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Skin infections
British Small Animal Veterinary Association , e21 (2024); https://doi.org/10.22233/9781913859312.app7
/content/chapter/10.22233/9781913859312.app7
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fSkin infections

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Abstract

This section expands upon the recommendations for treatment of skin infections in the PROTECT ME poster.

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Figures

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Figure SK.1
Surface pyoderma/intertrigo after clipping. (Courtesy of Peri Lau-Gillard) © 2024 BSAVA/SAMSoc
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Figure SK.1 Surface pyoderma/intertrigo after clipping. (Courtesy of Peri Lau-Gillard)
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Figure SK.2
Close-up of surface pyoderma/intertrigo after clipping. (Courtesy of Peri Lau-Gillard) © 2024 BSAVA/SAMSoc
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Figure SK.2 Close-up of surface pyoderma/intertrigo after clipping. (Courtesy of Peri Lau-Gillard)
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Figure SK.3
Surface pyoderma/intertrigo before clipping. (Courtesy of Peri Lau-Gillard) © 2024 BSAVA/SAMSoc
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Figure SK.3 Surface pyoderma/intertrigo before clipping. (Courtesy of Peri Lau-Gillard)
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Figure SK.4
Forehead intertrigo in a Chow Chow after shaving. (Courtesy of Peri Lau-Gillard) © 2024 BSAVA/SAMSoc
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Figure SK.4 Forehead intertrigo in a Chow Chow after shaving. (Courtesy of Peri Lau-Gillard)
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Figure SK.5
Superficial pyoderma in a short-coated dog. (Courtesy of Peri Lau-Gillard) © 2024 BSAVA/SAMSoc
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Figure SK.5 Superficial pyoderma in a short-coated dog. (Courtesy of Peri Lau-Gillard)
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Figure SK.6
Superficial pyoderma on the ventrum of a dog. (Courtesy of Peri Lau-Gillard) © 2024 BSAVA/SAMSoc
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Figure SK.6 Superficial pyoderma on the ventrum of a dog. (Courtesy of Peri Lau-Gillard)
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Figure SK.7
Deep pyoderma. (Courtesy of Peri Lau-Gillard) © 2024 BSAVA/SAMSoc
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Figure SK.7 Deep pyoderma. (Courtesy of Peri Lau-Gillard)
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Figure SK.8
Deep pyoderma. (Courtesy of Peri Lau-Gillard) © 2024 BSAVA/SAMSoc
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Figure SK.8 Deep pyoderma. (Courtesy of Peri Lau-Gillard)
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Figure SK.9
Deep pyoderma on the nose of a dog. (Courtesy of Peri Lau-Gillard) © 2024 BSAVA/SAMSoc
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Figure SK.9 Deep pyoderma on the nose of a dog. (Courtesy of Peri Lau-Gillard)
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Figure SK.10
The impact of route of administration on selection pressure for antimicrobial resistance (AMR). © 2024 BSAVA/SAMSoc
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Figure SK.10 The impact of route of administration on selection pressure for antimicrobial resistance (AMR).
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Figure SK.11
spp. on a tape strip. (Courtesy of Lizzie Booth) © 2024 BSAVA/SAMSoc
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Figure SK.11 spp. on a tape strip. (Courtesy of Lizzie Booth)
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Figure SK.12
spp. on a tape strip. (Courtesy of Lizzie Booth) © 2024 BSAVA/SAMSoc
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Figure SK.12 spp. on a tape strip. (Courtesy of Lizzie Booth)
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Figure SK.13
Superficial pyoderma, neutrophils and some intracellular and extracellular coccoid bacteria. (Courtesy of Peri Lau-Gillard) © 2024 BSAVA/SAMSoc
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Figure SK.13 Superficial pyoderma, neutrophils and some intracellular and extracellular coccoid bacteria. (Courtesy of Peri Lau-Gillard)
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Figure SK.14
Superficial pyoderma, neutrophils and some intracellular and extracellular coccoid bacteria. (Courtesy of Peri Lau-Gillard) © 2024 BSAVA/SAMSoc
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Figure SK.14 Superficial pyoderma, neutrophils and some intracellular and extracellular coccoid bacteria. (Courtesy of Peri Lau-Gillard)
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Figure SK.15
Deep pyoderma acetate strip, numerous neutrophils with an occasional intracellular coccoid bacteria. (Courtesy of Charlie Hertel) © 2024 BSAVA/SAMSoc
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Figure SK.15 Deep pyoderma acetate strip, numerous neutrophils with an occasional intracellular coccoid bacteria. (Courtesy of Charlie Hertel)
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Figure SK.16
Rod shaped bacteria on cytology. (Courtesy of Peri Lau-Gillard) © 2024 BSAVA/SAMSoc
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Figure SK.16 Rod shaped bacteria on cytology. (Courtesy of Peri Lau-Gillard)
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Figure SK.17
spp. from a dog with deep pyoderma, collected with hair plucks. (Courtesy of Lizzie Booth) © 2024 BSAVA/SAMSoc
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Figure SK.17 spp. from a dog with deep pyoderma, collected with hair plucks. (Courtesy of Lizzie Booth)
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Figure SK.18
spp. from a dog with deep pyoderma, collected with hair plucks. (Courtesy of Lizzie Booth) © 2024 BSAVA/SAMSoc
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Figure SK.18 spp. from a dog with deep pyoderma, collected with hair plucks. (Courtesy of Lizzie Booth)

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