https://www.selleckchem.com/
In the group of upregulated genes, galectin-7 was selected for further examination and its elevation after ErYAG laser treatment was validated by RT-PCR and Western blot. We demonstrated that silence of galectin-7 abrogated the effects of ErYAG laser on cell proliferation, migration ad invasion, suggesting the ErYAG laser promoted these effects through induction of galectin-7. Conclusion These findings indicated that ErYAG laser may accelerate the regeneration process in periodontal tissues through enhancement of their proliferative and mobile activities. A
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