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Cat.No.:E-BC-K096-M
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Synonyms | GSH-PX |
Sample type | Serum,plasma,cells,cell culture supernatant,tissue |
Sensitivity | 34.34 U |
Detection range | 34.34-1036.64 U |
Detection method | Colorimetric method |
Assay type | Enzyme Activity |
Assay time | 40 min |
Precision | Average inter-assay CV: 8.7%Average intra-assay CV: 2.4% |
Other instruments required | Micropipettor, Incubator, Vortex mixer, Centrifuge |
Other reagents required | Normal saline (0.9% NaCl), PBS (0.01 M, pH 7.4) |
Storage | 2-8℃ |
Valid period | 12 months |
The activity of GPx was significantly reduced in the serum of patients with Keshan disease. (**P<0.01)
JC Huang et al investigate the relationship between selenium-related gene ALAD and Keshan disease. Glutathione peroxidase (GSH-Px) activity of human serum was determined using GSH-Px activity assay kit (E-BC-K096-M).
The optimal sampling volume are different for different species, also are different for different sample type. It is recommended to take 2~3 samples to do a pre-experiment, diluting a series of diluent and determine the dilution factor when the inhibition ratio is 10%~50% (the optimal inhibition ratio is the range of 25%~45%.) before formal experiment.
The recommended dilution factor for different samples is as follows (for reference only):
Sample type |
Dilution factor |
Human serum |
1 |
Mouse serum |
3-5 |
Rat serum |
5-8 |
10% Mouse brain tissue homogenate |
1 |
10% Rat liver tissue homogenate |
30-60 |
HepG2 cell homogenate (5 mgprot/mL) |
1 |
10% Plant tissue homogenate |
1-5 |
Note: The diluent is normal saline (0.9% NaCl) or PBS (0.01 M, pH 7.4).
PMID: 36160397 |
Sample: Primary Cardiomyocyte |
PMID: 33727180 |
Sample: Tissue Homogenate |
PMID: 36330218 |
Sample: Liver |
PMID: 34769040 |
Sample: Serum |
PMID: 35489465 |
Sample: Pig Testicular Cell (St Cell) |
Sample: Renal |
Sample: Brain |
Sample: Plasma |
DOI: 10.1111/jfbc.13359 |
|
Sample: Lung,Liver,Kidney |
PMID: 28943754 |
Sample: Lens Tissue |
DOI: 10.2147/IJGM.S402206 |
|
Sample: Serum |
PMID: 30820147 |
Sample: Lens Tissue |
PMID: 32437678 |
Sample: Sperm |
Sample: Tissue Homogenate(Heart) |
Sample: Serum |
DOI: 10.1002/jez.2603 |
|
Sample: Cortex |
DOI: 10.1111/jfbc.13865 |
|
PMID: 34263474 |
Sample: Liver,Kidney |
DOI: 10.1111/jfbc.13994 |
|
PMID: 34778972 |
Sample: Brain |
DOI: 10.1155/2018/7341242 |
|
Sample: Kidney Tissues |
Sample: Heart |
Sample: Follicular Fluid |
PMID: 34251583 |
Sample: H9C2 Cells |
DOI: 10.3390/cimb45020057 |
|
Sample: Colonic Tissue |
PMID: 35819692 |
Sample: Pcc 6803 Strains |
DOI: 10.2147/DMSO.S366609 |
|
Sample: Sciatic Nerve Tissue |
PMID: 35030965 |
Sample: Placental Tissue |
DOI: 10.1155/2021/1622270 |
|
PMID: 34409099 |
Sample: Liver,Kidney,Cardiac |
PMID: 36241955 |
Sample: Serum |
PMID: 35058758 |
Sample: Hippocampus Tissue |
DOI: 10.1002/jsfa.12010 |
|
PMID: 35567370 |
Sample: Serum |
PMID: 32220623 |
Sample: Tissue Homogenate |
DOI: 10.1111/jfbc.14306 |
|
PMID: 35766031 |
Sample: Brain Tissue |
