Design and Engineering Materials
Design and Engineering Materials
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We possess core engineering capabilities in precisely designing and synthesizing a diverse library of nanoplatforms, including organic- or inorganic nanoparticles, porous silica, and 2D nanomaterials.
We possess core engineering capabilities in precisely designing and synthesizing a diverse library of nanoplatforms, including organic- or inorganic nanoparticles, porous silica, and 2D nanomaterials.
These engineered nanoparticles undergo sophisticated surface modification and target ligand conjugation to achieve highly selective cargo delivery to specific in vivo tissues and organs, including tumors, lungs, the liver, and the brain.
These engineered nanoparticles undergo sophisticated surface modification and target ligand conjugation to achieve highly selective cargo delivery to specific in vivo tissues and organs, including tumors, lungs, the liver, and the brain.
Ultimately, we develop intelligent, stimuli-responsive biomaterial systems that sense microenvironmental cues, such as acidic pH or elevated ROS, to trigger localized drug release, thereby maximizing therapeutic efficacy.
Ultimately, we develop intelligent, stimuli-responsive biomaterial systems that sense microenvironmental cues, such as acidic pH or elevated ROS, to trigger localized drug release, thereby maximizing therapeutic efficacy.
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