Author Archives: Victoria Atkinson

Victoria Atkinson, PhD is a UK-based freelance science writer specialising in chemistry, sustainability and research culture. With a DPhil in Organic Chemistry from the University of Oxford, she previously served on the editorial team of Chemistry World before transitioning to full-time freelance journalism. Her work spans top publications including Chemical & Engineering News (C&EN), Live Science and Technology Networks, covering topics from catalyst development to sustainable materials and research-culture issues.
  • Are SARMs Toxic? The Truth Behind the “Safer Than Steroids” Claim

    Short answer: Yes – SARMs can be toxic, especially to your liver, heart, hormones, and cholesterol profile. While they were designed to reduce side effects compared to anabolic steroids, they’re not risk-free, and in some cases, the toxicity profile is underestimated. Let’s unpack the facts. Key Takeaways What Makes a Substance “Toxic”? In medical terms, …

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  • SARMs vs Anabolic Steroids: What’s the Difference in Research?

    “Despite their intended tissue selectivity, SARMs still cause testosterone suppression and carry systemic risks. They should not be assumed to be safe alternatives to anabolic steroids.” – Therapeutic Advances in Drug Safety (peer-reviewed journal), DOI: 10.1177/20420986231122877 Did you know that substances marketed as “safer muscle‑builders” might actually carry almost identical risks to their more notorious …

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  • Are SARMs Hard on Your Liver? A Research-Focused Breakdown

    If you’ve spent any time in the SARMs world, you’ve probably seen the same debate pop up everywhere: As research study conductors, or potential candidates in approved trials, it’s important to understand the liver health concerns related to SARMs. “Are SARMs toxic to the liver?” Some people say they’re perfectly safe; others claim they cause …

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  • Can SARMs Be Detected in Drug Tests?

    Can SARMs Trigger a Drug Test? If you’re part of an authorised human study, you’re probably thinking “Will this show up in a drug test?” – you’re asking the right question.Spoiler: Standard drug tests? They probably in the clear. But – if they are being tested by the military, pro sports, or under legal investigation? …

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  • Glossary: SERMS

    SERMs are a class of compounds that selectively bind to estrogen receptors, acting as either agonists or antagonists depending on the tissue type. They’ve been widely used in medicine – and more recently studied in performance and hormone-related contexts. But what exactly are SERMs, and how do they differ from SARMs or anabolic steroids? What …

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  • SARMS Glossary for Researchers in 2026

    A – Z Glossary Using This Glossary Feel free to bookmark this page and refer back whenever you encounter unfamiliar SARMs terminology. We update it regularly as new research and compounds emerge. Want this glossary embedded in your product or compound pages? Ask us about integrating it into your site layout or linking via tooltips. …

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  • What is Ostarine (MK-2866)? A Complete Guide for UK Researchers in 2025

    Overview Ostarine – often referred to as MK-2866 or Enobosarm – is a Selective Androgen Receptor Modulator (SARM) developed by GTx, Inc. for conditions like muscle wasting and osteoporosis. “Ostarine represents one of the most clinically advanced SARMs, with multiple Phase II trials conducted in cancer-related cachexia and age-related sarcopenia.” – Journal of Cachexia, Sarcopenia and …

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  • The Role of HPLC in SARMs Testing

    When it comes to SARMs, labelling isn’t enough – you need data. That’s where HPLC comes in – the gold standard for verifying compound purity, safety, and identity. High-Performance Liquid Chromatography (HPLC) is the industry-standard analytical method used to verify the purity, identity, and stability of chemical compounds, including Selective Androgen Receptor Modulators (SARMs). It’s …

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  • How Discovery of Androgen Receptors Changed Hormone Research Forever

    The discovery of androgen receptors marked a turning point in hormone research, fundamentally transforming our understanding of how hormones exert their effects. Before this breakthrough, scientists could observe what hormones like testosterone did, but not how they did it. Identifying the androgen receptor – the specific protein that binds male hormones – revealed the missing link in …

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