Tumor biomarker‐based theranostics have achieved broad interest and success in recent
years. However, single biomarker‐based recognition can cause false‐positive feedback …

Synthetically directing T‐cells against tumors emerges as a promising strategy in
immunotherapy, while it remains challenging to smartly engage T cells with tunable immune …

Precise mapping and regulation of cell surface receptors hold immense significance in
disease treatment, such as cancer, infection, and neurodisorders, but also face enormous …

Among the vast number of recognition molecules, DNA aptamers generated from cell-
SELEX exhibit unique properties for identifying cell membrane biomarkers, in particular …

The specific inventory of molecules on diseased cell surfaces (eg, cancer cells) provides
clinicians an opportunity for accurate diagnosis and intervention. With the discovery of …

Precise diagnostic approaches have great potential in cancer intervention and prognosis.
Although diverse DNA nanoprobes have been reported for tumor diagnosis, precise tumor …

The ability to accurately identify and isolate cells is the cornerstone of precise disease
diagnosis and therapies. A single-step cell identification method based on logic analysis of …

Probing pro‐metastatic biomarkers is of significant importance to evaluate the risk of tumor
metastasis, but spatially selective imaging of such targets in extracellular microenvironment …

Cell types, both healthy and diseased, can be classified by inventories of their cell-surface
markers. Programmable analysis of multiple markers would enable clinicians to develop a …

We describe an autonomous DNA nanorobot capable of transporting molecular payloads to
cells, sensing cell surface inputs for conditional, triggered activation, and reconfiguring its …