5documents trouvés
Molecular analysis for medicine: a new technological platform based on nanopatterning and label-free optical detection
J.C.CAU, H.LALO, C.SEVERAC, J.P.PEYRADE, E.TREVISIOL, V.LEBERRE, J.M.FRANCOIS, C.VIEU
NBS, LISBP
Revue Scientifique : Oncologie, Vol.11, pp.1-5, 12 Décembre 2009 , N° 09777
Diffusable
119895Microscale multiple biomolecules printing in one step using a PDMS macrostamp
H.LALO, J.C.CAU, C.THIBAULT, J.P.PEYRADE, C.VIEU, V.LEBERRE, E.TREVISIOL, J.M.FRANCOIS
NBS, LISBP
Manifestation avec acte : Micro and Nano Engineering (MNE 2008), Athènes (Grèce), 15-18 Septembre 2008, 1p. , N° 08521
Diffusable
115233Procédé de dépôt simultané d'un ensemble de motifs sur un substrat par un macro timbre
J.C.CAU, H.LALO, J.P.PEYRADE, C.VIEU, C.THIBAULT, C.SEVERAC
Rapport de Contrat : Contrat INNOPSYS/CNRS n° 20070057543, Mai 2008, 18p. , N° 08217
Non diffusable
113704Microscale multiple biomolecules printing in one step using a PDMS macrostamp
H.LALO, J.C.CAU, C.THIBAULT, J.P.PEYRADE, C.VIEU, V.LEBERRE, E.TREVISIOL, J.M.FRANCOIS
NBS, LISBP
Manifestation avec acte : MRS Spring Meeting, San Francisco (USA), 24-28 Mars 2008, 2p. , N° 08522
Diffusable
115235Chemical engineering of silicon oxide surfaces using micro-contact printing for localizing adsorption events of nanoparticles, dendrimers and bacteria
J.C.CAU, A.CERF, C.THIBAULT, M.GENEVIEVE, C.SEVERAC, J.P.PEYRADE, C.VIEU
NBS
Revue Scientifique : Microelectronic Engineering, Vol.85, N°5-6, pp.1143-1146, Février 2008 , N° 08050
Diffusable
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Abstract
A simple surface chemical bi-functionalization procedure, involving micro contact printing of silane molecules is presented. The printing process has been optimized for obtaining high quality layers of good homogeneity. The produced chemical templates are used in order to spatially localize the adsorption of different entities diluted in liquid solution. By combining optical and Atomic Force microscopy we confirm the selective adsorption of gold nanoparticles, dendrimers and bacteria.
Mots-Clés / Keywords
Biochips; Surface chemistry; Dendrimers; Chemical patterning; Soft lithography;