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J P Prinz

Publications and source records attributed to J P Prinz.

2 recordsLinked to original sources

Ergospirometry and its history.

Ergospirometry is a diagnostic procedure to continuously measure respiration and gas metabolism during ergometer exercise. It enables judgement of function and performance capacity of the cardiopulmonary system and metabolism. Ergospirometry is made up of the 2 components spirometry and ergometry. The first attempts to measure human gas metabolism while performing quantified physical work can be traced back to the year 1790. The development of procedures to measure gas metabolism and respiration as well as the construction of ergometers in the nineteenth and twentieth centuries are described. Ergospirometry and routinely performed clinical performance diagnosis were introduced in 1929, but it was not until the 1950s when the first ergospirometry apparatus which met all scientific requirements was developed. The parameters used and the physiological and pathophysiological findings by ergospirometry are given in an historical frame. Numerous medical fields have profited from the technique of ergospirometry, for example: cardiology, pneumology, sports medicine, exercise physiology, biochemistry, clinical pharmacology, surgery, orthopaedics, paediatrics and gerontology, besides such global disciplines as preventive medicine, exercise therapy and rehabilitative medicine.

Ergometry↗

[The history and clinical importance of cardiopulmonary assessment of working fitness with special reference to spiroergometry].

Spiroergometry-a synonym for ergospirometry or ergospirography - is a diagnostic procedure to continuously registrate respiration and gas metabolism during ergometer exercise. It enables to judge function and performance capacity of the cardiopulmonary system and metabolism. Spiroergometry is made up of the two components spirometry and ergometry. The first attempts to measure human gas metabolism while performing a quantified physical work can be traced back to the year 1789. The development of procedures to measure gas metabolism and respiration as well as the construction of ergometers in the 19th and 20th century are described. 1929 saw the introduction of spiroergometry and routinely performed clinical performance diagnosis. But not until the 1950s was the first spiroergometric apparatus which met all scientific requirements developed. In a historical frame, the used parameters and the physiological and pathophysiological findings by spiroergometry are given. Numerous medical fields have profited from the technique of spiroergometry: cardiology, pulmonology, sports medicine, performance physiology, biochemistry, clinical pharmacology, surgery, orthopedics, pediatrics, gerontology, etc. besides such global disciplines as preventive medicine, exercise therapy, and rehabilitative medicine.

Cardiovascular Diseases↗