Detection of Food Spoilage and Pathogenic Bacteria Based on Ligation Detection Reaction Coupled to Flow-Through Hybridization on Membranes

First Page		Document Content
Hybridization probe Oligonucleotide Fluorescence in situ hybridization Dot blot Restriction fragment length polymorphism Polymerase chain reaction Genotyping Southern blot Bacteria Biology Molecular biology DNA microarray		Detection of Food Spoilage and Pathogenic Bacteria Based on Ligation Detection Reaction Coupled to Flow-Through Hybridization on Membranes Add to Reading List Source URL: www.ncbi.nlm.nih.gov Download Document from Source Website File Size: 1,16 MB Share Document on Facebook

	Macro Bin 24 Series The 24 Series bins are made with nonporous, injection-molded plastic which reduces the risk of product damage from pests, bacteria, DocID: 1vhD1 - View Document
	Office of Drinking Water Quality PERGUNTAS E RESPOSTAS RELACIONADAS COM O PROBLEMA DA CONTAMINAÇÃO DAS ÁGUAS O QUE É QUE FOI ENCONTRADO NA ÁGUA, E O QUE SIGNIFICA? Os testes da água detectaram bactéria E. coli/fec DocID: 1vgIb - View Document
	NEWS Outer Membrane Vesicles hold more and more attention as important external pathogenicity factors and source of vaccine antigens(1) . An interesting approach is to couple the power of bacteria internalisation and LC- DocID: 1vcRf - View Document
	David Van Assche Supervisor: Per Augustsson How to manipulate bacteria using sound his thesis deals with acoustophoresis, i.e. how ultrasound can be used DocID: 1vaeo - View Document
	RNAi by feeding 2 Steps 1. Transform L4440-XX plasmid into HT115 (DE3) bacteria – plate on LB/amp/tet 2. Inoculate 50 ml LB/amp/tet w. 0.5 ml O/N culture or directly from plate 3. Grow at 37°C until OD600 reaches 0.4 DocID: 1vadj - View Document