Peroxisome structure   Peroxisomes are single membrane–bound vesicles found in most eukaryotic cells. Their chief function is to enzymatically oxidize fatty acids and to subsequently catalyze the breakdown of H2O2, a by-product of fatty acid degradation. They are critical in maintaining the normal function of both brain and lungs in mammals and are involved in energy metabolism. Peroxisomes can be investigated in live cells using fluorescent fusion proteins targeted to the organelle, and in fixed cells using antibodies to peroxisomal membrane proteins.

CellLight® reagent for peroxisomes

Peroxisome labeling in fixed cells

Selection guides
 
Readout
 Expression of fluorescent fusion protein
Target
Uses peroxisomal C-terminal targeting sequence  
Common filter set
FITC
Labels
GFP
Ex/Em (nm)
488/520
Signal-to-noise ratio
Photostability
Multiplexing
Yes
Live cells
Yes
Fixed cells
No
Fixable
Yes
Platform
 Imaging
Format
1 mL
Cat. No.
 
Readout
 Secondary staining of peroxisomes
Target
 Labels peroxisomal membrane protein 70 (PMP 70)
Common filter set
FITC
Labels
Alexa Fluor® 488
Ex/Em (nm)
496/519
Signal-to-noise ratio
Photostability
Multiplexing
Yes
Live cells
Yes
Fixed cells
No
Fixable
Yes
Platform
Imaging 
Format
1 kit
Cat. No.
 
Readout
 Expression of fluorescent fusion protein
Target
Uses peroxisomal C-terminal targeting sequence  
Common filter set
FITC
Labels
GFP
Ex/Em (nm)
488/520
Signal-to-noise ratio
Photostability
Multiplexing
Yes
Live cells
Yes
Fixed cells
No
Fixable
Yes
Platform
 Imaging
Format
1 mL
Cat. No.
 
Readout
 Secondary staining of peroxisomes
Target
 Labels peroxisomal membrane protein 70 (PMP 70)
Common filter set
FITC
Labels
Alexa Fluor® 488
Ex/Em (nm)
496/519
Signal-to-noise ratio
Photostability
Multiplexing
Yes
Live cells
Yes
Fixed cells
No
Fixable
Yes
Platform
Imaging 
Format
1 kit
Cat. No.
For Research Use Only. Not for use in diagnostic procedures.