A cell-based immunobiosensor with engineered molecular recognition— Part II: enzyme amplification systems

Page, Darren L.; Pizziconi, Vincent

doi:10.1016/s0956-5663(96)00069-3

Cited by 4 publications

(2 citation statements)

References 29 publications

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“…The early results were promising but commercialization by Thermal Bioimaging, Cambridge, MA, USA – now Thermionic Imaging of the instrument failed because a way was not found to prevent vaporization in the plates. Another multiwall approach has been to microfabricate a thermoelectric device in which cells and related macromolecules are integrated with a thermopile (Page and Pizziconi, 1997;Pizziconi and Page, 1997). The model interactive system was the animal mast cell recognition of immunoglobulin A.…”

Section: Historical Roots and Modern Trends In Biocalorimetrymentioning

confidence: 99%

What heat is telling us about microbial conversions in nature and technology: from chip‐ to megacalorimetry

Maskow

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Buchholz

et al. 2010

Microbial Biotechnology

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SummaryThe exploitation of microorganisms in natural or technological systems calls for monitoring tools that reflect their metabolic activity in real time and, if necessary, are flexible enough for field application. The Gibbs energy dissipation of assimilated substrates or photons often in the form of heat is a general feature of life processes and thus, in principle, available to monitor and control microbial dynamics. Furthermore, the combination of measured heat fluxes with material fluxes allows the application of Hess' law to either prove expected growth stoichiometries and kinetics or identify and estimate unexpected side reactions. The combination of calorimetry with respirometry is theoretically suited for the quantification of the degree of coupling between catabolic and anabolic reactions. New calorimeter developments overcome the weaknesses of conventional devices, which hitherto limited the full exploitation of this powerful analytical tool. Calorimetric systems can be integrated easily into natural and technological systems of interest. They are potentially suited for high‐throughput measurements and are robust enough for field deployment. This review explains what information calorimetric analyses provide; it introduces newly emerging calorimetric techniques and it exemplifies the application of calorimetry in different fields of microbial research.

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Section: Historical Roots and Modern Trends In Biocalorimetrymentioning

confidence: 99%

What heat is telling us about microbial conversions in nature and technology: from chip‐ to megacalorimetry

Maskow

Кемп

Buchholz

et al. 2010

Microbial Biotechnology

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show abstract

“…As células do sistema imune têm sido utilizadas como elemento sensível em biossensores celulares, uma vez que estas células reconhecem antígenos com alta sensibilidade e especificidade (WANG e LIU, 2010). Os mastócitos apresentam um excelente potencial para a aplicação em biossensores, uma vez que estas células são robustas e podem ser facilmente sensibilizadas para reconhecer antígenos específicos, gerando sinais biológicos mensuráveis quando expostos aos antígenos (PAGE; PIZZICONI, 1997;STENGER et al, 2001;LIU, 2010;WANG et al, 2015;JIANG et al, 2016;YANASE et al, 2016).…”

Section: Modelo Biossensor Baseado Em Mastócitosunclassified

Síntese de derivados da mangiferina, avaliação do potencial antialérgico e efeitos na membrana biológica

Bertoz¹

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The application of heat conduction microcalorimetry to study the metabolism and pharmaceutical modulation of cultured mammalian cells

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2001

Thermochimica Acta

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A cell-based immunobiosensor with engineered molecular recognition— Part II: enzyme amplification systems

Cited by 4 publications

References 29 publications

What heat is telling us about microbial conversions in nature and technology: from chip‐ to megacalorimetry

What heat is telling us about microbial conversions in nature and technology: from chip‐ to megacalorimetry

Síntese de derivados da mangiferina, avaliação do potencial antialérgico e efeitos na membrana biológica

The application of heat conduction microcalorimetry to study the metabolism and pharmaceutical modulation of cultured mammalian cells

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