
Sign up to save your podcasts
Or


C. elegans is a rather special worm, so-named for the elegant way it moves in sinusoidal curves. It's studied, and much loved, by thousands of scientists around the world. Alison Woollard joined this exclusive club of worm scientists when she moved to the world famous Laboratory of Molecular Biology in Cambridge, also known as 'worm Mecca' in 1995. She started her career working as a lab technician, having dropped out of university. After later graduating from Birkbeck, she worked on yeast. But once she found the worm there was no turning back. She describes the hours she spent staring down the microscope at these tiny creatures, unprepossessing to the uninitiated, but an absolute joy to her. These hours led her to the discovery of two genes responsible for different defects in the tails of the male worms, called male abnormality 2 and male abnormality 9. (There are no female worms by the way, only males and hermaphrodites). It's not easy finding a gene or genes when you don't even know what it is that you're looking for, only the effect it has on the tails of mutant worms, each no more than a mm long. And it took Alison a year of repetitive trial and error to see which normal gene corrected the fault in the next generation. "Most days are failures", she says. Finding her first gene was a euphoric moment. She celebrated by buying everyone a cup of tea.
Producer: Anna Buckley.
By BBC Radio 44.6
209209 ratings
C. elegans is a rather special worm, so-named for the elegant way it moves in sinusoidal curves. It's studied, and much loved, by thousands of scientists around the world. Alison Woollard joined this exclusive club of worm scientists when she moved to the world famous Laboratory of Molecular Biology in Cambridge, also known as 'worm Mecca' in 1995. She started her career working as a lab technician, having dropped out of university. After later graduating from Birkbeck, she worked on yeast. But once she found the worm there was no turning back. She describes the hours she spent staring down the microscope at these tiny creatures, unprepossessing to the uninitiated, but an absolute joy to her. These hours led her to the discovery of two genes responsible for different defects in the tails of the male worms, called male abnormality 2 and male abnormality 9. (There are no female worms by the way, only males and hermaphrodites). It's not easy finding a gene or genes when you don't even know what it is that you're looking for, only the effect it has on the tails of mutant worms, each no more than a mm long. And it took Alison a year of repetitive trial and error to see which normal gene corrected the fault in the next generation. "Most days are failures", she says. Finding her first gene was a euphoric moment. She celebrated by buying everyone a cup of tea.
Producer: Anna Buckley.

7,913 Listeners

376 Listeners

523 Listeners

863 Listeners

1,067 Listeners

296 Listeners

5,576 Listeners

743 Listeners

2,113 Listeners

1,952 Listeners

488 Listeners

599 Listeners

965 Listeners

410 Listeners

429 Listeners

756 Listeners

363 Listeners

471 Listeners

346 Listeners

235 Listeners

326 Listeners

3,245 Listeners

116 Listeners

73 Listeners

689 Listeners

528 Listeners

630 Listeners

394 Listeners

239 Listeners

54 Listeners

80 Listeners

96 Listeners