Machine learning device, trained model, data structure, periodontal disease detection method, periodontal disease detection system, and periodontal disease detection kit

A periodontal disease detection system comprising:

• (i) a detection section to detect in a specimen at least two bacterial strains selected from the group consisting of Anaeroglobus, Cryptobacterium, Desulfobulbus, Desulfomicrobium, Desulfovibrio, Erysipelotrichaceae, Fretibacterium, Johnsonella, Mitsuokella, Mollicutes, Parascardovia, Pseudoramibacter, Pyramidobacter, Scardovia, Shuttleworthia, and Mycoplasma, and (ii) an evaluation section to evaluate a possibility that a specimen provider has contracted periodontal disease as high in cases in which a sum total of a number of sequence reads of the at least two bacterial strains included in the group is 0.02% or more with respect to a sum total of a number of sequence reads obtained by the detection section of 100%.

A periodontal disease detection kit comprising:

• (i) a detection device to detect in a specimen at least two bacterial strains selected from the group consisting of Anaeroglobus, Cryptobacterium, Desulfobulbus, Desulfomicrobium, Desulfovibrio, Erysipelotrichaceae, Fretibacterium, Johnsonella, Mitsuokella, Mollicutes, Parascardovia, Pseudoramibacter, Pyramidobacter, Scardovia, Shuttleworthia, and Mycoplasma, and (ii) an evaluation device to evaluate a possibility that a specimen provider has contracted periodontal disease as high in cases in which a sum total of a number of sequence reads of the at least two bacterial strains included in the group is 0.02% or more with respect to a sum total of a number of sequence reads obtained by the detection section of 100%.

A periodontal disease detection method including:

• (i) a detection process to detect in a specimen at least one bacterial strain selected from the group consisting of GN02, Ottowia, Sneathia, and Lautropia, and (ii) an evaluation process after the detection process to evaluate a possibility that a specimen provider has contracted periodontal disease as high in cases in which a sum total of a number of sequence reads of the at least one bacterial strain included in the group is 0.01% or less with respect to a sum total of a number of sequence reads obtained in the detection process of 100%.

A periodontal disease detection system comprising:

• (i) a detection section to detect in a specimen at least one bacterial strain selected from the group consisting of GN02, Ottowia, Sneathia, and Lautropia, and (ii) an evaluation section to evaluate a possibility that a specimen provider has contracted periodontal disease as high in cases in which a sum total of a number of sequence reads of the at least two bacterial strains included in the group is 0.01% or more with respect to a sum total of a number of sequence reads obtained by the detection section of 100%.

A periodontal disease detection kit comprising:

• (i) a detection device to detect in a specimen at least one bacterial strain selected from the group consisting of GN02, Ottowia, Sneathia, and Lautropia, and (ii) an evaluation device to evaluate a possibility that a specimen provider has contracted periodontal disease as high in cases in which a sum total of a number of sequence reads of the at least two bacterial strains included in the group is 0.01% or more with respect to a sum total of a number of sequence reads obtained by the detection section of 100%.