Search Results - "Pourciel, J. B."

A Microcantilever-Based Picoliter Droplet Dispenser With Integrated Force Sensors and Electroassisted Deposition Means by Leichle, T., Lishchynska, M., Mathieu, F., Pourciel, J.-B., Saya, D., Nicu, L.

“…This paper introduces a picoliter droplet dispenser relying on an array of silicon microcantilevers. The microcantilevers bear fluidic channels, and liquid…”
Get full text

Fabrication of biological microarrays using microcantilevers by Belaubre, P., Guirardel, M., Garcia, G., Pourciel, J. B., Leberre, V., Dagkessamanskaia, A., Trévisiol, E., François, J. M., Bergaud, C.

“…Arrays of silicon-based microcantilevers with properly designed passivated aluminum electrodes have been used to generate microarrays by depositing microspots…”
Get full text

High-aspect-ratio vertical surface profiler using sensitive displacement detection by optomecanical probe by Hamaguchi, Y., Kubota, M., Pourciel, J.-B., Mita, Y.

“…This paper proposes an optomechanical surface profiler for high aspect ratio vertical walls. The profiler consists of a bulk silicon micro cantilever probe…”
Get full text

effective automated glucose sensor for fermentation monitoring and control by Queinnec, I, Destruhaut, C, Pourciel, J.B, Goma, G

“…An industrial glucose analyser was partnered to an automated injection system to evaluate glucose in the culture medium of a bioreactor. This sensor has been…”
Get full text

On-line evaluation of fermentation broth colour by Santerre, A.L, Queinnec, I, Destruhaut, C, Pourciel, J.B, Blanc, P.J

“…A novel method for evaluating pigment production during fermentation of Monascus ruber has been developed and consists of reflectance measurement with a 10…”
Get full text

Control of substrate concentration in a continuous bioprocess by Vigi, P., Dahhou, B., Queinnec, I., Lakrori, M., Ch ruy, A., Pourciel, J. B.

Get full text

FPC-ICAD: an intelligent CAD for fermentation process control by Dahhou, B., Queinnec, I., Zeng, F. Y., Pourciel, J. B., Goma, G.

Get full text

Silicon-based microcantilevers for multiple biological sample deposition by Belaubre, P., Guirardel, M., Leberre, V., Dagkessamanskaia, A., Trevisiol, E., Francois, J.-M., Pourciel, J.-B., Garcia, G., Bergaud, C.

“…Arrays of silicon-based microcantilevers with passivated aluminum electrodes properly designed have been used to generate microarrays by depositing microspots…”
Get full text

First step towards a fully automated trim control for liquid deposition device at the microscale using piezoresistive cantilevers row by Belaubre, P., Pourciel, J.-B., Saya, D., Leichle, T., Mathieu, F., Nicu, L., Bergaud, C.

“…We present a fully automated MEMS designed for the trim control of a microspotting system (so called "bioplume") using an integrated parallel force sensor with…”
Get full text

Liquid loading of silicon-based cantilevers using electrowetting actuation for microspotting applications by Leichle, T., Saya, D., Belaubre, P., Pourciel, J.B., Mathieu, F., Laur, J.P., Nicu, L., Bergaud, C.

“…An array of silicon-based cantilevers that can be actively loaded with liquid solutions was designed and fabricated for spotting applications. Each cantilever…”
Get full text

Si-piezoresistive microcantilevers for highly integrated parallel force detection applications by Saya, Daisuke, Belaubre, Pascal, Mathieu, Fabrice, Lagrange, Denis, Pourciel, Jean-Bernard, Bergaud, Christian

“…We have developed an integrated and compact microdevice consisting of piezoresistive microcantilevers with a dedicated electronic read-out. This microdevice…”
Get full text

Cantilever-based microsystem for contact and non-contact deposition of picoliter biological samples by Belaubre, Pascal, Guirardel, Matthieu, Leberre, Véronique, Pourciel, Jean-Bernard, Bergaud, Christian

“…This paper describes a cantilever-based microsystem that permits the deposition of picoliter biological samples using a contact or non-contact method. Arrays…”
Get full text

A Closed-loop MEMS-based Spotter Integrating Position Sensors with Nanometric Precision for the Control of Droplet Uniformity by Leichle, T., Saya, D., Pourciel, J.-B., Mathieu, F., Bergaud, C., Liviu Nicu

“…The reduction in dimensions of biochip arrays is of interest only if the size of the spots containing DNA or proteins is kept uniform. This condition is…”
Get full text