• HOME
  • ABOUT US
  • AI and Antibody Drug R&D
  • TUMOR IMMUNE THERAPY
    • Introduction
    • Cancer Immunotherapy Type
  • NBRL CELL & GENE DRUG R&D
    • Introduction
    • NBRL Cell & Gene Drug
    • Intrabody Development
    • Next Step Development
  • Nanobody Drug R&D
  • Alzheimer’s Disease
  • CONTACT US
  • More
    • HOME
    • ABOUT US
    • AI and Antibody Drug R&D
    • TUMOR IMMUNE THERAPY
      • Introduction
      • Cancer Immunotherapy Type
    • NBRL CELL & GENE DRUG R&D
      • Introduction
      • NBRL Cell & Gene Drug
      • Intrabody Development
      • Next Step Development
    • Nanobody Drug R&D
    • Alzheimer’s Disease
    • CONTACT US
  • HOME
  • ABOUT US
  • AI and Antibody Drug R&D
  • TUMOR IMMUNE THERAPY
    • Introduction
    • Cancer Immunotherapy Type
  • NBRL CELL & GENE DRUG R&D
    • Introduction
    • NBRL Cell & Gene Drug
    • Intrabody Development
    • Next Step Development
  • Nanobody Drug R&D
  • Alzheimer’s Disease
  • CONTACT US

NBRL Developed Cell/Gene Drug Candidates

 

NBRLBoston has been developing the novel anti-tumor immune gene mRNA/DNA combo with iPS derived universal NK and T cells, and steam cell based therapeutic candidates,  and TCRm and CAR NK candidates that are the highest level of innovative research and development  for anti-cancer immune drugs development. 


Our developed anti solid tumor mRNA/DNA  gene drug combo with human PBMC derived T and NK cell therapeutic candidates have  demonstrated strong efficacy on the inhibition of solid tumor growth in vitro and in vivo studies by improving cytotoxicity T  and NK  killing tumor cell function, blocking negative signals, and specializing in the tumor micro-environment normalization through the balance of various cytokines/immune cells/blood supply etc. involved in immune activity against tumor.

NBRLBio mRNA/DNA Drug Killing Cancer Cell Mechanism

NBRLBoston Has Developed Novel Anti-Cancer mRNA/DNA Based Drug Targeting Pathway

  • A)  Targeting tumor cell and tumor vessel surface antigens
  • B)  Activating cytokines
  • C)  Blocking immune check point inhibition pathway(release brake)
  • D) Stimulating immune check point stimulation pathway(step-on gas pedal)
  • E) Improving/normalizing tumor microenvironment to enhance T cell and NK cell killing cancer cells
  • F) Inhibiting/converting negative T regular cell

Copyright © 2023 NBRLBoston - All Rights Reserved

  • HOME

Powered by

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

Accept