https://www.selleckchem.com/products/BafilomycinA1.html User feedback shaped the final version, which can be accessed free from the App Store and Google Play. Early implementation has demonstrated patient and provider satisfaction. Obstacles to full implementation of Decide + Be Ready remain within the Military Health System. We lay out a roadmap for dissemination, implementation, and evaluation and explore the applications of the decision aid for health professions education in the realm of shared decision-making. Finally, we recommend consideration of decision aids for other health care decisions as a way to achieve patient-centered care, improve health outcomes, and potentially reduce costs.G-quadruplex (G4) DNA structures have emerged as important regulatory elements during DNA metabolic transactions. While many in vitro studies have focused on the kinetics of G4 formation within DNA single-strands, G4 are found in vivo in double-stranded DNA regions, where their formation is challenged by the complementary strand. Since the energy of hybridization of Watson-Crick structures dominates the energy of G4 folding, this competition should play a critical role on G4 persistence. To address this, we designed a single-molecule assay allowing to measure G4 folding and persistence times in the presence of the complementary strand. We quantified both folding and unfolding rates of biologically relevant G4 sequences, such as the cMYC and cKIT oncogene promoters, human telomeres and an avian replication origin. We confirmed that G4s are found much more stable in tested replication origin and promoters than in human telomere repeats. In addition, we characterized how G4 dynamics was affected by G4 ligands and showed that both folding rate and persistence time increased. Our assay opens new perspectives for the measurement of G4 dynamics in double-stranded DNA mimicking a replication fork, which is important to understand their role in DNA replication and gene regulation at a