Adam Henry Marblestone

The paper introduces umExM, a method for dense membrane labeling and expansion microscopy to achieve nanoscale visualization of membranes in tissues, demonstrating resolution down to ~35 nm.

The paper introduces ExBarSeq, a method for high-resolution multiplexing of barcodes and synaptic proteins in neurons, demonstrating its application in mouse brain tissue.

ExSeq enables multiplexed RNA mapping at nanoscale resolution by expanding biological specimens for in situ sequencing.

The paper proposes a computational model of thalamic relays that support symbolic and sub-symbolic computations through dynamically partitionable auto-associative networks.