Indicators for Ca2+, Mg2+, Zn2+ and Other Metal Ions—Chapter 19
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Fluorescent Ca2+ Indicators Excited with UV Light—Section 19.2
- Fura-2, Indo-1 and Related Derivatives
- Quin-2 and Quin-2 AM
- Indicators with Intermediate Calcium-Binding Affinity
- Low-Affinity Calcium Indicators
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Fluorescent Ca2+ Indicators Excited with Visible Light—Section 19.3
- Fluo-3, Fluo-4, Rhod-2 and Related Derivatives
- Lower-Affinity Calcium Indicators Based on Fluo-3 and Rhod-2
- Calcium Green, Calcium Yellow, Calcium Orange and Calcium Crimson Indicators
- Oregon Green 488 BAPTA Indicators
- Fura Red Indicator
- Calcein
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Fluorescent Ca2+ Indicator Conjugates—Section 19.4
- Dextran Conjugates
- Reactive Fluo-4 Derivatives for Creating Ca2+ Indicator Conjugates
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Aequorin: A Bioluminescent Ca2+ Indicator—Section 19.5
- Properties and Applications of Aequorin
- Recombinant Aequorin
- Coelenterazine and Its Synthetic Analogs
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Fluorescent Mg2+ Indicators—Section 19.6
- Magnesium Indicators Excited by UV Light
- Magnesium Indicators Excited by Visible Light
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Fluorescent Indicators for Zn2+ and Other Metal Ions—Section 19.7
- Applications of Ca2+ and Mg2+ Indicators for Detection of Zn2+ and Other Metals
- Indicators for Zinc
- Indicators for Copper
- Indicators for Iron
- Indicators for Mercury, Lead, Barium and Cadmium
- Indicators for Nickel and Cobalt
- Indicators for Aluminum
- Indicators for Lanthanides
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Chelators, Calibration Buffers, Ionophores and Cell-Loading Reagents—Section 19.8
- Caged Calcium and Caged Calcium Chelators
- Nonfluorescent Chelators
- Calcium Calibration Buffer Kits
- Influx Pinocytic Cell-Loading Reagent
- Loading P2X7 Receptor–Expressing Cells
- Ionophores
- Probenecid: Inhibitor of Organic-Anion Transporters
- Pluronic F-127: A Useful Dispersing Reagent
- Reagents for Investigating Calcium Modulation and Second Messenger Activity
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