Prevalence of red and orange microbial complexes in endodontic-periodontal lesions: a systematic review and meta-analysis

[21] Kokaras AS(2011)Serum IgG reactive with oral anaerobic microorganisms associated with infections of endodontic origin Lancet (London, England) 377 108-338

[22] Chen T(1992)Polymerase chain reaction-based simultaneous detection of selected bacterial species associated with closed periapical lesions Oral Microbiol Immunol 7 106-940

[23] Paster BJ(2005)Molecular analysis of Filifactor alocis, Tannerella forsythia, and treponema denticola associated with primary endodontic infections and failed endodontic treatment Eur J Med Res 10 333-89

[24] Zhang Y(2006)Comparison of the effectiveness of bacterial culture, 16S rDNA directed polymerase chain reaction, and checkerboard DNA-dNA hybridization for detection of J Endod 32 937-6

[25] Wang X(2002) in endodontic infections J Endod 28 86-26

[26] Li H(2018)Correlation between crestal alveolar bone loss with intracanal bacteria and apical lesion area in necrotic teeth Arch Oral Biol 95 1-893

[27] Ni C(2003)Oral treponemes in primary root canal infections as detected by nested PCR Int Endod J 36 20-180

[28] Du Z(2012)A microbiological profile of unexposed and exposed pulp space of primary endodontic infections by checkerboard DNA-DNA hybridization J Endod 38 889-441

[29] Yan F(2003)Campylobacter gracilis and Campylobacter rectus in primary endodontic infections Int Endod J 36 174-113

[30] Didilescu AC(2003)Positive and negative bacterial associations involving Dialister pneumosintes in primary endodontic infections J Endod 29 438-647

[21] Kokaras AS(2011)Serum IgG reactive with oral anaerobic microorganisms associated with infections of endodontic origin Lancet (London, England) 377 108-338

[22] Chen T(1992)Polymerase chain reaction-based simultaneous detection of selected bacterial species associated with closed periapical lesions Oral Microbiol Immunol 7 106-940

[23] Paster BJ(2005)Molecular analysis of Filifactor alocis, Tannerella forsythia, and treponema denticola associated with primary endodontic infections and failed endodontic treatment Eur J Med Res 10 333-89

[24] Zhang Y(2006)Comparison of the effectiveness of bacterial culture, 16S rDNA directed polymerase chain reaction, and checkerboard DNA-dNA hybridization for detection of J Endod 32 937-6

[25] Wang X(2002) in endodontic infections J Endod 28 86-26

[26] Li H(2018)Correlation between crestal alveolar bone loss with intracanal bacteria and apical lesion area in necrotic teeth Arch Oral Biol 95 1-893

[27] Ni C(2003)Oral treponemes in primary root canal infections as detected by nested PCR Int Endod J 36 20-180

[28] Du Z(2012)A microbiological profile of unexposed and exposed pulp space of primary endodontic infections by checkerboard DNA-DNA hybridization J Endod 38 889-441

[29] Yan F(2003)Campylobacter gracilis and Campylobacter rectus in primary endodontic infections Int Endod J 36 174-113

[30] Didilescu AC(2003)Positive and negative bacterial associations involving Dialister pneumosintes in primary endodontic infections J Endod 29 438-647