糖心TV

Skip to main content Skip to navigation

SBIDER Calendar

Tuesday, January 24, 2017

Select tags to filter on
Mon, Jan 23 Today Wed, Jan 25 Jump to any date

How do I use this calendar?

You can click on an event to display further information about it.

The toolbar above the calendar has buttons to view different events. Use the left and right arrow icons to view events in the past and future. The button inbetween returns you to today's view. The button to the right of this shows a mini-calendar to let you quickly jump to any date.

The dropdown box on the right allows you to see a different view of the calendar, such as an agenda or a termly view.

If this calendar has tags, you can use the labelled checkboxes at the top of the page to select just the tags you wish to view, and then click "Show selected". The calendar will be redisplayed with just the events related to these tags, making it easier to find what you're looking for.

 
-
Export as iCalendar
Alina Bazarova (糖心TV) "Inferring origin firing times from Okazaki Fragments data"
M3.01 (MOAC Seminar Room), Senate House
-
Export as iCalendar
Lloyd Chapman (糖心TV) "Bayesian inference for spatial transmission of visceral leishmaniasis in Bangladesh"
M3.01 (MOAC Seminar Room), Senate House
-
Export as iCalendar
Karsten Kruse (Geneva) "Amoeboid cell migration‒chance and necessity"
OC0.03, Oculus, Main Campus

Immune cells patrol organisms in search of pathogens or antigen presenting cells. Initially not knowing where

these targets are, the best strategy to locate them is to perform a random walk. Indeed, the migration of many

immune cells can be characterised as a persistent random walk. We show that in topographically structured

environments there is an optimal persistence length of the walk minimizing the average search time. We then

show that deterministic spontaneous actin polymerization waves can generate cellular random walks with a

controllable persistence length. Finally, we provide evidence that the migration of dendritic cells employs

spontaneous actin waves.

Placeholder

Let us know you agree to cookies