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A picture of Alexander Beadle

Alexander Beadle profile page

Science Writer & Editor

 at Technology Networks


Alexander is a science writer and editor for Technology Networks. He writes news and features for the Applied Sciences section, leading the site's coverage of topics relating to materials science and engineering.

Before joining Technology Networks in 2023, Alexander worked as a freelance science writer, reporting on a broad range of topics including cannabis science and policy, psychedelic drug research and environmental science. He holds a masters degree in Materials Chemistry from the University of St Andrews, Scotland.


Education


University of St Andrews  


Awards & Certifications


Chemistry Purdie scholarship awarded by the University of St Andrews · August 2013


Areas of Expertise



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Published Content
Total: 245
An illustration of numerous cancer cells floating against a dark background.
Article

“Bioactive Glass” Bone Cancer Therapy Kills 99% of Osteosarcoma Cells

In laboratory tests, bioactive glasses doped with gallium oxide killed more than 99% of osteosarcoma cells, while leaving healthy human osteoblasts unharmed. This could one day form the basis of new bone cancer treatments, researchers say.
ASMS 2024 Highlights With Bruker, with a headshot of Jeffery Zonderman, senior VP of Bruker Applied MS
Industry Insight

Advancing High-Performance Mass Spectrometry for Routine Laboratories

Jeffery Zonderman, senior vice-president at Bruker Applied MS, joined Technology Networks for an interview at this year's American Society for Mass Spectrometry event.
An image of James Hallam, vice president of the Research, Development and Advanced Testing Business Segment at Waters Corporation.
Industry Insight

Next-Generation Solutions for Discovery Omics

Learn from James Hallam, vice president of the Research, Development and Advanced Testing Business segment at Waters Corporation, about how technological advancements in mass spectrometry are powering new discoveries in omics research.
Tarun Anumol
Industry Insight

The Four Grand Challenges of PFAS Testing

Technology Networks joined Tarun Anumol for a discussion about the major challenges facing PFAS testing at this year’s ASMS conference.
Jim Gearing.
Industry Insight

Gas Chromatography: Making a Big Impact with a Small Footprint

Technology Networks joined Agilent Technologies for a discussion about new advances in gas chromatography at this year’s ASMS conference.
A cross-section image of an artificial blood vessel, glowing under a fluorescent blue light
News

3D-Printed Blood Vessels Could Improve Outcomes for Heart Bypass Patients

Researchers have developed a new fabrication technique that uses extrusion printing and electrospinning to 3D print artificial blood vessels that closely mimic the properties of human veins.
Jennifer Gushue and Tarun Anumol
Industry Insight

Advancing Mass Spectrometry With Sustainability in Mind

Technology Networks joined Agilent Technologies for a discussion about the company’s latest product launches at this year’s ASMS conference.
Metal tweezers pull at a sheet of silicone rubber, which has been embedded with lines of gold nanowire.
News

Soft Gold Electrode Helps Nerves To Connect With Electronics

A new process for making gold nanowire has allowed researchers to create soft and stretchable electrodes that could bridge the connection between the body’s nervous system and electronics. This could lead to new treatments for epilepsy, Parkinson's disease and more.
Test tubes surrounded by and filled with blue polymer particles.
Article

Exploring the Techniques Used in Polymer Analysis

This article explores the wide variety of analytical techniques that can be applied to synthetic polymers, each offering a slightly different look at the chemical or physical properties of these compounds.
A man in a blue long-sleeve t-shirt rubs the palm of his right hand with his left thumb, as if to soothe some hand pain.
News

“Dancing” Nanofibers Help Repair Cartilage Damage

A new injectable therapy, which harnesses fast-moving “dancing molecules” to stimulate cellular receptors, could be used to repair damaged cartilage cells, a new study suggests.
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