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Engineering DNA as a molecular tool to investigate T cell mechanical signaling
1 de 10
Engineering Armored CAR T Cells to Secrete Functional VIPR Antagonist
2 de 10
Establishing kinetic activity of Exonuclease III on surface-immobilized substrates used in novel DNA rolling motors
3 de 10
Ultrasensitive Tension Sensors with Catalytic Amplification Reactions: From Fundamental Development to Clinical Applications
4 de 10
Optimizing the performance efficiency of highly polyvalent DNA-based motors
5 de 10
Developing and Understanding Nucleic Acid Tension Sensors to Dissect Cellular Mechanosensing
6 de 10
Aptamers as Molecular Recognition Agents for Biomedically Relevant Small Molecules
7 de 10
Molecular mechanisms governing regulation of toxin-antitoxin systems in bacteria
8 de 10
A toolbox based on DNA nanotechnology to investigate cell receptor mechanics
9 de 10
Intertumoral and Intratumoral Heterogeneity of Cancer: Types, Causes, Detection, and Clinical Implications
10 de 10