Biological oscillations: the rhythms of living things
Tick tock: Did you know that there are secret clocks ticking inside living organisms, including us? Let’s dive into the science of biological oscillators.
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Tick tock: Did you know that there are secret clocks ticking inside living organisms, including us? Let’s dive into the science of biological oscillators.
All together now: discover how the collective behaviour of atoms, humans, and birds inspire researchers to make new light-emitting materials and devices.
Low cost, high impact: try these creative and engaging experiments that use inexpensive everyday materials to bring curriculum science to life.
Circle of life: explore sustainability, the circular economy, and chemical analysis by evaluating coffee waste as a potential soil enhancer.
Peas please: discover how scientists are investigating pea-based ‘milk’ foams for delicious, environmentally friendly, plant-based cappuccinos!
Not sure how best to source and create images for sharing your teaching materials? It’s a snap if you follow these simple tips!
Dive into the science proteins, the remarkable macromolecules that literally build our bodies, and explore the vital roles they play in our lives.
Built to last: learn how researchers have developed a molecular delivery system for continuous release of an anti-HIV medicine.
Bacteriophages look like alien spaceships but they are actually viruses that infect bacteria. Use these fantastic beasts to explore protein stability.
Hold a double helix in your hands: the model that will reveal the secrets of the DNA molecule.
Biological oscillations: the rhythms of living things
From birds to photons: collective phenomena in materials science
Science on a shoestring: inspiring experiments with everyday items
Chemistry in a coffee cup: does coffee waste contain key elements for plant growth?
Pea-based foams for a greener cappuccino
Picture perfect: making the most of images when creating and sharing teaching resources
Nature’s body builders: explore the fascinating world of proteins
Slow and steady wins the race: an exciting new material for long-acting medicines
Fun with phages: how do heat and pH affect bacteriophage viability?
Handmade DNA: a tactile model to explore the basics of DNA