10.00 |
Arrival and Registration |
11.00 |
Introduction: Graham Leggett |
11.30 |
Lecture 1: Ard Louis ‘The arrival of the fittest: how genotype-phenotype maps facilitate evolution’ |
12.30 |
Short break |
12.45 |
Lunch |
13.45 |
Lecture 2: Matthew Turner ‘Swarming’ |
14.45 |
Lecture 3: Lorna Dougan ‘Extreme biophysics: single molecule studies of proteins from extremophile organisms’ |
15.45 |
Tea and Coffee |
16.15 |
Small group structured discussions – interdisciplinary working |
17.15 |
Free Time |
18.30 |
Dinner |
19.30 |
Flash presentations |
20.00 |
Posters (I) |
9.00 |
Lecture 4: Christoph Schmidt ‘Cells as active matter’ |
10.00 |
Lecture 5: Gerard Wong ‘From infectious diseases to autoimmune diseases: opportunities for biophysics’ |
11.00 |
Tea and Coffee |
11.30 |
Flash presentations |
12.00 |
Posters (II) |
12.30 |
Short break |
12.45 |
Lunch |
13.45 |
Free time 14:00-15:30pm Christ Church Excursion |
16.00 |
Lecture 6: Pete Vukusic ‘All things bright and beautiful: manipulating light and colour flow using biological photonic crystals’ |
17.15 |
Lecture 7: Sonia Antoranz Contera ‘Mechanics, forces and fluctuations in living cells’ |
18.00 |
Short break |
18.30 |
Dinner |
19.30 |
Flash presentations |
20.00 |
Posters (III) |
9.00 |
Lecture 8: Teuta Pilizota ‘From sensing membrane tension to total cell volume and growth rate regulation’ |
10.00 |
Lecture 9: Cait MacPhee ‘Biological strategies for hydrophobicity’ |
11.00 |
Tea and Coffee |
11.30 |
Careers with Andrew Humphris |
12.30 |
Short break |
12.45 |
Lunch |
13.45 |
Free time |
16.00 |
Lecture 10: George O’Toole ‘To Build a Biofilm’ |
17.00 |
Lecture 11: Gijsje Koenderink ‘Cytoskeletal self-organization: from molecules to function’ |
18.00 |
Short break |
18.30 |
Winter School Dinner |
9.00 |
Lecture 12: Berenike Maier ‘Watching horizontal gene transfer’ |
10.00 |
Lecture 13: Eugene Terentjev ‘How cells feel: sensing the stiffness of environment’ |
11.00 |
Tea and Coffee |
11.30 |
Lecture 14: Judy Armitage ‘Integrating sensory signalling pathways to control the direction of bacterial swimming’ |
12.30 |
Short break |
12.45 |
Lunch and close |