author_facet Yakin, Habib M.
Kronberg, Harald
Zimmer, Hans‐G.
Neuhoff, Volker
Yakin, Habib M.
Kronberg, Harald
Zimmer, Hans‐G.
Neuhoff, Volker
author Yakin, Habib M.
Kronberg, Harald
Zimmer, Hans‐G.
Neuhoff, Volker
spellingShingle Yakin, Habib M.
Kronberg, Harald
Zimmer, Hans‐G.
Neuhoff, Volker
ELECTROPHORESIS
Photometric evaluation of slab gels II: Delimitation and integration of peaks in one‐dimensional electropherograms
Clinical Biochemistry
Biochemistry
Analytical Chemistry
author_sort yakin, habib m.
spelling Yakin, Habib M. Kronberg, Harald Zimmer, Hans‐G. Neuhoff, Volker 0173-0835 1522-2683 Wiley Clinical Biochemistry Biochemistry Analytical Chemistry http://dx.doi.org/10.1002/elps.1150030503 <jats:title>Abstract</jats:title><jats:p>In order to increase accuracy and precision of quantifying one‐dimensional electropherograms by digital signal processing, a set of algorithms is presented that operate on the optical density values acquired by a linear scanning densitometer. These operations include smoothing of the measuring values, background correction by an optimized piecewise linear baseline, and integration of the peak areas after two‐sided fit of half‐Gaussian profiles to each stained protein band. The algorithms are implemented as BASIC‐programs and are readily adaptable to a variety of electrophoretic separations. The procedure has been applied successfully in research [1] as well as in clinical evaluations [2].</jats:p> Photometric evaluation of slab gels II: Delimitation and integration of peaks in one‐dimensional electropherograms ELECTROPHORESIS
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title Photometric evaluation of slab gels II: Delimitation and integration of peaks in one‐dimensional electropherograms
title_unstemmed Photometric evaluation of slab gels II: Delimitation and integration of peaks in one‐dimensional electropherograms
title_full Photometric evaluation of slab gels II: Delimitation and integration of peaks in one‐dimensional electropherograms
title_fullStr Photometric evaluation of slab gels II: Delimitation and integration of peaks in one‐dimensional electropherograms
title_full_unstemmed Photometric evaluation of slab gels II: Delimitation and integration of peaks in one‐dimensional electropherograms
title_short Photometric evaluation of slab gels II: Delimitation and integration of peaks in one‐dimensional electropherograms
title_sort photometric evaluation of slab gels ii: delimitation and integration of peaks in one‐dimensional electropherograms
topic Clinical Biochemistry
Biochemistry
Analytical Chemistry
url http://dx.doi.org/10.1002/elps.1150030503
publishDate 1982
physical 244-254
description <jats:title>Abstract</jats:title><jats:p>In order to increase accuracy and precision of quantifying one‐dimensional electropherograms by digital signal processing, a set of algorithms is presented that operate on the optical density values acquired by a linear scanning densitometer. These operations include smoothing of the measuring values, background correction by an optimized piecewise linear baseline, and integration of the peak areas after two‐sided fit of half‐Gaussian profiles to each stained protein band. The algorithms are implemented as BASIC‐programs and are readily adaptable to a variety of electrophoretic separations. The procedure has been applied successfully in research [1] as well as in clinical evaluations [2].</jats:p>
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author Yakin, Habib M., Kronberg, Harald, Zimmer, Hans‐G., Neuhoff, Volker
author_facet Yakin, Habib M., Kronberg, Harald, Zimmer, Hans‐G., Neuhoff, Volker, Yakin, Habib M., Kronberg, Harald, Zimmer, Hans‐G., Neuhoff, Volker
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container_title ELECTROPHORESIS
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description <jats:title>Abstract</jats:title><jats:p>In order to increase accuracy and precision of quantifying one‐dimensional electropherograms by digital signal processing, a set of algorithms is presented that operate on the optical density values acquired by a linear scanning densitometer. These operations include smoothing of the measuring values, background correction by an optimized piecewise linear baseline, and integration of the peak areas after two‐sided fit of half‐Gaussian profiles to each stained protein band. The algorithms are implemented as BASIC‐programs and are readily adaptable to a variety of electrophoretic separations. The procedure has been applied successfully in research [1] as well as in clinical evaluations [2].</jats:p>
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imprint Wiley, 1982
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spelling Yakin, Habib M. Kronberg, Harald Zimmer, Hans‐G. Neuhoff, Volker 0173-0835 1522-2683 Wiley Clinical Biochemistry Biochemistry Analytical Chemistry http://dx.doi.org/10.1002/elps.1150030503 <jats:title>Abstract</jats:title><jats:p>In order to increase accuracy and precision of quantifying one‐dimensional electropherograms by digital signal processing, a set of algorithms is presented that operate on the optical density values acquired by a linear scanning densitometer. These operations include smoothing of the measuring values, background correction by an optimized piecewise linear baseline, and integration of the peak areas after two‐sided fit of half‐Gaussian profiles to each stained protein band. The algorithms are implemented as BASIC‐programs and are readily adaptable to a variety of electrophoretic separations. The procedure has been applied successfully in research [1] as well as in clinical evaluations [2].</jats:p> Photometric evaluation of slab gels II: Delimitation and integration of peaks in one‐dimensional electropherograms ELECTROPHORESIS
spellingShingle Yakin, Habib M., Kronberg, Harald, Zimmer, Hans‐G., Neuhoff, Volker, ELECTROPHORESIS, Photometric evaluation of slab gels II: Delimitation and integration of peaks in one‐dimensional electropherograms, Clinical Biochemistry, Biochemistry, Analytical Chemistry
title Photometric evaluation of slab gels II: Delimitation and integration of peaks in one‐dimensional electropherograms
title_full Photometric evaluation of slab gels II: Delimitation and integration of peaks in one‐dimensional electropherograms
title_fullStr Photometric evaluation of slab gels II: Delimitation and integration of peaks in one‐dimensional electropherograms
title_full_unstemmed Photometric evaluation of slab gels II: Delimitation and integration of peaks in one‐dimensional electropherograms
title_short Photometric evaluation of slab gels II: Delimitation and integration of peaks in one‐dimensional electropherograms
title_sort photometric evaluation of slab gels ii: delimitation and integration of peaks in one‐dimensional electropherograms
title_unstemmed Photometric evaluation of slab gels II: Delimitation and integration of peaks in one‐dimensional electropherograms
topic Clinical Biochemistry, Biochemistry, Analytical Chemistry
url http://dx.doi.org/10.1002/elps.1150030503