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About

Klaus Palme is a leading plant cell biologist whose pioneering work has transformed how researchers visualize gene expression and protein localization in living plants. His core research focuses on developing robust, accessible molecular imaging techniques that bridge the gap between cellular dynamics and whole-organism biology. Palme’s most influential contributions include the creation of an improved, universal protocol for whole-mount immunolocalization in plants (159 citations), which enables high-resolution, reproducible labeling of inner cell layers—a critical advance for modern microscopy. He also established automated whole-mount localization methods for Arabidopsis seedlings (142 citations), providing the plant biology community with reliable, easy-to-use mRNA and protein detection tools. More recently, Palme has pioneered the use of Zip Nucleic Acid probes for in situ detection of microRNAs (16 citations), expanding the toolkit for small RNA research. His latest work ventures into single-cell manipulation, developing a droplet microfluidics-based “pick-and-place” sorting system that allows image-guided selection of individual cells. With over 300 citations across his key papers, Palme’s protocols have become standard references, empowering researchers worldwide to explore plant development, signaling, and cellular organization with unprecedented clarity.