Hi, Maria, I am not sure that ROS can directly influence alternative spilicing. However, some indirect effect is well-known. For exmaple, cancer cells have a high ROS accumulation level. For the other side, human DNMT genes or Ron (MST1R) proto-oncogene. We can just speculate that cells with high ROS accumulation have a higher genoime instability, whcih may lead to widely alteration in gene expression.
Thank you, Taras! I am sure that the answer is yes, it is possible, because essentially every signal shown to control transcription can independently, or through transcription, control alternative splicing. But as I was searching for specific cases in PubMed, I could not find any more detailed relevant papers. All studies are indicative but not rather directly deciphering the mechanisms behind.
Hi, Maria, I agree with you, there is not direct effect of the ROS itself, it is rather indirect effect of the ROS on many cell characteristics, including cell developmental program. Type of the ROS and it localization also very essential. Because of this non-specificity, there is not too much investigations in this topic...