[Table/Fig-4]:
Clinical applications | Related studies |
---|---|
Pulp capping | Primary teeth: Tuna D and Olmez A 2008 [43] Permanent teeth: Witherspoon DE [44] concluded that MTA is a good substitute of Ca(OH)2 for vital pulp therapies because it stimulates a higher and greater quality and quantity of reparative dentin and also aids superior long term sealing ability |
Pulpotomy | Primary teeth: Torabinajad M and Chivin N [4], Ni Chaollai A et al., 2009 [45] Permanent teeth: Belobrov I et al., 2008 [46], Eghbal MJ et al., [47] revealed that MTA pulpotomy forms a dentine bridge completely and maintains the vitality of the radicular pulp by limiting the inflammation. |
Perforation repair (Furcal or root) | Primary teeth: Oliveria TM et al., 2008 [48] Permanent teeth: Arens DE and Torabinajad M [3], Wang P et al., 2009 [49] (MTA promotes bone healing and eliminates the signs of inflammation. hence, MTA can be considered as an alternative option for repair of furcal perforations both in primary and permanent teeth). |
Root end filling | Permanent teeth: Christiansen R et al., 2009 [50] found that healing of teeth treated with MTA as root end filling material had significantly better healing (96%) than those treated with orthograde GP filling (52%). |
Root canal filling | Primary teeth (absence of permanent successor): O’SullivanSM and Hartwell GR 2001 [51] Permanent teeth: Bogen G and Kuttler S 2009 [52] (obturation with MTA seemed to provide a biocompatible seal of root canal system). |
Resorption | Primary teeth: Sari S and Sonmez D 2009 [53] Permanent teeth: Silveria FF et al., [54] treated a double “Pink tooth” with MTA as root canal filling material and found favourable results after 18 months. Hence, MTA may be suitable material for treatment of internal resorption. |