… Cells, bacteria and phages will be endowed with novel … (~4.0-fold than the control
group), inducing enhanced PTT and … precise delivery of proteolysis targeting chimeras (PROTACs). …

… display peptides specific towards the gram-positive bacterium … -conjugated fd phages retarded
bacterial growth by a factor of … Simultaneous co-encapsidation allows for precise control of …

… due to the active and poorly controlled use of antibiotics and, as … Phage therapy has great
prospects, the development of … the viability of bacteriophages and the delivery of phages to the …

… -negative bacteria produced by controlled expression of cloned … Of note, certain strains are
obligate lytic phages, whereas … cell-targeting features and photothermal therapy were also …

… control the transcription of certain genes in the host bacteria … and adoptive chimeric antigen
receptor T cell therapy. (110) … (A) BM-AuNPs were fabricated by coating gold nanoparticles …

… In addition, chimeric antigen receptor T-cells are also used for … is decorated with biomineralized
gold nanoparticles (AuNPs). … (A) Constructing dynamic control switch in bacteria that can …

… such as toxicity (12), photothermal conversion efficiency (13), … -negative bacterial cell envelope
because of its special structure… that this penetrating effect can be controlled by the NW tip …

… H.; Borg, RE; Dow, LP; Pruitt, BL; Chen, IA Controlled phage therapy by photothermal ablation
of specific bacterial species using gold nanorods targeted by chimeric phages. Proc. Natl. …

… of phage-based therapeutics [3] in antibiotic resistant bacterial … metal nanoparticles have
greater contrast and phages can be … a negative control grid using the staining material only. …

… The most widely studied examples of PNCs include virus-like particles, bacterial … for use
as vaccines, therapeutic delivery vehicles, medical imaging aids, bioreactors, biological control …