Cannabis glandular trichomes: a cellular metabolite factory
 

Cannabis trichomes produce and enrich compounds including cannabinoids such as tetrahydro-cannabinolic acid. In this review we summarize the current understanding of glandular trichome function in cannabis and outline future research directions.

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Mechanosensitive ion channels contribute to mechanically evoked rapid leaflet movement in Mimosa pudica

Mimosa is able to rapidly fold its leaves and leaflets upon a mechanical trigger. We investigated the mechanism allowing the plant to perceive mechanical triggers and found a mechanosensitive ion channel to be involved. This article was highlighted in a News and Views Editorial.

Invasive processes in the life cycle of plants and fungi
 

Plant cells such as pollen tubes, root hairs and fibers have the ability to invade substrates. Plants are also subject to invasion, for example by fungal hyphae. This review discusses the physics of the invasion process, the biological purpose and the underlying mechanism.

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Microfluidics-based bioassays and imaging of plant cells
 

The past decade has shown rapid adoption of microfluidics and MEMS-technology for research on tip growing cells. This article provides an overview of the nifty experimental designs and the challenges associated with this approach.

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Cytoskeletal regulation of primary plant cell wall assembly
 

The plant cell wall is assembled upon cell division and growth. The regulation of the delivery of cell wall components and of the assembly process proper relies with the cytoskeleton. In this review we summarize how the elements of the cytoskeleton-plasma membrane-cell wall continuum interact.

Live imaging of cellulose and pectin in walls of growing plant cells
 

Labeling polysaccharides in the living plant without interference with development and morphogenesis requires carefully adapted techniques. A summary of methods is provided in this Conference Proceeding, related to a full paper published in Journal of Microscopy.

Biomechanics of hair fibre growth:
a multi-scale modeling approach
 

We used finite element modeling to simulate the hair growth process and identify the forces that enables follicles to push the growing hair outside of the skin. We also identified the structures that enable a hair fibre to emerge from the skin while simultaneously being firmly anchored. More...