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Prevalence, diversity and public health implications of Helicobacter species in pet and stray dogs
Joseph Opeolu Ashaolu, Yu Jen Tsai, Chia Chen Liu,
Dar Der Ji
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醫學系熱帶醫學科
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引文 斯高帕斯(Scopus)
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深入研究「Prevalence, diversity and public health implications of Helicobacter species in pet and stray dogs」主題。共同形成了獨特的指紋。
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Keyphrases
Canine
100%
Helicobacter
100%
Public Health Impact
100%
Stray Dogs
100%
Pet Dogs
100%
Helicobacter Pylori (H. pylori)
57%
Taipei
42%
Helicobacter Infections
42%
Risk Factors
28%
Phylogenetic Analysis
28%
Canicola
28%
Fecal Samples
14%
Etiology
14%
PCR Detection
14%
High Prevalence
14%
Phylogenetic Tree
14%
Transmission Route
14%
Identification Analysis
14%
16S rRNA Gene
14%
Genotype
14%
Amplification Method
14%
Public Health Risk
14%
Human Disease
14%
Mixed Breed
14%
Predominant Species
14%
PCR Products
14%
Gene Amplification
14%
Database Analysis
14%
Total DNA
14%
Bacterial Identification
14%
Prevalence Factors
14%
Living Status
14%
Common Ancestry
14%
Reference Strain
14%
Semi-nested PCR
14%
Evolutionary Distance
14%
Animal Shelter
14%
H. Bilis
14%
Domestic Animals
14%
Animal Facility
14%
H. Canis
14%
Zoonotic Transmission
14%
Bacterial Phylogeny
14%
Agricultural and Biological Sciences
Prevalence
100%
Canine
100%
Helicobacter
100%
Nutrition Policy
100%
Cladistics
42%
Pylorus
42%
Risk Factor
28%
Ancestry
14%
Breed
14%
Nested Polymerase Chain Reaction
14%
Helicobacter Pylori
14%
Gene Amplification
14%
Canis
14%
Domestic Animal
14%
Purebreds
14%
Mixed Breeds
14%
Evolution
14%
Ribosomal RNA
14%
Immunology and Microbiology
Prevalence
100%
Helicobacter
100%
Pet Animal
100%
Stray Dog
100%
Pylorus
42%
Phylogeny
28%
Breed
28%
Cladistics
28%
Phylogenetic Tree
14%
Canis
14%
Helicobacter Pylori
14%
Evolution
14%
Zoonotic
14%
Nested Polymerase Chain Reaction
14%
Gene Amplification
14%
Bacterium Identification
14%
Veterinary Science and Veterinary Medicine
Dog
100%
Canine
100%
Pylorus
57%
Canis
14%