samples were then prepared and spectra acquired as described by Oberreuter et al. (2002), using a Tensor 27 FTIR spectrometer coupled to a HTS-XT high-throughput device . Prior to identification, spectra were pre-processed according to Oberreuter
et al. (2002). Identification was performed using the OPUS 5.5 software package (Bruker), in combination with libraries of reference spectra. Isolates that displayed FTIR spectra that did not match any reference in the libraries were identified
by gene sequence analysis before the corresponding spectra were integrated into the system. During the course of this
study, three novel strains, designated strains WS4599,
WS4601T and WS4602, were identified as being members
of the genus Micrococcus. Strains WS4601T and WS4602
were isolated from the examination room and cloakroom
of a single medical practice, respectively, whereas strain
WS4599 was isolated from a pharmaceutical clean room.
samples were then prepared and spectra acquired as described by Oberreuter et al. (2002), using a Tensor 27 FTIR spectrometer coupled to a HTS-XT high-throughput device . Prior to identification, spectra were pre-processed according to Oberreuteret al. (2002). Identification was performed using the OPUS 5.5 software package (Bruker), in combination with libraries of reference spectra. Isolates that displayed FTIR spectra that did not match any reference in the libraries were identifiedby gene sequence analysis before the corresponding spectra were integrated into the system. During the course of thisstudy, three novel strains, designated strains WS4599,WS4601T and WS4602, were identified as being membersof the genus Micrococcus. Strains WS4601T and WS4602were isolated from the examination room and cloakroomof a single medical practice, respectively, whereas strainWS4599 was isolated from a pharmaceutical clean room.
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