
Chemistry in its element
641 episodes — Page 5 of 13
Spermine and spermidine: Chemistry in its element
Kiki Sanford explores how polyamines found in semen could be related to a long and healthy life
Mustine: Chemistry in its element
Michael Freemantle on chemical weapons and the birth of cancer chemotherapy
CiiE: Molybdenum disulphide
Forming layers just three atoms deep, molybdenum disulfide shows potential in filtration, flexible screens and minuscule transistors
Arsenic trioxide: Chemistry in its element
Kit Chapman explains how a 'daft' pharmacy mix up led to a series of poisonings in Victorian Britain
Darcin: Chemistry in its element
Jane Austen's Mr Darcy lends his name to a pheromone that lets mice feel the love, as Kat Arney discovers
Porphyrins: Chemistry in its element
Brian Clegg examines the colourful compounds that no red-blooded creature can do without: Porphyrins
Solvated electrons: Chemistry in its element
Blue flashes and metallic water are just some of the tricks the smallest possible anion has up its sleeve
Adamantane: Chemistry in its element
Brian Clegg introduces a crystalline hydrocarbon that isn't as tough as it sounds, but is the basis of a wide range of medicines
Pancuronium bromide: Chemistry in its element
On-demand muscle paralysis revolutionised surgery. Katrina Krämer explores one of the key muscle relaxants used in medical procedures: Pancuronium bromide
TCDD or dioxin: Chemistry in its element
The Seveso accident saw an accidental release of 2,3,7,8-tetrachlorodibenzo-p-dioxin (TCDD), commonly known as dioxin. Matt Gunther tells the tragic story.
Orlistat: Chemistry in its element
With thoughts turning to our festively-expanded waistlines, Kit Chapman looks at a poster child in the battle against obesity
Eugenol: Chemistry in its element
Eugenol, the smell most associated with cloves, may be one of the defining smells of Christmas, but it also leads a double life as fish anaesthetic and insect attractant...
Diborane: Chemistry in its element
This week, Neil Withers examines a compound with the 'wrong' number of bonds: Diborane
Diazepam: Chemistry in its element
Jamie Durrani introduces one of the biggest selling pharmaceuticals in history, the 'mother's little helper': Diazepam
Swainsonine: Chemistry in its element
Katrina Krämer investigates the sad case of Christopher McCandless, who some believe consumed the poison swainsonine in the Alaskan wilderness
Bromodeoxyuridine: Chemistry in its element
Kat Arney introduces bromodeoxyuridine, or BrdU, a nucleoside that revolutionised our ability to watch cells grow and divide
Benzoyl peroxide: Chemistry in its element
The whitest smile, the blondest blonde, the clearest complexion – all from one essential compound. Fernando Gomollón-Bel introduces benzoyl peroxide
Butyric acid: Chemistry in its element
Louise Crane reveals the compound that gives American chocolate and wet dogs their distinct aroma
Poly (ADP-ribose) polymerase (PARP): Chemistry in its element
Kat Arney explains how a protein that repairs broken DNA holds the key to killing cancer cells – but only if you stop it from doing its job
Neodymium chloride: Chemistry in its element
From medicine to the military, this compound makes lasers for a range of applications. Brian Clegg discovers neodymium chloride
Gabapentin: Chemistry in its element
Louise Crane documents the rise and fall of gabapentin – from 'wonder drug' to illicit substance in just 50 years
Polyethylene terephthalate (PET): Chemistry in its element
The story of one of the most ubiquitous artificial compounds

BINAP: Chemistry in its element
Katrina Kramer introduces the Nobel prize-winning ligand that will give you just the hand you need: BINAP or 2,2'-bis(diphenylphosphino)-1,1'-binaphthyl
Fluorouracil: Chemistry in its element
A substitute for one of the bases in DNA that can cause the death of cancer cells
Quaternary ammonium salts: Chemistry in its element
Brian Clegg introduces a family of molecules that first gave fluffy softness to freshly washed clothes
Ergotamine: Chemistry in its element
Ben Valsler finds out why writing Alice's adventures in Wonderland was such a headache for Lewis Carroll
Spinel: Chemistry in its element
Find out about the Black Prince's ruby, which is no ruby at all
Aconitine: Chemistry in its element
This powerful poison is said to have the power to transform werewolves and heal snake bites. Brian Clegg unpicks fiction from fact
Raspberry ketone: Chemistry in its element
Is there really a simple, fruity route to weight loss?
Statins: Chemistry in its element
Brian Clegg gets to the heart of the matter on the benefits or otherwise of one of the most commonly prescribed drugs
Ghrelin: Chemistry in its element
Is there a single hormone that causes hunger, and is this it?
Prodiginines: Chemistry in its element
When the communion bread starts secreting blood, could this be the cause?
Taurine: Chemistry in its element
Kat Arney tells us about the active ingredient in energy drinks
Picric acid: Chemistry in its element
A yellow dress, of the type worn by Jane Austen, sets Michael Freemantle exploring the chemistry of picric acid
Spilanthol: Chemistry in its element
It's the active molecule in the plant known as electric daisies or the toothache plant but it might also make your skin smoother
Thiomersal: Chemistry in its element
Kat Arney introduces the organomercury preservative associated with the current controversy around vaccines
Ammonium carbonate: Chemistry in its element
Ever taken a whiff of smelling salts? For many years, the compound that contributed the pungent pong was ammonium carbonate
Asafoetida: Chemistry in its element
With a name that literally means rotten resin, asafoetida is a surprising food additive and deodorant
Methyl isocyanate: Chemistry in its element
The 1984 accident at Bhopal, India, was the worst in the history of industrial chemistry. It involved a leak of methyl isocyanate
Shikimic acid: Chemistry in its element
Kat Arney introduces a biologically ubiquitous compound, important in beating both infectious viruses and invasive weeds
Sucrose: Chemistry in its element
The tastiest food additive there is, or the greatest threat to life in the western world?
Cordite: Chemistry in its element
The Battle of Jutland was fought 100 years ago next week, on May 31st, 1916. A critical role was played by cordite
Coumarin: Chemistry in its element
Michael Freemantle takes a stroll through 'Jane Austen country' to discover this week's compound: Coumarin
Tetraethyl lead: Chemistry in its element
For decades, automobile fuel had a dangerous additive: Tetraethyl lead. Matt Gunther explains why a toxic compound was added to our fuel
Haloperidol: Chemistry in its element
It failed as a painkiller, but Haldol rapidly became an essential medicine for schizophrenia. Raychelle Burks explains more
Cadmium telluride: Chemistry in its element
It may not be the best material for solar cells but it has some distinct advantages
Hydrazine: Chemistry in its element
Rowena Fletcher-Wood on the simple compound that links spandex, automobile safety and space exploration: Hydrazine
Acrylamide: Chemistry in its element
Does burnt toast cause cancer? Martha Henriques explores this complex question
Uranium dioxide: Chemistry in its element
This week's compound has had a glowing career in the arts and a runaway success in the energy sector
Mauveine: Chemistry in its element
Michael Freemantle with a colourful account of the birth of synthetic organic chemistry