Thermal Biosensors in Biotechnology - Advances in Biochemical Engineering Biotechnology - page 66

Stefuca V, Gemeiner P, Kurillova L, Danielsson B, Bales V (1990) Application of the enzyme
thermistor to the direct estimation ofintrinsic kinetics using the saccharose-immobilized
invertase system.Enzyme Microb Technol 12:830-835
Stefuca V,Welwardova A,Gemeiner P,Jakubova A (1994) Application of enzyme flow micro-
calorimetry to the study of microkinetic properties of immobilized biocatalyst.Biotech-
nol Tech 8:497-502
Svensson A,Hynning PA,Mattiasson B (1979) Application of enzymatic processes for moni-
toring effluents. Measurements of primary amines using immobilized monoamine
oxidase and the enzyme thermistor.J Appl Biochem 1:318-324
Urban G,Kamper H,Jachimowicz A,Kohl F,Kuttner H,Olcaytuc F,Pittner F,Schalkhammer T,
Mann-Buxbaum E (1991) The construction of microcalorimetric biosensors by use of
high resolution thin-film thermistors.Biosens Bioelect 6:275-280
Winquist F, Danielsson B, Malpote J.-Y, Persson L, Larsson M-B (1985) E nzyme thermistor
determination of oxalate with with immobilized oxalate oxidase.Anal Lett 18:573-588
Xie B, Danielsson B, Norberg P, Winquist F, Lundström I (1992) Development of a thermal
micro-biosensor fabricated on a silicon chip.Sens Act B 6:127-130
Xie B, Hedberg U, Mecklenburg M, Danielsson B (1993) Fast determination of whole blood
glucose with a calorimetric micro-biosensor.Sens Act B 15-16,141-144
Xie B,Mecklenburg M,Danielsson B,Öhmann O,Winquist F (1994)Microbiosensor based on
an integrated thermopile.Anal Chim Acta 299:165-170