Microarray technology is a new method of studying the expression of multiple genes at the same time. Thousands of gene sequences are placed in known positions on a glass slide called a gene chip. The gene chip is in contact with a sample containing DNA or RNA. The light is measured as a result of complementary base pairing between the sample and the gene sequences on the chip. Genes expressed in the sample are identified by light-producing areas on the chip. Microarray is a powerful new tool for researching the molecular basis of interactions at a scale that is impossible to achieve with traditional methods. This method allows researchers to look at the expression of thousands of genes at the same time. This technology has the potential to improve the development of rational therapeutic and disease diagnosis approaches.
Title : Chromatographic methods for authenticating bee pollen origin
Jose Bernal, University of Valladolid, Spain
Title : Raman spectroscopy and imaging in organization, processing and functionalization of polysaccharide materials
Pieter Samyn, Department of Innovations in Circular Economy and Renewable Materials, SIRRIS, Leuven, Belgium
Title : Portable and laboratory analytical photometric and fluorometric systems based on the use of 3D printed devices
Victor Cerda, Sciware Systems, Spain
Title : Electrochemical properties and sensing capacities of different carbon-based nanodots toward the detection of bioactives in complex matrices
Maria Jesus Villasenor Llerena, Castilla- La Mancha University, Spain
Title : Development of new creep prediction model for use through computational modelling for SS-304 material
Mohsin Sattar, Universiti Teknologi Petronas, Malaysia
Title : DNA-templated silver nanoclusters light up tryptophan for combined detection of plasma tryptophan and albumin in sepsis
Jingpu Zhang, Shanghai Public Health Clinical Center, China