Behind the Paper
The real stories behind the latest research papers, from conception to publication, the highs and the lows
Unlocking the Role of Long Non-Coding RNAs in Multiple Myeloma: The LINC01432–CELF2 Axis
By combining clinical genomics with RNA biology, we uncovered a new mechanism through which a long non-coding RNA helps myeloma cells evade apoptosis, while training the next generation of scientists to make new discoveries.
Differences that make science stronger
Enforcement of national and international laws banning illegal tropical timber trade hinges on independent origin verification, such as with genetic or chemical wood properties. In our recent paper, we combined these methods for the first time and showed their complementarity.
Mobile apps found to promote more sustainable and healthier diets
The first systematic review and meta-analysis to examine the effectiveness of apps to promote dietary change for planetary and human health. Across 21 studies and 10 countries and territories, we found benefits on promoting fruit and vegetables and reducing meat.
Designing motivating learning environments
In our conceptual paper, we have developed a framework to help practitioners design motivating learning environments that help students flourish.
Gender, environment and business responsibility
This article highlights the invisible pillars of labour exploitation on a global scale, namely women's unpaid work and the wealth and services provided by the environment that go unvalued, thereby relativising the emphasis on business ethics from a neoliberal perspective.
From Needles to Pills: The New Era of Weight-Loss Medicine
For years, people struggling with obesity have dreamed of a simple pill that could deliver real, lasting weight loss — without injections, surgery, or extreme diets.
That dream just came much closer to reality..
Building Nanomaterials by Guiding Tiny Particles to Link Together
Structures, built from small building blocks, exhibit unique optical, electronic, and chemical properties that depend on both composition and arrangement. A key growth path is oriented attachment , where nanoparticles align along specific crystal facets to form larger crystals with unique shapes.
