Add to ORKGfluorescent sensors for pH windows are presented, based on the self-assembling of lipophilic components in micelles. The ON position of the window can be finely tuned by choosing the components and the composition of the micell
Realtime monitoring of the cellular environment, such as the intracellular pH, in a defined cellular...
A new approach based on self-assembly inside micelles has been individuated to prepare a system beha...
Development and characterization of fluorescent pH sensors based on porous silica and hydrogel suppo...
fluorescent sensors for pH windows are presented, based on the self-assembling of lipophilic compone...
Multicomponent fluorescent sensors for pH windows are self-assembled in micellar containers of non-i...
A micellar approach is proposed to build a series of systems featuring an '' off-on-off '' fluoresce...
The position of the window in an "off-on-off" fluorescent pH sensor may be shifted at will along a p...
A new approach is presented to obtain fluorescent sensors for pH windows that work in water and unde...
A multitasking fluorescent device can be obtained by forming micelles of Triton X-100, containing a ...
Micelles of nanometric dimensions are used to self-assemble two or more lipophilic molecular compone...
Micelles can be used as containers to confine different lipophilic molecules in the same nanometric ...
PHEA-PEG5000-C16 is a polyaspartamide polymer with appended hydrophilic PEG-5000 functions and hydro...
Micellar devices contain a lipophilic complex and a fluorescent ligand for the apical position of th...
The lipophilicity of molecules such as fatty acids can be measured with a fluorescent signal, due to...
Evaluation and parametrization of lipophilicity is an important step in profiling drug-like properti...
Realtime monitoring of the cellular environment, such as the intracellular pH, in a defined cellular...
A new approach based on self-assembly inside micelles has been individuated to prepare a system beha...
Development and characterization of fluorescent pH sensors based on porous silica and hydrogel suppo...
fluorescent sensors for pH windows are presented, based on the self-assembling of lipophilic compone...
Multicomponent fluorescent sensors for pH windows are self-assembled in micellar containers of non-i...
A micellar approach is proposed to build a series of systems featuring an '' off-on-off '' fluoresce...
The position of the window in an "off-on-off" fluorescent pH sensor may be shifted at will along a p...
A new approach is presented to obtain fluorescent sensors for pH windows that work in water and unde...
A multitasking fluorescent device can be obtained by forming micelles of Triton X-100, containing a ...
Micelles of nanometric dimensions are used to self-assemble two or more lipophilic molecular compone...
Micelles can be used as containers to confine different lipophilic molecules in the same nanometric ...
PHEA-PEG5000-C16 is a polyaspartamide polymer with appended hydrophilic PEG-5000 functions and hydro...
Micellar devices contain a lipophilic complex and a fluorescent ligand for the apical position of th...
The lipophilicity of molecules such as fatty acids can be measured with a fluorescent signal, due to...
Evaluation and parametrization of lipophilicity is an important step in profiling drug-like properti...
Realtime monitoring of the cellular environment, such as the intracellular pH, in a defined cellular...
A new approach based on self-assembly inside micelles has been individuated to prepare a system beha...
Development and characterization of fluorescent pH sensors based on porous silica and hydrogel suppo...