and comet‐tail artifacts. B‐lines are vert...Figure 41.23. Comparison of the zig‐zag continuum and Vet BLUE and how lung ...Figure 41.24. Example of a Global FAST goal‐directed template for recording ...42 Chapter 42Figure 42.1. Simple line drawing of the most clinically relevant ultrasonogr...Figure 42.2. Probe placement and patient positioning. (A) Probe position in ...Figure 42.3. Ascites and coelomocentesis in a chicken. (A) The POCUS exam is...Figure 42.4. Cystic enlarged liver in a sun conure (Aratinga solstitialis). ...Figure 42.5. Findings involving the avian reproductive tract. (A) Image of a...Figure 42.6. Pericardial effusion due to pericarditis in a sun conure (Arati...Figure 42.7. Screech owl POCUS eye. This Eastern screech owl (Megascops asioFigure 42.8. Line drawings showing clinically relevant anatomy and probe pos...Figure 42.9. Various probe positions shown externally. (A) The coelomic ultr...Figure 42.10. Orientation planes using a linear probe on a bearded dragon (P...Figure 42.11. Demonstration of the posthepatic septum in a tegu (Tupinambus ...Figure 42.12. Large single bladder calculus in a uromastyx (Uromastyx sp.). ...Figure 42.13. Kidneys in uromastyx and a bearded dragon. (A,B) The nondescri...Figure 42.14 Hemipenes, testicles, and ovaries in a bearded dragon (Pogona v...Figure 42.15. Follicles and eggs in a bearded dragon (Pogona vitticeps) and ...Figure 42.16. Gallbladder and liver in uromastyx (Uromastyx sp.), bearded dr...Figure 42.17. Cardiac and caudal vena cava imaging. (A) Sagittal ultrasonogr...Figure 42.18. Pericardial effusion in a bearded dragon (Pogona vitticeps). M...Figure 42.19. Ultrasound evaluation of the eye of a veiled chameleon (Chamae...
43 Chapter 43Figure 43.1. Left parasternal short‐axis view of a dog with pericardial effu...Figure 43.2. Indirect ultrasound‐guided pericardiocentesis in a dog with per...Figure 43.3. Free‐hand ultrasound‐guided probe orientation for pericardiocen...Figure 43.4. Seldinger technique used to place an indwelling small‐bore ches...Figure 43.5. “Gator sign” orientation. When the probe is placed ...Figure 43.6. Free‐hand ultrasound‐guided thoracocentesis short axis....Figure 43.7. Free‐hand ultrasound‐guided thoracocentesis long axis....Figure 43.8. Free‐hand ultrasound‐guided abdominocentesis. The p...Figure 43.9. Free‐hand ultrasound‐guided abdominocentesis. The t...Figure 43.10. Indications for MUG‐DPL. Small quantity of fluid (arrow)...Figure 43.11. MUG‐DPL procedure. (A) A 60° angle (σ) between the probe...Figure 43.12. MUG‐DPL fluid connection. A sterile bag of 0.9% warmed s...Figure 43.13. MUG‐DPL free‐hand ultrasound‐guided abdominocentesis....Figure 43.14. Diagram of a notched needle to improve visualization. Several ...
44 Chapter 44Figure 44.1. Free‐hand sampling technique. (A) The cap of a hypodermic...Figure 44.2. Cranial mediastinal mass radiographic assessment. Ultrasound co...Figure 44.3. Fine needle aspiration set‐up. Patient preparation and ma...Figure 44.4. Sampling a lung lobe mass. (A) Showing the free‐hand technique ...Figure 44.5. Cranial mediastinal mass and use of color flow Doppler. Thoraci...Figure 44.6. Sampling a cranial mediastinal mass. Cranial mediastinal mass s...Figure 44.7. Slide preparation and the squash and smear techniques. (A) Squa...Figure 44.8. Echogenic needle. Conventional needle (A) versus (B) coated nee...
45 Chapter 45Figure 45.1. Goal‐directed template for AFAST.Figure 45.2. Goal‐directed template for TFAST.Figure 45.3. Goal‐directed template for Vet BLUE.Figure 45.4. Goal‐directed template for Global FAST.
Guide
1 Cover
2 Table of Contents
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