Udo Schumacher, Peter Valent
- 2015
Jan 10, 2014 · The basis of unique chemoreceptors being used to develop more specific agents that not only target particular pathogens but also have no toxic host effect was proposed by Ehrlich. He realized that moving from laboratory studies to clinical implementation was fraught with dangers.
- Glenn S Tillotson, Stephen H Zinner
- 2013
The interpretation of any clinical laboratory test involves comparing the patient's results with the test's "reference range". The first step in determining a reference range is to define the population to which the range will apply.
General Chemistry: Electrolytes Sodium (Na+) 136–146 mEq/L 136–146 mmol/L ... Laboratory Values (continued) Author: Heather Stoffel Created Date:
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Oct 31, 2014 · Paul Ehrlich (14 March 1854–20 August 1915) (Fig. 1) is the founder of a number of areas in biomedical research. On the basis of his research career as a histologist, hematologist, immunologist, organic chemist, or pharmacologist, Ehrlich can be rightfully recognized as giant among giants.
