The calcium-triggered photoprotein aequorin has been used as a sensitive indicator of cytoplasmic free calcium in cells of relatively large size. We describe here several novel modifications to the technique that make it possible to detect resting levels of free calcium in single mammalian oocytes, fibroblasts and granulosa cells. Concentrations of free calcium as low as 1 X 10~7M have been measured in single fibroblasts, corresponding to a detection limit of 10~18mol
This paper is a short review of the fluorimetric methods used to measure intracellular free Ca++ con...
AbstractWe describe a novel and simple method for the measurement of bacterial cytosolic free calciu...
As discussed throughout this book, the development of calcium-sensitive indicators based on the calc...
The recombinant Ca2+ sensitive photoprotein aequorin was the first probe used to measure specificall...
Targeted recombinant aequorins represent to date the most specific means of monitoring [Ca2+] in sub...
Targeted recombinant aequorins represent to date the most specific means of monitoring [Ca2+] in sub...
The Ca2+-activated photoproteins aequorin and obelin are capable of detecting rapid changes in free ...
Aequorin is a Ca(2+) sensitive photoprotein suitable to measure intracellular Ca(2+) transients in m...
In the last decade, the study of Ca2+ homeostasis within organelles in living cells has been greatly...
We have recently developed a new method for monitoring Ca2+ concentrations in defined cell compartme...
In the last decade, the study of Ca2+ homeostasis within organelles in living cells has been greatly...
The photoprotein aequorin generates blue light upon binding of Ca2+ ions. Together with its very low...
Cytoplasmic free calcium [( Ca2+]i) is a key intracellular messenger in many cell types. We have use...
of the free calcium concentration of single quiescent human fibroblasts beforeand after serum additi...
Aequorin, a 22 kDa protein produced by the jellyfish Aequorea victoria, was the first probe used to ...
This paper is a short review of the fluorimetric methods used to measure intracellular free Ca++ con...
AbstractWe describe a novel and simple method for the measurement of bacterial cytosolic free calciu...
As discussed throughout this book, the development of calcium-sensitive indicators based on the calc...
The recombinant Ca2+ sensitive photoprotein aequorin was the first probe used to measure specificall...
Targeted recombinant aequorins represent to date the most specific means of monitoring [Ca2+] in sub...
Targeted recombinant aequorins represent to date the most specific means of monitoring [Ca2+] in sub...
The Ca2+-activated photoproteins aequorin and obelin are capable of detecting rapid changes in free ...
Aequorin is a Ca(2+) sensitive photoprotein suitable to measure intracellular Ca(2+) transients in m...
In the last decade, the study of Ca2+ homeostasis within organelles in living cells has been greatly...
We have recently developed a new method for monitoring Ca2+ concentrations in defined cell compartme...
In the last decade, the study of Ca2+ homeostasis within organelles in living cells has been greatly...
The photoprotein aequorin generates blue light upon binding of Ca2+ ions. Together with its very low...
Cytoplasmic free calcium [( Ca2+]i) is a key intracellular messenger in many cell types. We have use...
of the free calcium concentration of single quiescent human fibroblasts beforeand after serum additi...
Aequorin, a 22 kDa protein produced by the jellyfish Aequorea victoria, was the first probe used to ...
This paper is a short review of the fluorimetric methods used to measure intracellular free Ca++ con...
AbstractWe describe a novel and simple method for the measurement of bacterial cytosolic free calciu...
As discussed throughout this book, the development of calcium-sensitive indicators based on the calc...