We introduce a family of bright, rhodamine-based calcium indicators with tuneable affinities and colors. The indicators can be specifically localized to different cellular compartments and are compatible with both fluorescence and bioluminescence readouts through conjugation to HaloTag fusion proteins. Importantly, their increase in fluorescence upon localization enables no-wash live-cell imaging, which greatly facilitates their use in biological assays. Applications as fluorescent indicators in rat hippocampal neurons include the detection of single action potentials and of calcium fluxes in the endoplasmic reticulum (ER). Applications as bioluminescent indicators include the recording of the pharmacological modulation of nuclear calcium i...
Calcium ions mediate a multitude of biochemical and biophysical signaling processes in cells. Calciu...
Recording activity from identified populations of neurons is a central goal of neuroscience. Changes...
Recording activity from identified populations of neurons is a central goal of neuroscience. Changes...
Two of the most powerful implementations of fluorescent protein (FP) technology are “highlighters”, ...
Two of the most powerful implementations of fluorescent protein (FP) technology are “highlighters”, ...
Genetically-Encoded Fluorescent Calcium Indicators for Optical Imaging (GECOs), that modulate their ...
We designed Calcium Rubies, a family of functionalizable BAPTA-based red-fluorescent calcium (Ca2+) ...
We introduce here a new class of BODIPY-based Ca2+ indicators which can be derivatized with biologic...
Monitoring calcium fluxes in real time could help to understand the development, the plasticity, and...
We designed Calcium Rubies, a family of functionalizable BAPTA-based red-fluorescent calcium (Ca2+) ...
Monitoring calcium fluxes in real time could help to understand the development, the plasticity, and...
We designed Calcium Rubies, a family of functionalizable BAPTA-based red-fluorescent calcium (Ca2+) ...
Calcium ions mediate a multitude of biochemical and biophysical signaling processes in cells. Calciu...
Monitoring calcium fluxes in real time could help to understand the development, the plasticity, and...
AbstractMost chemical and, with only a few exceptions, all genetically encoded fluorimetric calcium ...
Calcium ions mediate a multitude of biochemical and biophysical signaling processes in cells. Calciu...
Recording activity from identified populations of neurons is a central goal of neuroscience. Changes...
Recording activity from identified populations of neurons is a central goal of neuroscience. Changes...
Two of the most powerful implementations of fluorescent protein (FP) technology are “highlighters”, ...
Two of the most powerful implementations of fluorescent protein (FP) technology are “highlighters”, ...
Genetically-Encoded Fluorescent Calcium Indicators for Optical Imaging (GECOs), that modulate their ...
We designed Calcium Rubies, a family of functionalizable BAPTA-based red-fluorescent calcium (Ca2+) ...
We introduce here a new class of BODIPY-based Ca2+ indicators which can be derivatized with biologic...
Monitoring calcium fluxes in real time could help to understand the development, the plasticity, and...
We designed Calcium Rubies, a family of functionalizable BAPTA-based red-fluorescent calcium (Ca2+) ...
Monitoring calcium fluxes in real time could help to understand the development, the plasticity, and...
We designed Calcium Rubies, a family of functionalizable BAPTA-based red-fluorescent calcium (Ca2+) ...
Calcium ions mediate a multitude of biochemical and biophysical signaling processes in cells. Calciu...
Monitoring calcium fluxes in real time could help to understand the development, the plasticity, and...
AbstractMost chemical and, with only a few exceptions, all genetically encoded fluorimetric calcium ...
Calcium ions mediate a multitude of biochemical and biophysical signaling processes in cells. Calciu...
Recording activity from identified populations of neurons is a central goal of neuroscience. Changes...
Recording activity from identified populations of neurons is a central goal of neuroscience. Changes...