BioResearch

In Other News

• Method for In Vitro Neuron Culture Will Advance Serotonin Research

• Cancer Researchers Use Fluorescent Tags to Track Dispersion of Tumors During Metastasis

• Drug Candidate Propels Cancer Cells into Fatal Overdrive

• Innovative Microbial Diagnostics Developer Acquired by Biomedical Giant

• High-Speed Multimode Microplate Reader Receives Homogenous Time-Resolved Fluorescence Certification

• Synthetic Nanoparticle Vaccine Confers Long-Term Protection Against Respiratory Syncytial Virus Infection

• Innovative Options Available for Automated Liquid Handling System Upgrade

• Developmental Biologists Locate Source of Liver Stem Cells

• Mechanical Stress Modifies Growth of Tumor Cultures and Response to Chemotherapeutic Agents

• Hydrogel-Embedded 3-D Scaffold Provides Superior Matrix for Culture of Captured Circulating Tumor Cells

• Mutation Identified That Predicts Response of Breast Cancer to Treatment with Drug Duo

• Improved Stem Cell Technology Enables Mass Differentiation of Muscle Fiber Cells

• Nanoparticle-Bound Paclitaxel Outperforms Abraxane in Mouse Cancer Models

• New Funds to Boost British Efforts to Develop Chlamydia Vaccine

• Panel of Research-Use-Only Mass-Spec Biomarker Tests Launched at AACC 2015

• Neuroscience Research to Benefit from 3-D Printing of Brain-Like Structures

• Ancient Viruses Built from Computer Models May Improve Gene Therapy Delivery

• FDA Approves Rapid Dissolving Epilepsy Drug Produced by 3D Printing

• Insufficient Interleukin-35 Leads to Type I Diabetes in Mouse Models

• Ready Source of Functional Liver Cells Should Boost Drug Development Efforts

• British Diabetes Research Program Awarded Major Funding Boost

• Multipurpose Biosensors Rely on Luciferase to Light up Target Molecules

• Modifying the Macrophage Microenvironment Reduces Tuberculosis Virulence