| disease |
Acute Sulfur Mustard Exposure |
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| paper link |
https://pubmed.ncbi.nlm.nih.gov/28830012
|
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| reference vancouver |
Zhang X, Mei Y, Wang T, Liu F, Jiang N, Zhou W, Zhang Y. Early oxidative stress, DNA damage and inflammation resulting from subcutaneous injection of sulfur mustard into mice. Environ Toxicol Pharmacol. 2017;55:68-73. |
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| type of study |
in vivo |
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| info_type_of_study |
- |
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| organism |
Mus musculus |
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| info_organism |
Balb/c mice |
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| sample type |
Blood (serum) |
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| info_sample_type |
- |
--- |
| variable_name |
Glutathione (GSH) |
--- |
| official symbol |
glutathione |
A biological metabolite involved in cellular metabolic processes and homeostasis. |
| info official symbol |
- |
--- |
| variable category |
Metabolite |
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| sign of difference id |
DOWN |
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| experimental design id |
Case-Control |
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| case |
Acute Sulfur Mustard Exposure |
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| info case |
sulfur mustard exposed, 30 mg/kg, after 72h. |
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| case count |
10 |
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| control |
Healthy Control |
--- |
| info_control |
normal saline exposed |
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| control count |
10 |
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| technique |
Immunoturbidimetric assay |
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| p value |
<0.001 |
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| confidence interval |
NM |
--- |
| year of publication |
2017 |
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| correspond name |
Not Mentioned |
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| email |
nm@gmail.com |
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