| disease |
Acute Sulfur Mustard Exposure |
--- |
| paper link |
https://pubmed.ncbi.nlm.nih.gov/10096363
|
--- |
| reference vancouver |
DeCristofaro MF, Bernstein IA, Vaughan FL. DNA repair in primary human keratinocyte cultures after low level exposure to bis(2-chloroethyl)sulfide. J Toxicol Environ Health A. 1999;56(6):405-17. |
--- |
| type of study |
in vitro |
--- |
| info_type_of_study |
- |
--- |
| organism |
Homo sapiens |
--- |
| info_organism |
- |
--- |
| sample type |
NM |
--- |
| info_sample_type |
- |
--- |
| variable_name |
DNA breaks repair |
--- |
| official symbol |
DNA repair |
This cellular machinery prevents or corrects DNA damage. |
| info official symbol |
base-specific repair |
--- |
| variable category |
Phenotype |
--- |
| sign of difference id |
UP |
--- |
| experimental design id |
Case-Control |
--- |
| case |
Chronic Sulfur Mustard Exposure |
--- |
| info case |
sulfur mustard exposed 30, 40 and 50 uM |
--- |
| case count |
0 |
--- |
| control |
Untreated cells |
--- |
| info_control |
unexposed control |
--- |
| control count |
0 |
--- |
| technique |
Radioimmunoassay |
--- |
| p value |
<0.05 |
--- |
| confidence interval |
NM |
--- |
| year of publication |
1999 |
--- |
| correspond name |
Not Mentioned |
--- |
| email |
nm@gmail.com |
--- |
