The increasing interest in mesoporous materials in various fields of application has motivated the investigation of novel high-technology thin films with pore size, structure and organisation controlled by the presence of directing agents.
To our knowledge, Matrix-Lysis is the only economical and easy-to-use tissue preparation method that can compete with these novel high-technology methods, considering the LOD and coefficients of determination in whole dilution series.
New evidence based regimens and novel high precision technology have reinforced the important role of radiotherapy in the management of cancer.
By applying novel high throughput technology, here, we attempted to overcome the current gap by constructing phage protein microarrays in which peptides derived from a unique sarcoidosis cDNA library were expressed as a phage fusion protein.
With the advent of novel high throughput technologies in biomedical research, several comprehensive molecular characterization initiatives have been put forward.
Novel high-throughput technologies for directed evolution enable experimental coverage of an impressive number of sequences.
Despite the flood of molecular data coming from novel high-throughput technologies, research is mostly question-driven and tries to exploit data to gain biological insights.
Hence, current research efforts have been focused on developing multitargeted therapies using novel high-throughput technologies.
Novel high-throughput technologies such as Argonaute HITS-CLIP afford meanwhile a detailed study of miRNA:mRNA duplices.
Novel high-throughput technologies generate an unprecedented amount of data, which present a challenge for oncologists aiming to provide personalized treatment.
The successful development and implementation of PED fills the urgent requirement of the pancreatic cancer community for resources capable of integrating the overflowing influx of data generated by novel high-throughput technologies.
