Inspired by camelids: nanobodies are a magnificent molecular velcro
Camelids are famously robust and useful animals. Surprisingly, their unusual antibodies are just as sturdy and are now revolutionizing medical science.
Showing 10 results from a total of 321
Camelids are famously robust and useful animals. Surprisingly, their unusual antibodies are just as sturdy and are now revolutionizing medical science.
Visit the Xcool Lab for an inspiring experience at a cutting-edge research facility, with hands-on experiments to bring classroom concepts to life.
Small but mighty: investigate the role of herbaceous plants in the school garden for their contribution to biodiversity and sequestering carbon dioxide.
Learn from nature: biomimicry can be an inspiring interdisciplinary teaching tool that motivates students through engagement with real-world problems.
You shall not pass: discover how the protein coating around an egg cell ‘zips up’ after fertilization to stop more sperm from entering.
Take a virtual tour of The World of Molecular Biology to access awe-inspiring microscopy images and explore cutting-edge life science themes.
Extract DNA from fruit using household ingredients and then explore the challenges of gene sequencing by assembling a fragmented poem.
Talking trees: discover how trees use chemicals to communicate with soil microbes and how this could impact their ability to act as carbon sinks.
A walk on the wild side: invite some ants to take a walk on your petri dish and discover how bacteria from their feet could help us reduce pesticide use.
Did you know that there are flowering plants that live in the sea? The unique characteristics of seagrasses are vital for the health of our planet.
Inspired by camelids: nanobodies are a magnificent molecular velcro
Xcool Lab at European XFEL: a place to spark students’ scientific curiosity
Biodiversity and biomass in the school garden
Biomimicry: a nature-based approach to designing sustainable futures
How does the body avoid multiple sperm fertilizing an egg?
Explore the world of molecular biology without leaving the classroom
Plant genetics: extract DNA and explore the challenge of gene sequencing
Exploring the dialogue between trees and soil microbes
Footprints in the agar: growing bacteria from ants’ feet to combat plant diseases
Seagrass the wonder plant!