This image depicts a single
cell experiment in which a
human neutrophil was picked up by a micropipette (top panel) and brought into close
contact with S. Typhimurium
cells immobilized by optical tweezers.
Human - associated bacteria disperse into and throughout the built environment by three primary mechanisms: (1) direct human contact with indoor surfaces; (2) bioaerosol particle emission from our breath, clothes, skin and hair; and (3) resuspension of indoor dust containing previously shed human skin cells, hair and other bacteria - laden parti
Human - associated bacteria disperse into and throughout the built environment by three primary mechanisms: (1) direct
human contact with indoor surfaces; (2) bioaerosol particle emission from our breath, clothes, skin and hair; and (3) resuspension of indoor dust containing previously shed human skin cells, hair and other bacteria - laden parti
human contact with indoor surfaces; (2) bioaerosol particle emission from our breath, clothes, skin and hair; and (3) resuspension of indoor dust containing previously shed
human skin cells, hair and other bacteria - laden parti
human skin
cells, hair and other bacteria - laden particles.