Efficient Encapsulation of Hydrophilic Biologics into NanocarriersPrinceton Docket # 18-3414-1 The research team at Princeton University has demonstrated a novel and efficient method to encapsulate highly water-soluble biologic active pharmaceutical ingredients into nanocarriers using a single preci.....
[更多]
University researchers have developed devices and methods pertaining to efficient nebulization of fluids in a range of viscosities. Applications include portable delivery of drugs, disinfection of spaces, and other uses requiring individual droplets with defined sizes. The invention has a patent pe.....
[更多]
This technology is a system for power-efficient neighbor discovery and synchronization in energy-harvesting wireless networks.
[更多]
Purdue University researchers have developed a novel chemical process that can be used to prestrain a wide range of EAP materials. This process simplifies and greatly improves the manufacturability of EAPs, making them durable, flexible, and in constant contact with the circuit. EAPs have many appli.....
[更多]
Pseudopods are temporary, exploratory appendages that certain cells, like leukocytes, certain kinds of cancer cells, and more extend to probe the surrounding substrate surface or other cells. A cell both senses the environment and establishes the new adhesive contacts to the substrate at the tips of.....
[更多]
| |< <- | [3760] [3761] [3762] [3763] [3764] [3765] [3766] [3767] [3768] [3769] [3770] | -> >| |
