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Baigl Lab
Baigl Lab
We actuate with light & magnets, we fold & unfold DNA, we cell-free express proteins, we play with drops, marbles & interfaces, we organize particles, we harness coffee rings.
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Tags (8) : AzoTAB
Coffee rings are now photocontrolled and just published in Angewandte!
09/27/2014
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News
27 September 2014. Our manuscript "Dynamic photocontrol of the coffee-ring effect with optically-tunable particle stickiness" has just been accepted in Angewandte Chemie International Edition. Abstract: When a colloidal drop dries on a surface, most of the particles accumulate at the drop...
AzoTAB
,
coffee ring
,
droplet
,
evaporation
,
nanoparticle
,
patterning
,
photocontrol
First LED-based digital optofluidics for organic synthesis accepted in Langmuir!
04/05/2014
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News
05 April 2014. Our manuscript "Digital Optofluidics: LED-Gated Transport and Fusion of Microliter-Sized Organic Droplets for Chemical Synthesis" has just been accepted in Langmuir. Abstract: Microdroplet-based organic syntheses have been developed as a valuable alternative to traditional...
AzoTAB
,
droplet
,
droplet motion
,
light
,
light-driven microfluidics
,
mixing
,
optofluidics
Our manuscript on reversible photocontrol of microfluidic mixing just published in JACS!
01/25/2013
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News
17 Feb 2013. Our recently accepted paper "Microfluidic mixing triggered by an external LED illumination" is now published in JACS. Abstract: The mixing of confined liquids is a central yet challenging operation in miniaturized devices. Microfluidic mixing is usually achieved with passive mixers...
AzoTAB
,
droplet
,
light-driven microfluidics
,
microfluidics
,
mixing
,
optofluidics
,
photocontrol
Just Accepted Paper: Photocontrol of enzyme synthesis and substrate conversion
03/06/2012
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News
06 March 2012. Our manuscript "Modification-free photocontrol of β-lactam conversion with spatio-temporal resolution" has just been accepted for publication in ACS Synthetic Biology. Abstract: β-lactams can be converted into β-amino acids by β-lactamase, a bacterial enzyme, leading to significant...
AzoTAB
,
DNA
,
enzyme
,
gene expression
,
light
,
photocontrol
,
protein
,
synthetic biology
JACS-epted...UV-induced bursting of liposomes paper accepted in JACS!
02/08/2012
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News
08 FEB 2012. Our manuscript "UV-Induced Bursting of Cell-Sized Multi-Component Lipid Vesicles in a Photosensitive Surfactant Solution" has just been accepted for publication in JACS. Abstract: We study the behaviour of multicomponent Giant Unilamellar Vesicles (GUVs) in the presence of AzoTAB, a...
artificial cell
,
AzoTAB
,
GUV
,
light
,
liposome
,
membrane
,
photocontrol
Light for microdrops: Antoine's paper highlighted in CNRS website
10/21/2011
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News
21 Oct 2011. Antoine's paper entitled "Photoreversible Fragmentation of a Liquid Interface for Micro-Droplet Generation by Light Actuation", which was illustrated on the cover of Lab on a Chip, has just been highlighted in the website of CNRS: Click here to read the highlight Abstract: We describe...
AzoTAB
,
droplet
,
highlight
,
light-driven microfluidics
,
microfluidics
,
optofluidics
,
photocontrol
Just Published: Selective photocontrol of gene expression
10/05/2011
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News
05 Oct 2011. Sergii's paper entitled "Light-Regulated mRNA Condensation by a Photosensitive Surfactant Works as a Series Photoswitch of Translation Activity in the Presence of Small RNAs" has just been published in Biomacromolecules. Abstract: AzoTAB, a photosensitive azobenzene cationic...
AzoTAB
,
DNA
,
gene expression
,
light
,
photocontrol
,
protein
,
RNA
,
synthetic biology
,
translation
Microfluidic photo-actuation paper accepted in Lab on a Chip
06/22/2011
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News
Antoine's paper entitled "Photoreversible Fragmentation of a Liquid Interface for Micro-Droplet Generation by Light Actuation" has been accepted for publication in Lab on a Chip. Abstract: We describe a new method to induce by light a reversible switch from a continuous two-phase laminar flow to a...
AzoTAB
,
droplet
,
light-driven microfluidics
,
microfluidics
,
optofluidics
,
photocontrol
News
Research
People
Our paper "Enzymatically Active DNA-Protein Nanogels with Tunable Cross-Linking Density" has just been accepted in Biomacromolecules
Our paper "Reversible supra-folding of user-programmed functional DNA nanostructures on fuzzy cationic substrates" has just been accepted in Angewandte Chemie.
2020 Secret Santa
2020 Baigl lab retreat
Our new paper "Liquid-liquid coffee-ring effect" accepted in Journal of Colloids and Interface Science!
Our new paper "Self-propelled water drops on bare glass substrates in air: fast, controllable and easy transport powered by surfactants" published in Langmuir!
Our new paper "From-bulk crystallization of inorganic nanoparticles at the air/water interface: tunable organization and intense structural colors" published in Nanoscale!
Research Overview
Harnessing coffee rings: from ubiquitous particle patterning to low-cost diagnostics
Metafluidics: new fluid actuation principles for better microfluidics
DNA nanotechnology & synthetic biology: a soft twist
Group picture
Damien Baigl, Prof ENS & Group leader
Mathieu Morel, MC SU
Sergii Rudiuk, CR CNRS
Ayako Yamada, CR CNRS
Marina Mariconti, Post-Doc
Saikat Saha, Post-Doc
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