Manual of Clinical Microbiology, Volume 1ASM Press, 2003 - 2113 pagine Includes information on infection detection and prevention and control, diagnostic technologies, bacteriology, antibacterial, antiviral, antifungal, and antiparasitic agents and susceptibility test methods, virology, mycology, and parasitology. |
Dall'interno del libro
Risultati 1-3 di 81
Pagina 139
... genetic relatedness that is necessary to answer the question posed . In many cases , this requires accurate measures of genetic relatedness in order to group isolates through cluster anal- yses . Methods have evolved that indeed provide ...
... genetic relatedness that is necessary to answer the question posed . In many cases , this requires accurate measures of genetic relatedness in order to group isolates through cluster anal- yses . Methods have evolved that indeed provide ...
Pagina 141
... genetic relatedness for isolates within a species . resolves polymorphisms through differences in the electro- phoretic mobilities of the gene products of different alleles . of the same gene . Electrophoretic mobility depends primar ...
... genetic relatedness for isolates within a species . resolves polymorphisms through differences in the electro- phoretic mobilities of the gene products of different alleles . of the same gene . Electrophoretic mobility depends primar ...
Pagina 1196
... GENETIC TESTS TO DETECT RESISTANCE GENES There are four major reasons to use genetic tests to identify antimicrobial resistance genes or mutations associated with resistance . First , genetic methods are helpful for arbitrating MIC ...
... GENETIC TESTS TO DETECT RESISTANCE GENES There are four major reasons to use genetic tests to identify antimicrobial resistance genes or mutations associated with resistance . First , genetic methods are helpful for arbitrating MIC ...
Parole e frasi comuni
activity addition agents amplification anaerobic analysis antibody antigen antimicrobial applied approach appropriate assays associated bacteria bands biological blood blood culture caused cells Centers changes Clin clinical Clinical Laboratory collection common concentration containing costs culture detection determine developed device direct disease disinfection effective enzyme equipment example fingerprinting flora fluid genetic guidelines hospital human hybridization identification important improve increase individuals infection isolates laboratory limited Manual methods microbial Microbiol microbiology microorganisms molecular necessary obtained occur organisms outbreak pathogens patient patterns performed positive practice preparation Prevention probe problems procedures rapid recommended reference reported resistance safety sample selected sequence similar skin species specimen stain standard sterilization storage studies surface swab Table techniques tion tissue transport United usually virus