Selected article for: "early treatment and mortality rate"
Author: Jacob W. Myerson; Priyal N. Patel; Nahal Habibi; Landis R. Walsh; Yi-Wei Lee; David C. Luther; Laura T. Ferguson; Michael H. Zaleski; Marco E. Zamora; Oscar A. Marcos-Contreras; Patrick M. Glassman; Ian Johnston; Elizabeth D. Hood; Tea Shuvaeva; Jason V. Gregory; Raisa Y. Kiseleva; Jia Nong; Kathryn M. Rubey; Colin F. Greineder; Samir Mitragotri; George S. Worthen; Vincent M. Rotello; Joerg Lahann; Vladimir R. Muzykantov; Jacob S. Brenner
Title: Supramolecular Organization Predicts Protein Nanoparticle Delivery to Neutrophils for Acute Lung Inflammation Diagnosis and Treatment
  • Document date: 2020_4_18
    • ID: ezrkg0dc_64
    Snippet: The thirteen nanoparticles with specificity for the inflamed lungs have a range of properties. Seven different proteins were used in the inflammation-specific particles. The particles have sizes ranging from ~75 nm to ~350 nm, include both spheres and rods, and have a range of zeta potentials. However, our analyses classify the inflammation-specific nanoparticles as; 1) nanoparticles with structure based on hydrophobic interactions between protei.....
    Document: The thirteen nanoparticles with specificity for the inflamed lungs have a range of properties. Seven different proteins were used in the inflammation-specific particles. The particles have sizes ranging from ~75 nm to ~350 nm, include both spheres and rods, and have a range of zeta potentials. However, our analyses classify the inflammation-specific nanoparticles as; 1) nanoparticles with structure based on hydrophobic interactions between proteins; 2) nanoparticles with structure based on non-site-specific protein crosslinking; 3) nanoparticles based on charge interactions between proteins. Put broadly, these three classes can all be grouped as structures based on protein agglutination, without regard for site-specific interactions or symmetry in the resulting protein superstructure.

    Search related documents:
    Co phrase search for related documents
    • charge interaction and hydrophobic interaction: 1
    • charge interaction and protein charge interaction: 1
    • different protein and hydrophobic interaction: 1, 2
    • different protein and nm nm range: 1
    • different protein and protein crosslinking: 1
    • different protein and protein hydrophobic interaction: 1
    • different protein and seven different protein: 1, 2, 3, 4
    • different protein and zeta potential: 1
    • hydrophobic interaction and protein agglutination: 1
    • hydrophobic interaction and protein hydrophobic interaction: 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14
    • hydrophobic interaction and protein superstructure: 1
    • hydrophobic interaction and zeta potential: 1, 2