Innovations in Imaging Mass Spectrometryby Tanuja Koppal, PhDTimothy Garrett, PhD, talks about the recent developments in mass spectrometry-based imaging and its growing applications, especially on the clinical side.
NewsArtificial Intelligence Speeds Up Analysis of MRI Heart Scansby University of East AngliaNew method saves doctors’ time and could lead to better treatment for heart conditions
NewsOintment with DNA Molecules Combats Allergic Contact Dermatitisby University of BonnNew study shows that what are known as aptamers can be absorbed directly via the skin
NewsOne-Two Punch Treatment Delivers Blood Cancer Knockoutby Walter and Eliza Hall InstituteNew drug duo shows promising lab results against aggressive leukemia forms
NewsEnzymes Open New Path to Universal Donor Bloodby Technical University of Denmark Researchers have discovered enzymes that remove hindrances that stood in the way of developing universal donor blood
NewsNew Compound from Blessed Thistle Promotes Functional Nerve Regenerationby University of CologneMedicinal herb shows promise as an orally administered treatment for the promotion of nerve fiber growth
NewsPeriostin Shows Promise to Help Fight a Common Form of Esophageal Cancerby ElsevierPeriostin may be a promising novel therapeutic target for treating esophageal squamous cell carcinoma, new study reports
NewsNew Technique Measures Psilocybin Potency of Mushroomsby University of Texas at ArlingtonIdentifying dosages for psilocybin and psilocin is key as their medical uses continue to grow
NewsEarliest-Yet Alzheimer’s Biomarker Found in Mouse Modelby University of Illinois at Urbana-ChampaignFindings could point to new targets for Alzheimer's research, early detection, and treatment options
NewsExposure to Secondhand Smoke Makes Chemotherapy Less Effective, Study Showsby University of OklahomaNew research is the first study of its kind to examine the impacts of secondhand smoke exposure during cancer treatment
NewsResearchers Edge Closer to Delivering Personalized Medicine to Cancer Patientsby Purdue UniversityMeasuring mechanical motions in living cancer tissues is a viable and promising approach for predicting chemoresistance