Tessa M. Burch‐Smith

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.

This study identifies an auxin-BR antagonistic module that regulates plasmodesmal connectivity in response to viral movement proteins during early infection.

This study identifies heme as a chloroplast-to-nucleus retrograde signal that regulates plasmodesmata function to control intercellular trafficking in plants.

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