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Unit Size​
10 doses
25 doses
50 doses
Catalog Number

GL61202-10

GL61202-25

GL61202-50
​Price​
 
300.00 USD
600.00 USD
1000.00 USD

Bioluminescent Glucose Luciferin (BiGLuc) is a novel bioluminescent glucose-uptake probe for real-time, non-invasive longitudinal imaging of glucose absorption both in vitro and in vivo.

Catalog Number
GL61203-1
GL61203-5
GL61203-25
Unit Size​
1mg
5mg
25mg
​Price​
 
300.00 USD
900.00 USD
2700.00 USD

Fatty Acid Luciferin (FA-SS-luc) is a novel molecular imaging probe for a real-time noninvasive bioluminescent imaging of fatty uptake in cell culture and living animals

Catalog Number
GL61204-5
GL61204-20
GL61204-50
Unit Size​
5mg​
25mg
50mg
​Price​
 
500.00 USD
1500.00 USD
2100.00 USD

Hydrogen Peroxide Luciferin (PCL-1) is a chemoselective bioluminescent probe for noninvasive real-time imaging and quantification of hydrogen peroxide fluxes in cell culture and living animals.

Catalog Number
GL61205-10
GL61205-25
GL61205-50
Unit Size​
10 injections
25 injections
50 injections
​Price​
 
300.00 USD
600.00 USD
1000.00 USD

GlowBioTM Caspase 3/7 substrate is a caged bioluminescent probe based on the DEVD peptide. The amount of light produced as the result of specific cleavage of the DEVD sequence is proportional to the activity of Caspase3/7.

Catalog Number
GL61206-10
GL61206-25
GL61206-50
Unit Size​
10 injections
25 injections
50 injections
​Price​
 
400.00 USD
800.00 USD
1200.00 USD

MAL3 is the only probe that allows quantification of ΔΨm based on ultrasensitive bioluminescent imaging.

Catalog Number
GL61207-1
GL61207-5
GL61207-25
Unit Size​
1mg
5mg
25mg
​Price​
 
300.00 USD
900.00 USD
2700.00 USD

A unique set of a novel optical BSH probes for ultrasensitive and cost-effective quantification of BSH activities across a wide range of biological settings such as pure enzymes, live bacteria and patient-derived stools.

Catalog Number
GL61209-1
GL61209-5
GL61209-25
Unit Size​
1mg
5mg
25mg
​Price​
 
250.00 USD
900.00 USD
2700.00 USD

The novel caged luciferin GBLI-2 is based on mouse granzyme B tetrapeptide IEFD substrate and allows ultrasensitive noninvasive, longitudinal, real-time, imaging of its activity both in vitro and in vivo.

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