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Fig. 1. Overview of the HPK nano-bioparticle (NBP) technology. A, Schematic of technology. The HPK linear peptide (graphic) displays each functional domain in a different color. The schematic illustrates the self-assembly of HPK with various therapeutic cargoes into NBPs, which are designed to target tumors in the body. B, Data highlights of NBP technology. The ribbon structure of HPK shows color-coded domains and natural formation as a pentamer (appearing as rings under electron microscopy (EM) that self-assembles into NBPs (appearing as polyhedral under EM) upon exposure to cargo. IV injection in mice results in tumor-selective accumulation and delivery of therapeutic payload, reducing tumor growth.

Nano-bioparticles: Fighting cancer with targeted nanotherapy

Dr LK Medina-Kauwe developed a bioengineered delivery system to treat resistant and metastatic tumors, highlighting the potential of nano-bioparticles to enhance cancer therapy by targeting specific tumor characteristics and overcoming treatment barriers.
Carcinoid tumors are a type of slow-growing cancer that can arise in several places throughout your body. Carcinoid tumors, which are one subset of tumors called neuroendocrine tumors, usually begin in the digestive tract (stomach, appendix, small intestine, colon, rectum) or in the lungs. Site: Ovary

Are nanotextures enough to kill cancer cells?

Nanotextures on nanoparticles and implants to kill cancer cells in a more targeted manner may just be the key to tackling resistance to traditional cancer drugs.
Soap bubbles on a pink background,Texture background.

Artificial intelligence (AI) and biomaterials: A perfect BandAId™

Thomas J Webster, Ph.D., Professor and Entrepreneur, is investigating the potential of AI in medical applications and biomaterial production.
Unstable Atom nucleus with electrons spinning around it technology background

The rotating lepton model: Electron and positron catalysis of chemical and nuclear synthesis

Professor Emeritus Constantinos Vayenas from the University of Patras and PhD student Dionysios Tsousis from Stanford University discuss electron and positron catalysis in the CERN e+e- annihilation experiments via the Rotating Lepton Model.
Pneumonia coronavirus

The potential of microparticles for active surveillance of infectious diseases

Emmanuel Kifaro from the SACIDS Foundation for One Health, and College of Veterinary Medicine and Biomedical Sciences, Sokoine University of Agriculture, Tanzania, details the potential application of microparticles for active surveillance of viral infections from non-invasive animal matrices.
Figure: Craters made in virgin and in nano-doped targets, nuclear fusion

Naplife: Nanotechnology with a perspective on nuclear fusion

Biró. Tamás Sándor a research professor at the Wigner RCP in Budapest, Hungary, discusses using nuclear fusion as a primary energy source in his project ‘NAPLIFE’.

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