Uploaded October 2024 | Updated September 2026, 1 hour ago
Learn how point-of-care ultrasound (POCUS) is transforming cattle respiratory disease evaluation. In this hands-on veterinary training video, Dr. Luis Feitoza demonstrates proper probe placement, scanning technique, and lung scoring in bovine patients using the Butterfly iQ+ Vet.
Discover how systematic lung scoring can help veterinarians identify lung lesions earlier, determine prognosis, and make more informed treatment decisions for better herd health outcomes.
Timestamps
00:00 Introduction to cattle lung ultrasound
00:17 Safety considerations and equipment setup
01:00 Preparing the animal for scanning
01:30 Understanding bovine lung anatomy
02:17 Correct probe placement and scanning technique
03:10 Identifying B-lines and lung injury
03:41 Fanning the probe for better visualization
04:15 Lung scoring system explained (1–5)
05:11 Using lung scores for prognosis and treatment planning
05:18 Scanning the left and right sides of the animal
06:20 Why respiratory disease is often detected on the right side
07:19 Step-by-step intercostal space scanning
08:18 Finding the correct acoustic window
08:49 Identifying healthy lung tissue and A-lines
10:02 Detecting pleural effusion
11:09 Advantages of the Butterfly iQ+ Vet for bovine lung scanning
11:40 Final tips and support resources
This video is ideal for veterinarians, veterinary students, cattle producers, and anyone interested in bovine respiratory disease diagnosis, lung ultrasound techniques, and herd health management.
If you enjoyed this video, please Like, Comment, and Subscribe for more content on handheld ultrasound, point-of-care ultrasound, veterinary imaging, cattle health, and the latest innovations in diagnostic imaging. We’d love to hear your thoughts, so let us know in the comments how portable ultrasound is changing animal care.
Disclaimer: For trained veterinary professionals only.
#CattleUltrasound #LungScoring #BovineHealth #VeterinaryUltrasound #POCUS #CattleHealth #RespiratoryDisease #ButterflyIQVet #HerdHealth #VetMed
Learn how point-of-care ultrasound (POCUS) is transforming cattle respiratory disease evaluation. In this hands-on veterinary training video, Dr. Luis Feitoza demonstrates proper probe placement, scanning technique, and lung scoring in bovine patients using the Butterfly iQ+ Vet.
Discover how systematic lung scoring can help veterinarians identify lung lesions earlier, determine prognosis, and make more informed treatment decisions for better herd health outcomes.
Timestamps
00:00 Introduction to cattle lung ultrasound
00:17 Safety considerations and equipment setup
01:00 Preparing the animal for scanning
01:30 Understanding bovine lung anatomy
02:17 Correct probe placement and scanning technique
03:10 Identifying B-lines and lung injury
03:41 Fanning the probe for better visualization
04:15 Lung scoring system explained (1–5)
05:11 Using lung scores for prognosis and treatment planning
05:18 Scanning the left and right sides of the animal
06:20 Why respiratory disease is often detected on the right side
07:19 Step-by-step intercostal space scanning
08:18 Finding the correct acoustic window
08:49 Identifying healthy lung tissue and A-lines
10:02 Detecting pleural effusion
11:09 Advantages of the Butterfly iQ+ Vet for bovine lung scanning
11:40 Final tips and support resources
This video is ideal for veterinarians, veterinary students, cattle producers, and anyone interested in bovine respiratory disease diagnosis, lung ultrasound techniques, and herd health management.
If you enjoyed this video, please Like, Comment, and Subscribe for more content on handheld ultrasound, point-of-care ultrasound, veterinary imaging, cattle health, and the latest innovations in diagnostic imaging. We’d love to hear your thoughts, so let us know in the comments how portable ultrasound is changing animal care.
Disclaimer: For trained veterinary professionals only.
#CattleUltrasound #LungScoring #BovineHealth #VeterinaryUltrasound #POCUS #CattleHealth #RespiratoryDisease #ButterflyIQVet #HerdHealth #VetMed
