发明名称 |
ASSAY AND METHOD |
摘要 |
The present invention relates to an assay for use in a method of determining the oral health status of a canine animal by identifying certain bacteria present or absent in a sample taken from the animal, and applying the information set out herein for each identified bacteria to statistical models in order to determine the oral health status of the animal. |
申请公布号 |
US2016138089(A1) |
申请公布日期 |
2016.05.19 |
申请号 |
US201414898149 |
申请日期 |
2014.06.13 |
申请人 |
MARS, INCORPORATED |
发明人 |
Harris Stephen James;Coates Matthew;Gibbs Matthew Ronald |
分类号 |
C12Q1/68;A61Q11/00;A61K8/02;G06F19/18;G06F19/24 |
主分类号 |
C12Q1/68 |
代理机构 |
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代理人 |
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主权项 |
1. An assay for use in a method for determining the oral health status of a canine animal, the assay comprising means for identifying at least two bacteria selected from the list consisting of:Peptostreptococcaceae_XIII_[G-1]_sp._COT-030Peptostreptococcaceae_XIII_[G-2]_sp._COT-077Capnocytophaga_canimorsusMoraxella_sp._COT-017Escherichia_coliFusobacterium_sp._COT-189Selenomonas_sputigena_COT-342Proprionibacterium_sp._COT-365Treponema_sp._COT-200Corynebacterium_sp._cluster 88112Erysipelotrichaceae_[G-3]_sp._COT-302Filifactor_sp._COT-163Lachnospiraceae_XIVa_[G-3]_sp.Filifactor_sp._COT-064Neisseria_sp._COT-049Neisseria_weaveri_COT-269Peptostreptococcaceae_XI_[G-6]_sp._COT-067Capnocytophaga_canimorus_COT-235Porphyromonas_macacae_COT-192Treponema_sp._COT-351Lachnospiraceae_XIVa_[G-6]_sp._COT-161Cardiobacterium_sp._COT-176Pasteurellaceae_sp._COT-271Peptostreptococcaceae_XI_[G-7]_sp._COT-155Schwartzia_sp._COT-063Wolinella_succinogenesActinobaceria_sp._COT-376Clostridiales_[F-2.G-1]_sp._COT-100_PO005Clostridiales_III_[G-3]_sp._COT-388Desulfovibrionales_sp._COT-009Peptostreptococcaceae_XI_[G-3]_sp._COT-034Porphyromonas_gulae_I_COT-052Treponema_sp._COT-198ParvimonasPeptostreptococcusMoraxellaFilifactorSchwartziaTreponemabacterium_cp04.17CapnocytophagaAtopobiumPhascolarctobacteriumGlobicatellaPrevotellaCurtobacteriumGranulicatellaSolobacterium provided that at least one of the bacteria is selected from the list consisting ofPeptostreptococcaceae_XIII_[G-1]_sp._COT-030Peptostreptococcaceae_XIII_[G-2]_sp._COT-077Capnocytophaga_canimorsusEscherichia_coliFusobacterium_sp._COT-189Selenomonas_sputigena_COT-342Proprionibacterium_sp._COT-365Treponema_sp._COT-200Corynebacterium_sp._cluster 88112Erysipelotrichaceae_[G-3]_sp._COT-302Filifactor_sp._COT-163Lachnospiraceae_XIVa_[G-3]_sp.Filifactor_sp._COT-064Neisseria_sp._COT-049Peptostreptococcaceae_XI_[G-6]_sp._COT-067Capnocytophaga_canimorus_COT-235Porphyromonas_macacae_COT-192Treponema_sp._COT-351Lachnospiraceae_XIVa_[G-6]_sp._COT-161Cardiobacterium_sp._COT-176Peptostreptococcaceae_XI_[G-7]_sp._COT-155Schwartzia_sp._COT-063Wolinella_succinogenesActinobaceria_sp._COT-376Clostridiales_[F-2.G-1]_sp._COT-100_PO005Clostridiales_III_[G-3]_sp._COT-388Desulfovibrionales_sp._COT-009Peptostreptococcaceae_XI_[G-3]_sp._COT-034Treponema_sp._COT-198ParvimonasFilifactorSchwartziabactedum_cp04.17CapnocytophagaAtopobiumPhascolarctobacteriumGlobicatellaCurtobacteriumGranulicatellaSolobacterium in a sample taken from the animal, and applying the information set out in table 5 for each identified bacteria to statistical models in order to determine the oral health status of the animal. |
地址 |
Mclean VA US |