Klaus Kaluza
Roche Diagnostics
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Publication
Featured researches published by Klaus Kaluza.
FEBS Letters | 1996
Harald Sobek; Manfred Schmidt; B. Frey; Klaus Kaluza
A uracil‐DNA glycosylase (UNG) from a psychrophilic marine bacterium (BMTU 3346) has been purified to apparent homogeneity. The enzyme has a molecular weight of 23 400 Da. It is stable in complex buffers (containing glycerol/BSA), whereas it is heat‐labile in dilute buffers (free of stabilizers) with a half‐life of 2 min at 40°C. Due to the thermolability, uracil‐DNA glycosylase is suitable for application in the carryover prevention technique showing less residual activity and/or a slower reactivation rate than the usually applied UNG from Escherichia coli.
Gene | 1990
Zdenko Vesely; Armin Müller; G.G. Schmitz; Klaus Kaluza; Michael Jarsch; Christoph Kessler
Abstract The novel class-IIS restriction endonuclease, Rle AI, has the 5′-CCCACA(N) 12 -3′ 3′-GGGTGT(N) 9 -5′ , specificity.
Nucleic Acids Research | 1990
N. Tautz; Klaus Kaluza; B. Frey; M. Jarsch; G.G. Schmitz; C. Kessler
Archive | 1994
Axel Schmidt; Herbert von der Eltz; Klaus Kaluza
Archive | 1995
Dorothee Ambrosius; Klaus Kaluza; Stephan Gross
Archive | 1992
Klaus Kaluza; Ulrich Mayr; Klaus Zinsmeister; Friedrich Janning
Nucleic Acids Research | 1992
B. Frey; Klaus Kaluza; J. Auer; I. Stratidakis; V. Bouriotis; G.G. Schmitz
Archive | 1990
Klaus Kaluza; B. Frey; Gudrun. Dr.Rer.Nat. Schmitz-Agheguian; Michael Jarsch; Christoph Kessler
Gene | 1990
Hans-Martin Striebel; Gudrum G. Schmitz; Klaus Kaluza; Michael Jarsch; Christoph Kessler
Archive | 1996
Dorothee Ambrosius; Klaus Kaluza; Stefan Gross
