Surface micropattern reduces colonization and medical device-associated infections | Zendy

Binjie Xu | Zendy; Wei Qiu-hua | Zendy; M. Ryan Mettetal | Zendy; Jie Han | Zendy; Lindsey Rau | Zendy; Tie Jin-feng | Zendy; Rhea M. May | Zendy; Eric T. Pathe | Zendy; Shravanthi T. Reddy | Zendy; Lauren A. Sullivan | Zendy; Albert E. Parker | Zendy; Donald H. Maul | Zendy; Anthony B. Brennan | Zendy; Ethan E. Mann | Zendy

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Surface micropattern reduces colonization and medical device-associated infections

Author(s) -

Binjie Xu,

Wei Qiu-hua,

M. Ryan Mettetal,

Jie Han,

Lindsey Rau,

Tie Jin-feng,

Rhea M. May,

Eric T. Pathe,

Shravanthi T. Reddy,

Lauren A. Sullivan,

Albert E. Parker,

Donald H. Maul,

Anthony B. Brennan,

Ethan E. Mann

Publication year - 2017

Publication title -

journal of medical microbiology

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.91

H-Index - 117

eISSN - 1473-5644

pISSN - 0022-2615

DOI - 10.1099/jmm.0.000600

Subject(s) - staphylococcus aureus , colonization , pseudomonas aeruginosa , silicone , microbiology and biotechnology , materials science , in vivo , in vitro , biology , bacteria , composite material , biochemistry , genetics

Surface microtopography offers a promising approach for infection control. The goal of this study was to provide evidence that micropatterned surfaces significantly reduce the potential risk of medical device-associated infections.

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