Enterobacteriaceae - Globe Thesis

Keyword [Enterobacteriaceae] Result: 1 - 17 \| Page: 1 of 1
1.	Research On Preservation Technology Of Pseudosciaena Crocea With Controlled Freezing-point And Modified Atmosphere Packaging
2.	Research In Activated Sludge Of Tetracycline-resistance Gene And Tetracycline-resistant Lactose-fermentation Enterobacteriaceae In The Wastewater Treatment Plant
3.	Research On β-lactam-resistance Gene In Lactose-fermentation Enterobacteriaceae In The Wastewater Treatment Plant
4.	Distribution Of Tetracycline Resistant Bacteria And Tetracycline Resistant Genes In The Livestock Feces, Compost And Soil
5.	Research In β-lactam-resistance Lactose-fermentation Enterobacteriaceae And β-lactam Resistance-gene In The Different Wastewater Environments
6.	Detection Of Antibiotic Resistance And Various Resistance Genes In Enterobacteriaceae Isolated From The Urban Sewage
7.	Microflora Changes Of Hot-Boned Pork During Storage And Establishment Of Predictive Model Of Enterobacteriaceae
8.	Research On Spoilage Microorganisms And Growth Prediction Model In Chilled Duck With Modified Atmosphere Packaging
9.	Occurrence And Fate Of Tetracycline Resistant Genes In Livestock Manure,Compost And Soil
10.	Study On The Numerical Identification And Antimicrobial Resistance Of Foodborne Enterobacteriales
11.	Changes Of Antibiotic Resistance Genes In Lactose-Fermenting Enterobacteriaceae During Wastewater Treatment
12.	The Applied Research Of MALDI-TOF Mass Spectrometry In The Matter Of Carbapenemase Rapid Screening And Epidemiology Of Enterobacteriaceae
13.	Study On The Horizontal Transmission Mechanism Of Plasmid-mediated Carbapenems Resistant Genes In Duck Slaughtering Chain
14.	Molecular Epide Miology Of ESBLs And Mcr-1 Gene Among Enterobacteriaceae Isolated From Retail Vegetables
15.	Isolation Of Enterobacteria Bacteriophage And Its Preliminary Application In Chilled Mutton
16.	Flaxseed and buckwheat supplemented diets altered Enterobacteriaceae prevalence in the cecum and feces of mice
17.	Prevalence Of FosA3 Gene Among ESBLs-producing Enterobacteriaceae Isolates From Retail Vegetables In China
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