RNA is critical in countless cellular processes, and researchers are constantly discovering
new types and attributing them different roles. Consequently, a growing interest in efficient …

A growing number of viruses pose significant threats to human health, impact agricultural
production and compromise food safety. Minimizing the impact of viral infections demands …

A new method for the detection of genomic RNA combines RNA cleavage by the 10‐23
DNAzyme and use of the cleavage fragments as primers to initiate rolling circle amplification …

DNA nanostructures hold great potential for drug delivery. However, their specific targeting
is often compromised by recognition by scavenger receptors involved in clearance. In our …

Drug delivery strategies help cope with drawbacks of classical pharmaceuticals, including
increasing their solubility, diminishing side effects and improving biodistribution. A multitude …

Design of materials to aid intracellular delivery of agents can greatly improve medical
treatments. While DNA is a molecule difficult to introduce into cells, DNA can be engineered …

3DNA holds promise as a carrier for drugs that can be intercalated into its core or linked to
surface arms. Coupling 3DNA to an antibody targeting intercellular adhesion molecule 1 …

Purpose: Cataracts are the leading cause of blindness worldwide, resulting in over 30
million surgeries each year. These cases are expected to double within the next 10 years …

Biodistribution studies are essential in drug carrier design and translation, and radiotracing
provides a sensitive quantitation for this purpose. Yet, for biodegradable formulations, small …

Custom-designed DNA and RNA oligonucleotide collections are used as building blocks in
synthetic biology, complementary probes for targeted sequencing, and nucleic acid …