Lessons from lobster coloration and the chemistry of vision suggested an approach to responsive fluorescent probes that can sense membrane potential, fluidity, and tension. Fluorophore deplanarization by lateral crowding along the scaffold (red circles) and fluorophore polarization by terminal donors (D), acceptors (A), and charges (+) are coupled to provide such membrane probes, as studies with unilamellar vesicles of phospholipids (DOPC, DPPC) show
Two novel transmembrane fluorescent diester probes D and E bearing an anthracenediyl moiety in the m...
It is currently not possible to directly measure the lateral pressure of a biomembrane. Mechanorespo...
Planarizable push–pull fluorescent probes, also referred to as flipper probes, have been introduced ...
New fluorescent probes were introduced as an innovative methodology to label lipid bilayer membranes...
Inspired by the color tuning of carotenoids pigments in lobster, our group highlighted how the inter...
The concept to couple fluorophore planarization and fluorophore polarization for the construction of...
We report design, synthesis and evaluation of push–pull quaterthiophene amphiphiles containing one 3...
AbstractWe have studied the properties of two new fluorescent probes, 7-dimethylaminocoumarin deriva...
Push–pull type fluorophores are often exploited as a biological probe because of their high environm...
The biological functions of the cell membrane are regulated by its physicochemical properties, such ...
The rational design of environmentally sensitive dyes with superior properties is critical for eluci...
The polarity of the interface between a lipid bilayer membrane and bulk water is an important physic...
This article assembles pertinent insights behind the concept of planarizable push–pull probes. As a ...
To image the membrane tension in living cells, planarizable push–pull probes have been introduced. T...
The fluorescence properties of a homologous series of fluorescent alkylamines are described. The b...
Two novel transmembrane fluorescent diester probes D and E bearing an anthracenediyl moiety in the m...
It is currently not possible to directly measure the lateral pressure of a biomembrane. Mechanorespo...
Planarizable push–pull fluorescent probes, also referred to as flipper probes, have been introduced ...
New fluorescent probes were introduced as an innovative methodology to label lipid bilayer membranes...
Inspired by the color tuning of carotenoids pigments in lobster, our group highlighted how the inter...
The concept to couple fluorophore planarization and fluorophore polarization for the construction of...
We report design, synthesis and evaluation of push–pull quaterthiophene amphiphiles containing one 3...
AbstractWe have studied the properties of two new fluorescent probes, 7-dimethylaminocoumarin deriva...
Push–pull type fluorophores are often exploited as a biological probe because of their high environm...
The biological functions of the cell membrane are regulated by its physicochemical properties, such ...
The rational design of environmentally sensitive dyes with superior properties is critical for eluci...
The polarity of the interface between a lipid bilayer membrane and bulk water is an important physic...
This article assembles pertinent insights behind the concept of planarizable push–pull probes. As a ...
To image the membrane tension in living cells, planarizable push–pull probes have been introduced. T...
The fluorescence properties of a homologous series of fluorescent alkylamines are described. The b...
Two novel transmembrane fluorescent diester probes D and E bearing an anthracenediyl moiety in the m...
It is currently not possible to directly measure the lateral pressure of a biomembrane. Mechanorespo...
Planarizable push–pull fluorescent probes, also referred to as flipper probes, have been introduced ...