Root biomodifiers help in removing the smear layer following mechanical debridement. In this context, we evaluated and compared the efficacy of MTAD, MTAD+I-PRF, and phosphate-buffered saline-conditioned dentin surfaces by examining the distribution of the fibrin network using scanning electron microscopy. It was concluded that MTAD can serve as a potentially useful root conditioner/biomodifier. Further, the adjunct of MTAD+I-P resulted in more fibrin network linkage on the dentinal surface when compared to MTAD alone which can be of great utility in Advanced Regenerative Therapy.

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http://www.ncbi.nlm.nih.gov/pmc/articles/PMC11001077PMC
http://dx.doi.org/10.4103/jpbs.jpbs_649_23DOI Listing

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Root biomodifiers help in removing the smear layer following mechanical debridement. In this context, we evaluated and compared the efficacy of MTAD, MTAD+I-PRF, and phosphate-buffered saline-conditioned dentin surfaces by examining the distribution of the fibrin network using scanning electron microscopy. It was concluded that MTAD can serve as a potentially useful root conditioner/biomodifier.

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