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City Montgomeryville / Beltsville / Austin / Bath / Rijeka / Oxford / Pittsburgh / Wilmington / Nottingham / Rockland / / Company Measuring Doubling Times / Neogen / Pearson / Sun / IPG Photonics / Olympus America / ASSOCIATED CONTENT / / Country Croatia / Fiji / United States / United Kingdom / / Currency pence / / / Facility University of Bath / Center Valley / The University of Texas / University of Nottingham / University of Texas / / IndustryTerm 100× oil-immersion objective / subsequent imaging / imaging / printing / healthcare costs / Diabetes Care / commensal bacterial systems / healthcare system billions / / MedicalCondition Pseudomonas / COPD / urinary tract infection / wound infection / model organisms Pseudomonas / Cystic Fibrosis / infections / Biofilm infections / disease / trapped and untrapped S. aureus / chronic / diabetes / chronic infections / S. aureus / foot ulcers / infection / / MedicalTreatment antibiotics / catheter / / MusicGroup Flow / Growing / / Organization University of Texas at Austin / University of Bath / Department of Physics / American Chemical Society / Center for Nonlinear Dynamics / University of Nottingham / School of Biological Sciences / / Person Rabin / Daniel A. Hurwitz / † Yasuhiko / Nat / Berry / V / Henry H. Le / † Daniel / Vernita D. Gordon / Marvin Whiteley / Steve Diggle / Yasuhiko Irie / Fisher Scienti / Thatcher / / Position AUTHOR / Major / controller / Fisher / / Product sodium chloride / erythromycin / / ProvinceOrState Texas / Copeland / / PublishedMedium Soft Matter / PLoS One / / Technology Laser / lasers / gene expression / / URL http / SocialTag 
Article pubs.acs.org/Langmuir Single-Cell Control of Initial Spatial Structure in Biofilm Development Using Laser Trapping Jaime B. Hutchison,† Christopher A. Rodesney,† Karishma S. Kaushik,‡ Henry H. Le,† Danie