Becton / Dickinson and Company / Norgen Biotek Corp. / Sigma-Aldrich / A. Giambona S. P. / Google / Qiagen / G. Keramas D. D. / Hybribio Limited / Xing / Creative Commons / Pall Co. / Thermo Fisher Scientific GmbH / Hindawi Publishing Corporation / B. / /
Country
Germany / Italy / New Zealand / France / United States / Canada / United Kingdom / China / / /
Event
Natural Disaster / /
Facility
Institute of Agricultural Biology / University of Santiago de Compostela / Plant Protection / Institute of Biomedical Technologies / /
IndustryTerm
throughput technologies / food spoilage / less specialized equipment / biomolecular technologies / food microbial sector / food producing sector / food samples / food spoilage character / analytical tools / technology development / food safety sector / ligation products / food control laboratories / reaction products / food products / flow-through hybridization technology / important food spoilage / food sector / imaging / food producing industry / food / microarray technology / food spoilage bacterial species / microarray printing / food control sector / food spoilage bacteria / food safety / control systems / computer software / prevention of foodborne disease / bioinformatic tool / bacterial food / food control / food product / food microbiological field / /
Organization
Italian National Research Council / National Research Council / School of Veterinary Sciences / Spanish Ministry / Institute of Biomedical Technologies / Department of Analytical Chemistry / Nutrition and Food Science / Institute of Agricultural Biology and Biotechnology / /
Person
R. Li / /
Position
ChemiDoc MP / Academic Editor / Cao / /
Product
sodium bicarbonate / /
ProgrammingLanguage
C / /
ProvinceOrState
Sicily / New York / Y. T. / Massachusetts / Ontario / /
PublishedMedium
Current Opinion / Applied and Environmental Microbiology / Analytical Chemistry / Journal of Clinical Microbiology / PLoS ONE / Genome Research / Nucleic Acids Research / Molecular Biology / /
Region
mediterranean / /
Technology
hybridization system / Biosensors / bioinformatics / PCR-based technologies / electrophoresis / Hybridization / Biotechnology / genotyping / flow-through hybridization technology / laser / single nucleotide polymorphism / Microarray technologies / DNA Chip / specific high-throughput technologies / microarray technology / Bioelectronics / X windows / /
Detection of Food Spoilage and Pathogenic Bacteria Based on Ligation Detection Reaction Coupled to Flow-Through Hybridization on Membranes