Yet Mexico did not have the infrastructure to quickly identify the emergence of this novel strain.
The combination of large movements of people in Mexico’s central influenza corridor and past stringent social-distancing measures seemed to experienced a dramatic effect on the ongoing influenza dynamics within Mexico. Luckily, disease severity is not as devastating as in previous pandemics.’ In his analysis of Mexico’s response to the H1N1 virus and the dynamics surrounding the influenza outbreak, Castillo-Chavez shall address numerous lingering questions, including whether social-distancing measures coupled with summer college breaks not only slowed down the first wave but could have resulted in a much less manageable second wave. He also will break down that which was learned from Mexico’s experience to answer such queries as: Is the insufficient advanced diagnostic services and uniform surveillance systems, common in poor countries, ‘good’ for all of those other world? What will be the impact of the limited gain access to that the have-nots need to adequate materials of antiviral drugs and the H1N1 vaccine on the dynamics of H1N1? What exactly are the optimal public health policies for non-wealthy nations?.‘With unparalleled sensitivity, reproducibility, and ease of use, arrays of this type will be the platform of preference for patient profiling in clinical trials, ‘ stated Stanford Professor of Biochemistry and Genetics Ronald W. Davis, PhD, a pioneer in the advancement and application of recombinant-DNA techniques and the study’s lead researcher. ‘The power of next-generation sequencing harnessed into a clinically viable platform, like the Affymetrix Individual Transcriptome Array, will be what changes the true face of individual care.’ In typical large-scale research of 5,000 samples, Stanford researchers estimated it would take RNA-Seq 10 moments longer to investigate one % of the number of genes prepared by the brand new array and 20 times longer to analyze one-fifty % % of exons.