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Ongoing Research Gallery

Click on any image to open research project summary.

Dirofilaria immitis

Microfilaria

A depth-pseudo-colored maximum projection of z-stacks obtain using a laser scanning confocal microscope of Arabidopsis cotyledon epidermal cells expressing GFP-MAP4 allowing visualization of cortical microtubules.

Mechanical Stress And Microtubules

A scanning electron micrograph of vasculature tissue from Mimosa pudica, a rapidly moving plant that folds its leaves in response to touch.

Micrograph Of Vasculature Tissue

A depth-pseudo-colored maximum projection of z-stacks obtain using a laser scanning confocal microscope of an Arabidopsis lobe/neck of a cotyledon pavement cell expressing GFP-MAP.

Cotyledon Pavement Cell

Turgor and cell wall mechanics during plant cell growth.

Turgor And Cell Wall Mechanics

A depth-pseudocolored maximum projection of z-stacks obtained by staining Arabidopsis cotyledons with calcofluor white to allow visualization of cellulose microfibrils in pavement cells.

Visualization Of Cellulose Microfibrils

A micrograph showing mesh-like Biofilm formation by Plant Growth Promoting Bacteria聽Bacillus velenzensis聽strain B26 on the surface of roots of聽Brachypodium distachyon

Biofilm Formation

endophytes of timothy

Endophytes Of Timothy

An optical section of epidermal cells of begonia leaf epidermal cells stained with Cos488 that binds preferentially de-esterified pectin.

Begonia Leaf Epidermal Cells

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