Two separate sets of European researchers have developed their own artificial intelligence methods to identify rare diseases, for which obtaining a definitive diagnosis can be difficult and time-consuming.
A multi-institutional, multimillion-dollar project to understand how antimicrobial-resistant bacteria spread, and to develop new ways to combat it, has won a $1 million grant.
Sartorius Stedim Data Analytics has announced SIMCA 16 software for multivariate data analytics. The updated SIMCA focuses on delivering a complete data analysis experience, from data organisation through to data-driven decision-making, supported by multivariate models for single and multiblock analysis.
Researchers have created a method to take genome analysis 'offline' by adapting a computer algorithm that can perform accurate analysis — with far less computer memory than current programs.
Researchers have created a fact-checking program that is tackling the problem of incorrectly published biomedical research results, whether intentional or otherwise.
BrainWave 4 from 3Brain is an acquisition and analysis software tool designed to manage high-content electrophysiological data sets. It offers real-time visualisation and the data extraction of key metrics gathered using 3Brain's microelectrode array (MEA) platforms.
Known as Pattern to Knowledge (P2K), the technology uses artificial intelligence to leverage deep knowledge from data instead of relying solely on classical machine learning.
Thermo Scientific Mass Frontier 8.0 software enables analysts to rapidly deconvolute and search information-rich, MSn mass spectrometric data produced during the identification and structural characterisation of small-molecule unknown compounds and their fragments.
The iMD (interactive molecular dynamics) VR version of Nano Simbox, created by Interactive Scientific (iSci), lets anyone visit and play with the invisible molecular world.
The Eurofins IDmyk Comparative Sequence Index database contains 8470 valid bacteria type strain entries.
A computer program developed at Monash University has revealed a combination of drugs that may be the answer to treating triple negative breast cancer.
Inspired by how bees make collective decisions, researchers are exploring how crowdsourcing techniques may help intelligence analysts produce the best-reasoned analysis from the available data.
Researchers have developed a sophisticated computational framework to analyse single-cell gene expression levels, scalable to process millions of individual cells.
A big data annotation tool, called bpRNA, makes it easier to understand links between disease and mutant RNA.
A powerful computational tool has been developed for antimicrobial pharmacological research into one of the world's most dangerous superbugs.