A novel protein delivery platform has been developed to efficiently deliver protein or enzyme by forming a thin polymer shell via free radical polymerization. The everlasting limitations for protein therapy are mainly poor stability and low permeability through biological barriers. The rational design of the nanocarriers based on the protein nanocapsule technology can endow nanoparticles with ideal size and reliable surface properties. In this thesis, the extent of the firefly luciferase encapsulation delivery system is further explored in the field of induced apoptosis by various drug treatments in cancer cells
Protein cage nanoparticles are excellent candidates for use as multifunctional delivery nanoplatform...
Many proteins and peptides possess specific biological activity that makes them potentially suitable...
By the year 2030, the World Health Organization expects the total number of new cancer cases will gr...
A novel protein delivery platform has been developed to efficiently deliver protein or enzyme by for...
As the most dynamic and diverse macromolecules in our body, proteins perform a vast array of functio...
Therapeutic proteins have gained incredible interest in pharmaceutical and biological science. The l...
In living organisms, numerous biochemical reactions occur synergistically, allowing the organisms to...
Proteins play a crucial role in life, taking part in all vital processes in the body. Intracellular ...
The effective administration of therapeutic proteins has received increased attention for the treatm...
We report the fabrication of dual enzyme responsive hollow nanocapsules which can be targeted to del...
Protein are the most dynamic and diverse macromolecules in living organisms, taking part in almost e...
The effective administration of therapeutic proteins has received increased attention for the treatm...
Intracellular protein delivery is an important tool for both therapeutic and fundamental application...
International audienceFrom recombinant insulin to monoclonal antibodies, proteins have become essent...
ABSTRACT: The direct delivery of functional proteins into the cell cytosol is a key issue for protei...
Protein cage nanoparticles are excellent candidates for use as multifunctional delivery nanoplatform...
Many proteins and peptides possess specific biological activity that makes them potentially suitable...
By the year 2030, the World Health Organization expects the total number of new cancer cases will gr...
A novel protein delivery platform has been developed to efficiently deliver protein or enzyme by for...
As the most dynamic and diverse macromolecules in our body, proteins perform a vast array of functio...
Therapeutic proteins have gained incredible interest in pharmaceutical and biological science. The l...
In living organisms, numerous biochemical reactions occur synergistically, allowing the organisms to...
Proteins play a crucial role in life, taking part in all vital processes in the body. Intracellular ...
The effective administration of therapeutic proteins has received increased attention for the treatm...
We report the fabrication of dual enzyme responsive hollow nanocapsules which can be targeted to del...
Protein are the most dynamic and diverse macromolecules in living organisms, taking part in almost e...
The effective administration of therapeutic proteins has received increased attention for the treatm...
Intracellular protein delivery is an important tool for both therapeutic and fundamental application...
International audienceFrom recombinant insulin to monoclonal antibodies, proteins have become essent...
ABSTRACT: The direct delivery of functional proteins into the cell cytosol is a key issue for protei...
Protein cage nanoparticles are excellent candidates for use as multifunctional delivery nanoplatform...
Many proteins and peptides possess specific biological activity that makes them potentially suitable...
By the year 2030, the World Health Organization expects the total number of new cancer cases will gr...