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Proteomics & Metabolomics

Proteomics & Metabolomics

Molly Coddington profile page

Senior Writer and Newsroom Team Lead

at Technology Networks

Molly reports on various scientific topics, covering the latest breaking news and writing long-form pieces. In 2020, she created the Teach Me in 10 video series, where weekly guests discuss and teach a scientific concept in less than 10 minutes. Before joining Technology Networks in 2019, Molly worked as a clinical research associate in the NHS and as a freelance science writer. She has a first-class honors degree in neuroscience from the University of Leeds and received a Partnership Award for her efforts in science communication.

Education

University of Leeds

Awards & Certifications

Georgina Henry Award for Digital Innovation Nominee

Lord Laidlaw Scholarship Recipient, University of Leeds

Partnership Award, University of Leeds

Accreditations

Neuroscience, BSc (Hons) recognised by the University of Leeds

Areas of Expertise

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Content Written By, Reviewed By, or Featuring Molly Coddington

Total: 968

A digital illustration showing a double helix DNA strand in vivid blue, superimposed over a wireframe model of a human head and a blurred full-body figure in the background.

Industry Insight

Genomics Testing Needs Structured Data To Succeed

Dr. Heidi Rehm shares insights on how genomics is evolving at the intersection of research and clinical practice. In this Q&A, she highlights the role of AI, global data standards and collaboration in shaping future patient care.

3D visualization of protein structures and spatial data used in deep visual proteomics analysis.

Industry Insight

Advances in Deep Visual Proteomics With Dr. Andreas Mund

Deep Visual Proteomics integrates high-resolution imaging, AI and ultra-sensitive mass spectrometry to map proteins at single-cell resolution while preserving spatial context.

A plain white plate with jigsaw pieces laid on top of it that feature the names of micronutrients.

Minerals in Our Diet Help Shape Human DNA

A new study has examined micronutrient-driven adaptation worldwide and across a broad range of micronutrients. We spoke with the lead author, Dr. Jasmin Rees, to learn more about the implications of the study's findings.

An image of an elderly person experiencing a tremor, a symptom of Parkinson's disease.

Parkinson’s Protein Captured in Human Brains for the First Time

University of Cambridge researchers have developed a new imaging technique that captures Parkinson's protein clusters in post-mortem brains.

A specimen label that reads Huntington's disease above a bar code.

Gene Therapy Slows Huntington’s Disease Progression by 75%

The gene therapy company uniQure has announced top-level data from its trial of AMT-130, a new gene therapy designed to treat Huntington’s disease.

Academic textbooks laid open on a table reflecting academic publishing.

Publish Less, Publish Better: Scientists Call for Predatory Publishing Practices To Stop

In a recent editorial, Professor Timmis and colleagues issued a call to action: restore the science ethos, re-establish quality as the cornerstone of research publishing and work collectively to dismantle the systems that incentivize poor practice.

3D illustration of a cancer cell under a microscope, used in cancer risk prediction research.

Industry Insight

AI-Enabled Spatial Proteomics Improves Prediction of Progression to Cancer

We spoke with Castle Bioscience's Dr. Rebecca Critchley-Thorne about AI-enabled spatial proteomics, TissueCypher’s impact on Barrett’s esophagus management and its broader potential for precision oncology.

White measuring tape with a white pills, white vitamin on a yellow background.

Tiny Proteins Could Have a Big Future in Obesity Treatment

Technology Networks interviewed the Salk Institute's Professor Alan Saghatelian about his latest research using CRISPR-based screening methods to identify several microproteins involved in fat storage.

Person scratching forearm, illustrating skin irritation linked to toxic epidermal necrolysis.

Industry Insight

Deep Visual Proteomics Reveals New Drug Targets in Lethal Skin Disease

Learn how scientists mapped the protein landscape of toxic epidermal necrolysis, a lethal skin disease, a lethal skin disease, by applying Deep Visual Proteomics, leading to the use of JAK inhibitors with life-saving results.

Starry night sky with a lone explorer on a peak, representing imagination and night science.

The Night Science Institute Is Changing How Science Teaches Creativity

In this interview with Professors Itai Yanai and Martin Lercher, explore how night science brings creativity, ideation and collaboration back into the heart of modern science.

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