Infectious cancers: the DNA story
What makes a cell turn cancerous – and how does a cancer become infectious? In the second of two articles on transmissible cancers, Elizabeth Murchison explains what the genetic details tell us.
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What makes a cell turn cancerous – and how does a cancer become infectious? In the second of two articles on transmissible cancers, Elizabeth Murchison explains what the genetic details tell us.
In this experiment, simple liquids that mimic blood are used to demonstrate blood typing.
Discovering how infectious diseases spread may seem purely a matter for medical science – but taking a close look at the numbers can also tell us a great deal.
Is it possible to pass cancer from one individual to another? For some animals, it is – and, sadly, a unique Tasmanian species is facing possible extinction as a result.
When thinking about diffraction studies, X-rays most often come to mind, but neutrons can also provide important structural information – and could help in the fight against HIV.
Many naturally occurring compounds are useful in medicine – but they can be fabulously expensive to obtain from their natural sources. New scientific methods of synthesis and production are overcoming this problem.
A simple fungus used to brew beer is now used around the world to advance cancer research.
Archeology and genetics combine to reveal what caused the Black Death.
Iodine, with its characteristic purple vapours, has myriad applications – from the familiar disinfectant to innovative solar cells.
A group of German researchers is bringing to light the medicinal wisdom of the Middle Ages.
Infectious cancers: the DNA story
Investigating blood types
Ebola in numbers: using mathematics to tackle epidemics
Infectious cancers
Fighting HIV with neutrons
Inspired by nature: modern drugs
From model organism to medical advances
Tales from a plague pit
Purple fumes: the importance of iodine
Monastic medicine: medieval herbalism meets modern science