All Clarivate websites use cookies to improve your online experience. They were placed on your computer when you launched this website. You can change your cookie settings through your browser.

More information on our cookie policy.

BioWorld. Link to homepage.

Clarivate
  • BioWorld
  • BioWorld MedTech
  • BioWorld Asia
  • BioWorld Science
  • Data Snapshots
    • BioWorld
    • BioWorld MedTech
  • Special reports
    • Aging
    • Biosimilars
    • Artificial intelligence
    • Coronavirus
    • IVDs on the rise
    • Science '22 in Review
    • Top Biopharma Trends of 2022
    • Top Med-tech Trends of 2022
    • Premium reports
      • BioWorld Financings Reports
      • Disease Incidence & Prevalence Summaries

BioWorld. Link to homepage.

  • sign in
  • Sign Out
  • My Account
Subscribe
BioWorld - Sunday, March 26, 2023

Nanotechnology

Home » Topics » Science » Nanotechnology
  • Cancer cell destruction by nanoparticles
    March 23, 2023

    Tumor growth restricted in mice treated with ZBTB46 mRNA nanoparticles using Altamira’s Semaphore technology

    A research group at Washington University School of Medicine has released animal data showing restriction of tumor growth with a novel mRNA therapeutic delivered in nanoparticles based on Altamira Therapeutics Ltd.’s Semaphore delivery platform.
  • Dec. 13, 2022
    By Mar de Miguel

    Synthetic cell junctions allow tissue reconstruction

    A combination of bioengineering techniques on normal cell binding proteins could be the method of the future for selective cell binding. Scientists at the University of California, San Francisco (UCSF) have created a synthetic glue based on the expression of membrane receptors to establish the desired connection between cells. The results may be applied in different fields of cell biology or biomedicine, such as regeneration and wound repair, including the nervous system, or cancer.
  • Sep. 14, 2022
    By Mar de Miguel

    Bioengineered multifunctional exosomes evoke cancer immunity

    The design of genetically modified exosomes that combine multiple targets killed cancer cells and conferred immunity against them. Scientists at the University of Southern California (USC) applied bioengineering techniques to introduce up to four antitumor functions in the same type of extracellular vesicles and destroy EGFR-positive triple-negative breast cancer (TNBC) tumor cells.
Read More

Authors

  • Stacy Lawrence
  • Bernard Banga
  • Annette Boyle
  • Michael Fitzhugh
  • Elise Mak
  • David Godkin
More Authors
  • BioWorld
    • Today's news
    • Analysis and data insight
    • Clinical
    • Data Snapshots
    • Deals and M&A
    • Financings
    • Newco news
    • Opinion
    • Regulatory
    • Science
  • BioWorld MedTech
    • Today's news
    • Clinical
    • Data Snapshots
    • Deals and M&A
    • Financings
    • Newco news
    • Opinion
    • Regulatory
    • Science
  • BioWorld Asia
    • Today's news
    • Analysis and data insight
    • Australia
    • China
    • Clinical
    • Deals and M&A
    • Financings
    • Newco news
    • Regulatory
    • Science
  • BioWorld Science
    • Today's news
    • Biomarkers
    • Cancer
    • Conferences
    • Endocrine/Metabolic
    • Immune
    • Infection
    • Neurology/Psychiatric
    • Patents
  • More
    • About
    • Archives
    • Article reprints and permissions
    • Contact us
    • Cookie policy
    • Copyright notice
    • Data methodology
    • Podcasts
    • Privacy policy
    • Share your news with BioWorld
    • Staff
    • Terms of use
Follow Us

Copyright ©2023. All Rights Reserved. Design, CMS, Hosting & Web Development :: ePublishing