Actin cables induced by the expression of the barbed-end-capping complex Eps8-Abi1.

A three-dimensional model showing intercisternal connections (red and yellow) forming during intra-Golgi transport.

Syntabulin, a new kinesin receptor, regulates syntaxin trafficking along microtubules (red). Cover design by: Lawrence Keogh

EB1 and APC interact with mDia to promote microtubule stabilization during cell migration. In the image, EB1-GFP induces formation of stabilized microtubules (green), which unlike dynamic microtubules (blue) do not incorporate tubulin (red).

Dicer-deficient cells have multiple spindles (green) and undergo aberrant mitosis. cover design: Lawrence Keogh

NUDEL regulates assembly of neurofilaments through interaction with the neurofilament subunit NF-L.

Formation of myosin-X-induced filopodia depends on integrins. GFPmyosin (green) caused a remarkable induction of filopodia in an integrin dependent manner. Actin staining is shown in red. Cover design: Lawrence Keogh

Egalitarian mutants that do not interact with the dynein light chain do not maintain oocyte fate. Orb (red) and synaptonemal complex (green) initially concentrate in the 'oocyte' cell but are subsequently lost.

Trafficking of GPI-anchored proteins (white) from the Golgi (red) to the apical surface occurs via the basolateral surface in polarized cells.

Chromosome mal-orientations accumulate before correction by Aurora kinase. cover design: James McQuat

The tumour suppressor RASSF1A localizes to microtubules. Cells expressing HA-tagged RASSF1A (green), were co-stained with anti-b-tubulin (red). cover design: James McQuat

Formin 1 (green) colocalizes with vinculin (red) in distinct puncta characteristic of nascent adherens junctions, and also localizes along the actin bundles that radiate from puncta. Colocalization is shown in yellow. cover design: Lawrence Keogh