This segment of history aims to inform the new, and remind the not-so-new, members of the profession about the relatively recent period that initiated the dominant role played by technological innovation in the modern investigation of disease. The 12 years from 1948 to 1960 were notable for introduction of the Vacutainer tube, electrophoresis, radioimmunoassay, and the Auto-Analyzer. Also appearing during this interval were new organizations, publications, programs, and services that established a firm foundation for the professional status of clinical chemists. It was a golden age. © 2000 American Association for Clinical Chemistry Except for photoelectric colorimeters, the clinical chemis-try laboratories in 1948—and in many places even l...
Clinical Chemistry and Laboratory Medicine: progress and new challenges for our 50-year-old journal
The journal Clinical Chemistry has played a major role in facilitating the progress that has occurre...
The analytical capabilities of the clinical laboratory de-pend on the products of technology. Beginn...
The 19th and 20th centuries witnessed the growth and development of clinical chemistry. Many of the ...
Clinical chemistry is the science on the border of the two disciplines: medicine and chemistry. It i...
In the early 1960s, Joachim Brugsch, one of the founders of Clinical Chemistry and Laboratory Medici...
During the mid-1960s, the clinical chemistry profession began to take on new substance and new direc...
OBJECTIVE: To describe how the field of clinical laboratory science responded to the shortage of qua...
OBJECTIVE: To discuss the progress clinical laboratory science made between 1962 and 1977 toward dev...
Summary: Clinical laboratories are a main attribute of clinical chemistry. Their historical developm...
Although the real contribution of laboratory diagnostics to the managed care remains largely debated...
In this history, I review developments leading toward the establishment of clinical chemistry in Bri...
OBJECTIVE: To describe the early years of the American Society of Medical Technology and discuss maj...
OBJECTIVE: To describe new opportunities and challenges facing clinical laboratory science between 1...
OBJECTIVE: To describe the \u27real\u27 and \u27ideal\u27 clinical laboratory scientist according to...
Clinical Chemistry and Laboratory Medicine: progress and new challenges for our 50-year-old journal
The journal Clinical Chemistry has played a major role in facilitating the progress that has occurre...
The analytical capabilities of the clinical laboratory de-pend on the products of technology. Beginn...
The 19th and 20th centuries witnessed the growth and development of clinical chemistry. Many of the ...
Clinical chemistry is the science on the border of the two disciplines: medicine and chemistry. It i...
In the early 1960s, Joachim Brugsch, one of the founders of Clinical Chemistry and Laboratory Medici...
During the mid-1960s, the clinical chemistry profession began to take on new substance and new direc...
OBJECTIVE: To describe how the field of clinical laboratory science responded to the shortage of qua...
OBJECTIVE: To discuss the progress clinical laboratory science made between 1962 and 1977 toward dev...
Summary: Clinical laboratories are a main attribute of clinical chemistry. Their historical developm...
Although the real contribution of laboratory diagnostics to the managed care remains largely debated...
In this history, I review developments leading toward the establishment of clinical chemistry in Bri...
OBJECTIVE: To describe the early years of the American Society of Medical Technology and discuss maj...
OBJECTIVE: To describe new opportunities and challenges facing clinical laboratory science between 1...
OBJECTIVE: To describe the \u27real\u27 and \u27ideal\u27 clinical laboratory scientist according to...
Clinical Chemistry and Laboratory Medicine: progress and new challenges for our 50-year-old journal
The journal Clinical Chemistry has played a major role in facilitating the progress that has occurre...
The analytical capabilities of the clinical laboratory de-pend on the products of technology. Beginn...