Scientists in Germany have developed an intradermal tattoo that changes color in response to fluctuations in glucose, albumin, and pH levels. Tests on animal skin have shown that the tattoos successfully change color when concentrations of key biomarkers were changed.
Common feature that makes cancer cells appear bloated could be their potential weak spot
Teenagers who skip breakfast more likely to become obese
New color-changing tattoos can monitor glucose levels and other metabolites in real-time
Connection to HIV treatment services helps gay, bisexual population to achieve viral suppression
Patients have higher risk of heart problems when insurance companies reject their prescriptions
Retiring abroad? Prepare to possibly mix and match health insurance
The DEC2 Gene and Sleep
Shock Wave Lithotripsy Safety and Side Effects
Common Triggers for Vaginal Infections
Immune Programming in Plants Identified by EPR
Functional Characterization of Sensory Maturation Maximizer Supplement
Enhancing Marker Expression with Sensory Maturation Maximizer Supplement
Improving the Safety of Biotherapeutics: Tracing the Protease Inhibitor AEBSF with RPLC-UV
Separating Flavinoids from Plasma Proteins using UHPLC-MS
Metabolomic Profiling of an Ancient Herbal Medicine using UHPLC
Progress towards a cure for HIV has been the holy grail for HIV researchers since bursting into the public consciousness in 1981.
Painsomnia is experienced by anyone with a chronic pain causing them to lose sleep, which in turn lowers their tolerance to pain.
The vast majority of pollution-related deaths are linked to fine particles less than 2.5 millionths of a metre (known as PM2.5).
Digital pathology is the viewing, analyzing, and managing of digitalized pathology slides with computer technology called whole slide imaging, or WSI, which generates a tremendous volume of data. A single whole slide image can be a gigabyte or larger in size.
Zachary Lawton describes a portable GC-MS solution for the identification of Kratom and other drugs that cannot be identified using traditional colorimetric tests.
Professor Igor K. Lednev
Professor Igor K. Lednev explains why Raman spectroscopy could replace biochemical tests for the analysis of bodily fluids in forensic science.
Building a Successful Email Campaign for a Scientific Audience
Using Webinars to Tell Science Stories – PART II
Reaching Scientists Through Newsletters