pubdraw

On the embryonic cell division beyond the contractile ring mechanism: experimental and computational investigation of effects of vitelline confinement, temperature and egg size. The first embryonic cell division is predominantly driven by contraction of the cleavage furrow. Eggs of different species show remarkably different deformation patterns during the cell division. Deformation of dividing cells depends on interplay of vitelline membrane, environmental temperature and physical dimensions of the egg and mitotic spindle.

Academic inequality through the lens of community ecology: a meta-analysis. A synthesis based on ecological meta-analysis papers found that author diversity in terms of author affiliation has little increased and rather country reputation was more powerful than the popularity of the scientific topic and affected the chance of publication.

Trail Making Test performance contributes to subjective judgment of visual efficiency in older adults. When we provide a subjective judgment on our own vision (‘How would you rate your vision?') this judgement is determined by several factors, one very important is of course your visual acuity (ie. what you get at the ophthalmologist) but there are higher level factors that play a part. These higher level factors are for example how able you are to use the good or poor vision that you have in tasks with different demands. What we tried to do is use a quite basic visual task requiring cognitive input (Trail Making Test) and show that performance on this test predicts (to some extent) the answer to the How would you rate your vision question. We argue that this indicates that people are (somehow) considering this ‘higher level’ when judging their own vision.

Wolbachia co-infection in a hybrid zone: discovery of horizontal gene transfers from two Wolbachia supergroups into an animal genome. Two subspecies of Chorthippus parallelus grasshoppers (Cpp and Cpe) are infected with two different strains of a bacteria called Wolbachia. When Cpp and Cpe interbreed in a hybrid zone between France and Spain, the hybrid grasshoppers can acquire both types of Wolbachia. By studying the genomes of hybrid grasshoppers, researchers found that genes from both Wolbachia strains have moved from the bacterial genome into the grasshopper genome.

The way an organism looks and behaves is a result of its genes and its environment. We can't understand this interaction without combining data about an organism's characteristics and its environment, which is very hard because these two data types are so different. This paper describes the challenges and makes suggestions about how to overcome them.