DOI: 10.1111/jfbc.14397 |
|
PMID: 36069470 |
Sample: Heart Tissue |
DOI: 10.21037/atm-22-483 |
|
PMID: 35280364 |
Sample: Myocardium |
PMID: 32438076 |
Sample: Tissue Homogenate |
Sample: Kidney Tissue |
Sample: Testicular Tissue |
PMID: 35443217 |
Sample: Serum |
PMID: 34454183 |
Sample: Brain Tissue,Ht-22 Cell |
PMID: 34684685 |
Sample: Hdf Cell |
PMID: 32768965 |
Sample: Plasma,Tissue Homogenate |
DOI: 10.3390/nu12113511 |
|
PMID: 33202660 |
Sample: Serum |
Sample: Liver,Kidney,Lungs |
Sample: Serum,Liver |
Sample: Serum,Ruminal Fluid |
PMID: 36375957 |
Sample: Larvae |
Sample: Testicular Tissue |
PMID: 33932738 |
Sample: Tissue Homogenate(Kidney) |
PMID: 34399203 |
Sample: Heart |
DOI: 10.3390/nu14153179 |
|
Sample: Hippocampus,Cortex |
DOI: 10.3390/nu14214665 |
|
Sample: Serum |
PMID: 36358477 |
Sample: Liver,Serum |
Sample: Serum |
Q***ySubmitted [ Oct 08 2024 ]
Asked: Hello. Is the formula in this manual correct? I cannot get sensible numbers after I input my OD values in your supposed formula. I tried to study the example, hoping to understand the formula. But I also cannot derive the numbers in your appendix II Example analysis. Where did those two 5 come from? Thank you.
Reply
adminSubmitted [ Oct 08 2024 ]
Answered: Dear customer, Thanks for your inquiry. For your request of Glutathione Peroxidase (GSH-Px) Activity Assay Kit. The volume of the serum sample added to the reaction system (V) was 20 μL= 0.02 mL, and V=0.02mL was substituted into the formula, (0.23+V) /(0.03+V)=0.25/0.05=5, 0.1/0.02=5. The two 5 in the appendix II Example analysis are calculated by substituting V into the formula. Please feel free to contact us if any questions we could help. Thank you.
M******************OSubmitted [ Oct 26 2022 ]
Asked: My i know is the formula calculation for protein is correct for Cat.No.:E-BC-K096-M ?
Reply
adminSubmitted [ Oct 26 2022 ]
Answered: Hi MUHAMMAD, I'll reply you by mail sincerely Lizzy
d*********aSubmitted [ Sep 26 2022 ]
Asked: Is the kit suitable for erythrocyte lysate?
Reply
adminSubmitted [ Sep 26 2022 ]
Answered: Dear Dragosalava, Thanks for your inquiry, we confirm with you that product #E-BC-K096-M, Glutathione Peroxidase (GSH-Px) Activity Assay Kit is suitable for erythrocyte lysate.
M*****aSubmitted [ Jul 26 2022 ]
Asked: Is the kit suitable for rabbit sample?
Reply
adminSubmitted [ Jul 26 2022 ]
Answered: Yes.
M*****aSubmitted [ Jul 26 2022 ]
Asked: Is the kit suitable for rabbit sample?
Reply
adminSubmitted [ Jul 26 2022 ]
Answered: Dear Miss.na,thanks for your message.This kit can be used with rabbit sample. Warm regards,
M*****aSubmitted [ Jul 26 2022 ]
Asked: How to determine the dilution factor of the sample?
Reply
adminSubmitted [ Jul 26 2022 ]
Answered: There is no need to dilute the sample, when the Inhibition ratio of sample is 10-50%. If the inhibition ratio is above 50%, the sample needs to be diluted.
adminSubmitted [ Jul 26 2022 ]
Answered: There is no need to dilute the sample, when the Inhibition ratio of sample is 10-50%. If the inhibition ratio is above 50%, the sample needs to be diluted.