Goss Scientific Instruments Ltd

20/05/2026

💲💷 Offers! Offers! Offers! 🥳🎉

Today we bring you, not one, but TWO brand new offers from Cambridge Isotope Laboratories, Inc.

🔬 25% OFF isotope-labelled mixtures, sets, and kits for mass spectrometry applications. Perfect for improving analytical accuracy, method development, and workflow efficiency across a range of MS applications.

🧪 30% OFF L-Glutamine (1g only). An excellent opportunity for researchers working in metabolomics, cell culture, and biochemical studies to stock up at a reduced cost.

If you’re looking to enhance your lab capabilities while reducing costs, now is a great time to take advantage of these promotions.

19/05/2026

📉 💰 We are pleased to share that pricing on D-Glucose from Cambridge Isotope Laboratories, Inc has recently decreased!

This is a positive development for researchers and laboratories engaged in metabolomics, cell culture, fermentation studies, and metabolic tracing applications, where both quality and cost efficiency are critical.

No coupon needed. Email us at [email protected] to get a quote!

19/05/2026

New from CIL! 13C-labeled 7:3-FTCA is now available alongside our existing 13C-labeled 3:3-FTCA and 5:3-FTCA analytical reference standards. FTCAs are key synthetic intermediates of terminal PFAS as well as important biotransformation products and are drawing increased attention for their potential environmental and human health impacts. Learn more about FTCAs and CIL's stable isotope-labeled and native standards here: https://isotope.com/13c-labeled-ftca

18/05/2026

⌛ For a limited time, save 55% on select alpha-keto acid precursors from Cambridge Isotope Laboratories, Inc.

Take advantage of this opportunity to support your metabolomics, biochemical, and tracer research with high-quality stable isotope products trusted by laboratories worldwide.

Quote "NMRCOMP55" when placing order. Offer expires 31/05/2026.

15/05/2026

Goss Scientific are always excited to collaborate with the BUSE GROUP in supporting industries with high purity gas solutions.

From methane and argon to helium and specialist calibration gases, the collaboration highlights the growing demand for precision, reliability, and technical expertise across laboratory, industrial, and scientific applications.

14/05/2026

🎯Precision, performance, and reliability — introducing the latest range of Dual Stage Regulators from Goss Scientific.

🧑‍🏭🏭 Designed for applications where accurate pressure control and stability are critical, our new regulator range delivers dependable performance across laboratory, analytical, and industrial environments.

Key features include:

• Exceptional pressure stability
• High purity gas compatibility
• Robust dual-stage design for enhanced control
• Suitable for a wide range of specialist applications

🥼Whether you're working in research, calibration, testing, or process control, our new range is engineered to support consistent and reliable results.

Additional specifications and configuration options are available — contact the Goss Scientific team to learn more.

08/05/2026

Today, Sir David Attenborough turns 100.

For a century, he hasn’t just documented the natural world — he’s helped humanity see its beauty, fragility, and interconnectedness in a way few ever have.

His voice became the soundtrack to our planet’s story. His work inspired generations to care more deeply about science, conservation, and the future of Earth.

A remarkable life. A lasting legacy. Happy 100th birthday, David Attenborough. 🌍🎉🥳

01/05/2026

30/04/2026

🗓️ On this day in 1897, J. J. Thomson fundamentally changed our understanding of matter with the discovery of the electron — the first evidence that atoms are divisible.

💡That breakthrough didn’t just reshape physics; it laid the groundwork for technologies that analytical chemistry depends on every day. Thomson’s later work on positive rays led directly to the development of the mass spectrometer, enabling the identification of stable isotopes and precise measurement of atomic masses.

🧬🌳 From proteomics to environmental analysis, pharmaceuticals to forensics — modern analytical chemistry is built on the ability to separate, detect, and quantify molecules with extraordinary sensitivity and accuracy. None of that would exist in its current form without those early insights into charged particles and mass-to-charge ratios.

🥼👏 It’s a reminder that foundational science, even when abstract at the time, can become the backbone of entire industries.

27/04/2026

🔬 Goss Scientific Review: Rethinking Explosive Detection – Beyond Vapour

A recent paper in ACS Omega explores an important question in the detection of inorganic oxidisers:

How are detection canines identifying substances with virtually no vapour pressure?

Traditionally, vapour-phase detection has been the focus. However, this study highlights a compelling alternative—headspace particulates.

Key takeaways from the research:

👉Low vapour pressure oxidisers like potassium chlorate produce negligible vapour signals, confirming long-standing analytical challenges.
👉Instead, nanometre- to micrometre-sized particles are liberated into the air and may play a critical role in detection.
👉These particles can be inhaled and deposited in the olfactory system, offering a plausible mechanism for canine scent detection.
👉Chemical analysis shows these particles are largely representative of the target oxidiser, strengthening their relevance as a detection signature.

💡 Why this matters

This work challenges the assumption that vapour alone drives detection and opens the door to:

👉Improved training methodologies for detection canines
👉Development of more representative training aids
👉New approaches in analytical instrumentation and sampling strategies

At Goss Scientific, we see this as a significant step forward in understanding real-world detection mechanisms—bridging the gap between laboratory analysis and operational performance.

📄 Read the full paper here: https://www.ukisotope.com/headspace-particulate-measurements-of-low-vapour-pressure-inorganic-oxidizers-for-detection-canine-disciplines/

24/04/2026

At Goss Scientific, we’re always keen to explore research that reshapes how we think about metabolism and disease.

A recent Cell Metabolism paper takes a deep dive into hepatic de novo lipogenesis (DNL)—and challenges the traditional “single pathway” view. Instead, the authors present a hierarchical and flexible substrate network feeding acetyl-CoA, the key precursor for lipid synthesis.

🔬 Key takeaways from our review:

• The classic pyruvate → citrate → ACLY pathway remains the dominant route for lipogenesis, gated by the mitochondrial pyruvate carrier (MPC) and ATP-citrate lyase (ACLY)

• Acetate (via ACSS2) operates in parallel—but doesn’t compensate when the main pathway is disrupted

• Most interestingly, ketones emerge as a reciprocal fuel source, stepping in when citrate transport is impaired

• This reveals a metabolic “backup system” that could explain why targeting DNL therapeutically has been so challenging

The study elegantly uses ¹³C tracing and genetic models to map these interactions, highlighting just how adaptable hepatic metabolism really is.

💡 Why this matters:

For those working in metabolic disease, MASLD, or lipid biology, this research reinforces a critical point:

👉 Targeting a single enzyme or pathway may not be enough
👉 The liver can reroute carbon sources dynamically to sustain lipid synthesis

At Goss Scientific, we see studies like this as a reminder of the importance of advanced analytical techniques—particularly metabolomics and isotope tracing—in uncovering system-level biology.

Curious to hear others’ thoughts—does this shift how you think about targeting lipogenesis therapeutically?

https://www.ukisotope.com/a-hierarchical-hepatic-de-novo-lipogenesis-substrate-supply-network-utilizing-pyruvate-acetate-and-ketones/