Cuproptosis, which name is nominated in March 2022, is a novel mechanism of regulated cell death .This copper-dependent death occurs by means of direct binding of copper to lipoylated components of the TCA cycle, which results in lipoylated protein aggregation and subsequent iron-sulfur cluster protein loss and leads to proteotoxic stress and ultimately cell death.Elabscience ® independently developed detection kits for cell copper, glutathione, and other indicators to assist in copper death research.
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Price: $320.00
Size:
- 500Assays
- 96T
Qty:
-
+
Price: $320.00
Cat. No.:
E-BC-K771-M
Sample Type:
Cell
Detection Instrument:
Microplate reader (450 nm)
Reasearch Areas:
Cuproptosis;Ferroptosis;Disulfidptosis
Fluorescence microplate reader
GSH/GSSG
GSH
GSSG
Price: $400.00
Size:
- 96T
Qty:
-
+
Price: $400.00
Cat. No.:
E-BC-F045
Sample Type:
Serum;Plasma;Animal tissue;Cell
Detection Instrument:
Fluorescence microplate reader (Ex/Em=390 nm/490 nm)
Reasearch Areas:
Oxidative stress;Ferroptosis;Cuproptosis;Disulfidptosis
Price: $150.00
Size:
- 96T
- 48T
Qty:
-
+
Price: $150.00
Cat. No.:
E-BC-K030-M
Sample Type:
Serum;Plasma;Cell culture supernatant;Tissue;Cell
Detection Instrument:
Microplate reader (405-414 nm)
Reasearch Areas:
Oxidative stress;cuproptosis;Ferroptosis
Price: $420.00
Size:
- 96T
- 48T
Qty:
-
+
Price: $420.00
Cat. No.:
E-BC-K815-M
Sample Type:
Animal and plant tissue;Cell
Detection Instrument:
Microplate reader (440-460 nm, optimum wavelength: 450 nm)
Reasearch Areas:
Ferroptosis;Cuproptosis;Disulfidptosis;Metabolic Diseases;Oxidative Stress
