Improved efficiency in neonatal diagnostics promised with the launch of a new device from PerkinElmer Inc (MA, USA).
A sensitive and accurate method to simultaneously measure uric acid and creatinine in human saliva by using LC–MS/MS
Read more about this study to establish a method to simultaneously measure uric acid and creatinine in human saliva, recently published in Bioanalysis.
A research team from Brazil has combined two techniques to identify over 10, 000 proteins expressed in oligodendrocytes in an effort to better understand the causes of schizophrenia.
Overcoming challenges associated with the bioanalysis of an ester prodrug and its active acid metabolite
In this article from Bioanalysis, the authors discuss an approach to overcome the challenges associated with the bioanalysis of an ester prodrug and its active acid metabolite.
As the 2017 BOSCA winner, we spoke to Dr Henion about some of the most groundbreaking and pivotal moments in his career.
Bioanalysis Zone today announced the winner of the Bioanalysis Outstanding Contribution Award – BOSCA – awarded to bioanalytical scientists for outstanding work and contribution to the community.
A Swedish research team has identified a method of drug and disease detection through the analysis of various compounds in exhaled breath.
The themed issue on ‘emerging technologies in mass spectrometry’ has now been published online! In this issue of Bioanalysis, authors share several emerging technologies in mass spectrometry that could, in the near future, provide dramatic changes to what is considered conventional bioanalysis.
Mass spectrometry based metabolomics: a novel analytical technique for detecting metabolic syndrome?
This editorial discusses the use of mass spectrometry metabolomics as a diagnositic tool for detecting metabolic syndrome. Learn more in this article from Bioanalysis.
In this commentary, Melanie Anderson discusses the use of paper-based dried sampling technologies and how they can provide opportunities to collect biological samples in the dried state, which involves significantly smaller sample volumes than traditional sample collection approaches.