1 microscopy revealed that the growth cones of early arriving axons travel preferentially next to glial

2 e show that in the Drosophila antennal lobe, early-arriving axons of olfactory receptor neurons (ORNs

3 e have disrupted the genes encoding a set of early arriving clathrin-coat constituents, FCHO1 and FCH

4  arrayed Asp-Pro-Phe (DPF) motifs within the early-arriving endocytic pioneers Eps15/R are differenti

5          Thus Ede1p and Syp1p are conserved, early-arriving endocytic proteins with roles in the form

6                   During community assembly, early arriving exotic species might suppress other speci

7                       We find that resident (early-arriving) herbivore species increase their likelih

8                       The negative impact of early arriving immigrants was attributable to the histor

9 across habitats, indicating that dominant or early-arriving individuals exclude others from breeding

10         Evolutionary priority effects, where early-arriving lineages occupy niche space via diversifi

11             The precocious emigration of the early arriving neurons in the mesenchyme suggests they m

12 ated repulsion provides a mechanism by which early-arriving ORN axons constrain the target choices of

13    The results show the feasibility of using early-arriving photons to image fluorescent objects embe

14 hick (6.4 cm) tissue-like turbid media using early-arriving photons.

15 1p (homologue of Eps15) and clathrin are the early-arriving proteins most important for cargo uptake,

16              However, the mechanism by which early-arriving proteins select and stabilize endocytic s

17                                          The early-arriving proteins, as well as the later-arriving p

18  necessary for efficient recruitment of most early-arriving proteins, but not for the recruitment of