University of North Florida
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Stuart Chalk, Ph.D.
Department of Chemistry
University of North Florida
Phone: 1-904-620-1938
Fax: 1-904-620-3535
Email: schalk@unf.edu
Website: @unf

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H. Matschiner

Abbrev:
Matschiner, H.
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Citations 6

"The Adaptation Of Four Protein Determination Methods To Flow Injection Analysis"
Z. Med. Lab. Diagn. 1989 Volume 30, Issue 4 Pages 234-238
Peisker, K.;Matschiner, H.

Abstract: The adaptation of four manual methods to the flow injection analysis is described for the determination of proteins (Biuret- and Exton-method, albumin and hemoglobin determination). The comparison of analytical results of FIA with the manual methods shows a very good agreement of values. Flow injection analysis appears not only as an excellent possibility to automate these 4 investigated methods but it also shows unlike the manual methods a considerable better precision and accuracy of the analytical results and a reduction of time and materials.
Proteins Albumin Hemoglobin Blood Standard method Method comparison Automation

"Determination Of Glucose By Flow Injection Analysis"
Z. Med. Lab. Diagn. 1988 Volume 29, Issue 5 Pages 268-271
Peisker, K.; Matschiner, H.; Ruettinger, H. H. (SFS)

Abstract: Flow injection analysis was applied to glucose enzymatic determination with the Glukometer GKM 01. Optimization was performed by coupling the analyzer to a computer. Excellent serial precision and good correlations with the results of other methods was observed.
Glucose Blood Enzyme Tecator Method comparison

"Some Test Parameters Of Four Methods For The Determination Of Protein With Respect To Their Application In Flow Injection Analysis"
Z. Med. Lab. Diagn. 1985 Volume 26, Issue 8 Pages 422-428
Peisker, K.; Matschiner, H. (SFS)

Abstract: Protein determination by the Biuret method, the Lowry method, the dye binding method with Coomassie Blue, and the sulfosalicylic acid method were compared for flow injection analysis Comparisons were based on absorption spectra, time and temperature dependence, precision, practicability, and sensitivity. The least suitable method was the Lowry one; however, all procedures could be used under certain circumstances. Advantages and disadvantages of each are discussed. (SFS)
Proteins Blood Spectrophotometry Method comparison

"Flow Injection Analysis - An Analytical Technique Of Importance For Medicine?"
Z. Klin. Med. 1985 Volume 40, Issue NA Pages 1455-NA
Peisker, K.;Matschiner, H.

Abstract: NA
Clinical analysis Review

"Ammoniumbestimmungen Im Wasser Und Blutserum Von Fischen Mit Der Fliessinjektionsanalyse"
Z. Binnenfischerei 1984 Volume 31, Issue NA Pages 331-NA
Anders, E.;Voigtlander, R.;Ruttinger, H.;Matschiner, H.

Abstract: NA
Ammonium Blood Serum Water Spectrophotometry

"Wet Chemical Analysis - Economically Executed"
Wiss. Fortschr. 1985 Volume 35, Issue 2 Pages 53-56
Matschiner, H.;Ruttinger, H.

Abstract: A review with 2 references. The principles, instrumentation, and applications of flow-injection analysis are discussed. Detection techniques (photometric, turbidimetric, refractometric, atomic absorption, and electrochemistry) in flow-injection analysis are also discussed. (SFS)
Spectrophotometry Turbidimetry Refractometry Spectrophotometry Electrochemical analysis Review