Elsevier has announced a strategic collaboration with PerkinElmer to integrate the companies chemistry software platforms
Robert Roe looks at the use of precision medicine and its potential impact on laboratory informatics software
This webcast has been designed to provide a guide to laboratory users who wish to increase their capacity for data transfer and collaboration. In addition to laboratory managers and decision makers, this webcast is suitable for scientists and researchers who want to ’leverage learning’ to accelerate their laboratory practices.
PerkinElmer has announced the availability of the ChemDraw and Chem3D apps
Version 13.0 of the ChemBioOffice Informatics Suite has been released by PerkinElmer
PerkinElmer has launched its Search Genius application, a solution designed for the Microsoft SharePoint platform that provides researchers with a single software system to search, save and share unstructured data stored throughout their organisation
Ensemble for QA/QC, an integrated informatics solution tailored to decrease procedural errors and accelerate data review and results delivery of quality assurance (QA) and quality control (QC) laboratories, has been released
PerkinElmer has launched informatics-based business intelligence solution, Asset Genius
PerkinElmer has launched an integrated informatics suite of applications for creating a collaborative and integrated biology workflow, named Ensemble for Biology
The Reaction Genius software platform for better chemistry knowledge sharing and workflow productivity has been introduced by PerkinElmer at the American Chemical Society (ACS) Spring 2012 National Meeting and Exposition
Gemma Church examines how simulation and modelling aid the increasingly diverse renewable energy field
Scientists have implemented automation and LIMS software to help pivot laboratory operations and provide services to better understand and prevent the spread of Covid-19
Sophia Ktori considers how software integration helps ensure scientists work efficiently in the laboratory
A team of international scientists, including Nasa researchers, are using deep learning to map trees and bushes in the drylands of West Africa and the southern Sahara desert
