Kirk J. Czymmek

This study shows that suppressing SDP1 in soybean seeds increases seed size and biomass by altering cell size, cell wall composition, and phytohormone levels.

This paper uses cryo-vEM to visualize and quantify ultrastructural features of two Anabaena species without chemical pre-treatment.

This study uses high-resolution microscopy to show that viruses increase plasmodesmata (PD) in plant cells, with movement proteins driving PD formation and Remorins inhibiting it.

The paper introduces an AI-driven method to improve 3D volume electron microscopy data acquisition by dynamically adjusting resolution, reducing acquisition time across various organisms and tissues.

The paper shows that NCR13_PFV1 peptide protects soybean from Cercospora sojina by multiple mechanisms and works additively with fungicides.

This study identifies antifungal peptides from MtDef5 and shows their potential as bio-fungicides against gray mold and anthracnose diseases.

ExPOSE enables expansion microscopy in plant protoplasts, enhancing resolution for biomolecule visualization through integration with immunofluorescence and in situ hybridization.

This study shows that different disulfide bond pairings in chickpea NCR13 peptides lead to distinct antifungal activities and modes of action.

The paper identifies structurally diverse callose/β-1,3-glucans in plant cell wall microdomains and reveals their interactions with xyloglucan.