All Feature articles – Page 25
-
-
FeatureSonochemistry - beyond synthesis
Sonochemistry, the use of sound energy to induce physical or chemical changes within a medium, has a growing number of applications in fields such as medicine and nanotechnology
-
FeatureIn pursuit of Bombykol
In 1959 Aldoph Butenandt identified and synthesised the first pheromone, bombykol. Since then scientists have discovered how male silkworm moths receive this chemical message
-
FeatureWhy does cotton feel 'cool'?
An investigation into the structure and properties of cellulose that make cotton clothes feel 'cool' provides a real context for undergraduate spectroscopy lab work
-
FeatureSolving an infectious problem
Joseph Lister's use of phenol as an antiseptic revolutionised surgical practice in the 19th century. But was he the first to use this antiseptic technique?
-
FeatureCatalysts for a green industry
Chemists are working to develop new, longer-lasting catalysts to ensure industrial processes are cleaner, greener and more efficient
-
FeatureWhat is entropy?
What's the best way to introduce to your students this most misunderstood of thermodynamic properties?
-
FeatureSurvival of the fittest
Examples of natural products produced by organisms and plants to overcome competing species and predators provide chemical evidence for Darwin's legacy of natural selection
-
FeatureFluorescence lifetime imaging microscopy
Scientists are using this non-invasive technique to cast light on the workings of living cells to learn more about the molecular mechanisms involved in cancer, allergies and immune responses
-
FeatureThe public analyst
Analytical chemists ensure everything, from food and drinks, through toys and household chemicals, to air quality and even suspicious powders present no danger to humans
-
FeatureBurning ice in the Arctic
Is methane trapped in ice, deep in the Arctic ocean, a potential clean energy source for the future, or will its release lead to catastrophic climate change?
-
FeatureEpilepsy - beyond bromide
An historical journey into the treatment of epilepsy, starting with potassium bromide 150 years ago
-
FeatureBiofuels: the next generation
Chemists look to develop second-generation biofuels made from dead wood, algae and genetically-engineered microorganisms
-
FeatureCrop protection chemicals
By 2030, the world's population is expected to rise to over eight billion - the need for safe and environmentally friendly crop protection chemical has never been greater
-
FeatureIf it smells - it's chemistry
Smell is the most chemical of all the senses - but what's the theory behind the practice?
-
FeatureIntuitive thinking and learning chemistry
Understanding students' intuitions about the world could provide insight into their misconceptions of chemical concepts
-
FeatureIda Noddack and the missing elements
Distinguished women chemists were rare in the early 20th century, but their contributions to chemistry are of great significance. Ida Noddack's scientific career centred around her intensive study of the Periodic Table, and resulted in her discovery, with husband Walter Noddack and physicist Otto Berg, of the metal rhenium, and of nuclear fission in the search for element 93.
-
FeatureInvestigations get real
What real chemists do can be the basis of motivating investigations and learning in school chemistry
-
FeatureMicrobial iron scavengers
Medicinal and analytical chemists take their cue from micro-organisms' ability to bind to iron in the design of new drugs and sensors
-
FeatureJesuits' powder and quinine
The powdered bark of the South American cinchona tree is the source of quinine - the mainstay treatment for malaria for centuries