Mobile Vet Referral

🚨 Clinical Case: Foreign Body Removal in Canine Patient via Bronchoscopy 🚨 I recently encountered an intriguing case of a dog presenting with an acute onset cough following a run in the field. Diagnostic imaging revealed a focal interstitial pattern in the right caudal lung lobe, suggesting the need for further investigation. A bronchoscopy was performed, and the presence of a foreign body (a wheat plant) lodged in the caudal bronchus was confirmed. Thanks to this minimally invasive approach, we were able to successfully remove the foreign body without needing thoracic surgery. The patient recovered swiftly and uneventfully, with no complications. 🌟 This case underscores the importance of bronchoscopy in both diagnostics and treatment, especially for respiratory issues. By opting for a minimally invasive technique, we not only avoided more invasive surgery but also reduced recovery time and stress for the patient. 🔬 Takeaway: Bronchoscopy should be considered a valuable tool for both diagnosis and treatment, offering precision while minimizing surgical risks. Check out the video to see the procedure in action! 🎥🐶 #VeterinaryMedicine #Bronchoscopy #ForeignBodyRemoval #MinimallyInvasiveSurgery #VetTech #ProfessionalVet #SmallAnimalCare #VetLife #CanineCare #MobileVetReferral

🦴 The Power of Diagnostic Imaging in Veterinary Medicine: Ultrasound vs. MRI for Iliopsoas Lesions 🦴 Recently, I had the opportunity to evaluate an interesting case at Nupsala Musculoskeletal Clinic involving an iliopsoas muscle lesion in a dog. The ultrasound image showed a hyperechoic tract, indicating potential fibrotic changes in the iliopsoas muscle. 🖼️ Below are the ultrasound images. 🔍 Why Ultrasound? Ultrasound is a highly accessible and cost-effective diagnostic tool that provides real-time insights into muscle structures. It’s especially effective in detecting both acute injuries and chronic changes in the iliopsoas muscle. Research supports using ultrasound as an effective tool for diagnosing iliopsoas injuries, especially in working or sporting dogs prone to repetitive strain (Cullen et al., 2017). 📈 Ultrasound vs. MRI: A Comparison MRI, on the other hand, offers enhanced soft-tissue resolution and can reveal detailed tissue characteristics, making it particularly useful for complex cases where precise differentiation is needed. For instance, MRI can effectively depict lesions in T2-weighted images, providing clarity on areas of inflammation or fibrosis that might not be fully visible on ultrasound (Stepnik et al., 2006). However, ultrasound remains an excellent initial diagnostic approach for general use in the clinic due to its cost efficiency, dynamic examination capabilities, and lack of need for sedation. It’s particularly helpful for guiding biopsies in case we suspect any deeper pathologies, like fibrotic myositis, which could mimic tumour-like masses (Hoffmann et al., 2005). ✨ Takeaway: For diagnosing iliopsoas muscle lesions, ultrasound provides a reliable, non-invasive starting point, while MRI is valuable for more detailed investigation and for cases with inconclusive ultrasound results. Each imaging modality has its strengths, and knowing when to use which can significantly improve our diagnostic accuracy and patient outcomes.

📢 Case Study: Minimally Invasive Foreign Body Removal in a Canine Patient We recently managed a fascinating case involving a dog that had swallowed corn on the cob—an object notorious for causing blockages in the digestive tract. Using our high-resolution ultrasound, we were able to accurately identify the foreign body’s location. What made this case particularly noteworthy was that we successfully removed the corn on the cob endoscopically, avoiding the need for invasive surgery. 🔬 Why Does This Matter? This case showcases how Mobile Vet Referral can support veterinary practices by offering affordable, minimally invasive solutions. By employing top-quality diagnostic tools like ultrasound and endoscopy, we help ensure that pets receive the necessary care without the complications and costs often associated with more invasive procedures. 🚑 How We Can Support Your Practice: Our mobile referral service brings advanced techniques straight to your clinic, offering: - Minimally invasive procedures, reducing recovery time and stress for the patient; - Affordable options, making high-quality care more accessible to clients; - The convenience of having an advanced certificate holder on-site, avoiding the need to refer cases to large hospitals This case is just one example of how our state-of-the-art equipment and expertise can benefit both vets and pet owners. We’re committed to providing pets with the best possible care in the least invasive way, whilst keeping costs manageable. 💡 Have a complex case that could benefit from on-site advanced care? Let’s work together! #VeterinaryMedicine #MobileVetReferral #Endoscopy #Ultrasound #MinimallyInvasive #PetCare #AffordableVetCare #ReferralServices

By bringing precise care directly to practices, the Mobile Vet Referral team believes it can help streamline the #VeterinaryReferral process and ensure faster diagnosis and treatment. 🚑

🔬 Optimising Cardiac Care: The Role of Respiratory Sinus Arrhythmia in Canine Myxomatous Mitral Valve Disease 🐾 A recent study has brought to light the significant potential of respiratory sinus arrhythmia (RSA) as a clinical marker in dogs diagnosed with myxomatous mitral valve disease (MMVD). The research demonstrates that RSA declines with increasing disease severity but, importantly, can be restored in dogs stabilized with appropriate cardiac therapy, even after the onset of acute congestive heart failure (CHF). Clinical Implications: The quantification of RSA offers veterinarians an additional, non-invasive tool for assessing disease progression and monitoring therapeutic efficacy in dogs with MMVD. 🩺 Notably, dogs that received cardiac therapy and achieved stabilisation showed increased RSA, suggesting that RSA could be a valuable indicator of successful intervention and recovery. 📈 Incorporating RSA measurement into routine clinical practice could enhance our ability to tailor treatments and improve outcomes in canine patients with MMVD. This approach underscores the importance of comprehensive cardiac monitoring and may lead to more refined and effective treatment protocols for managing heart disease in dogs. 🐶❤️ Article available here: https://lnkd.in/e8NE4Wdv #VeterinaryCardiology #MMVD #RespiratorySinusArrhythmia #ClinicalResearch #AnimalHealth #VeterinaryMedicine

Corneal Perforation and Iris Prolapse in Cats Corneal perforation is a serious condition in veterinary ophthalmology where the cornea, the transparent front part of the eye, is punctured or torn. This can result from trauma, infections, or underlying diseases, leading to severe pain, potential vision loss, and the risk of further complications. In some cases, like the one we encountered recently, corneal perforation can lead to iris prolapse, where the iris pushes through the opening in the cornea, exacerbating the condition. A study in the Journal of the American Veterinary Medical Association discusses various treatments and outcomes for cats with ocular diseases related to herpesvirus infections, highlighting the importance of prompt and accurate diagnosis (Stiles, 1995). 🔍 Ultrasound Findings In this recent case at our clinic, an eye ultrasound was performed on a cat with suspected corneal perforation and iris prolapse. The ultrasound revealed: - A distinct corneal injury - Secondary thickening of the corneal layers - Discontinuity of the corneal surface - Prolapse of the iris through the corneal opening 📈 Veterinary Ultrasound in Diagnosis Veterinary ultrasound is invaluable in diagnosing various conditions, including ocular issues. It provides detailed images of the eye's internal structures, helping veterinarians diagnose and plan appropriate treatments accurately. In our case, the ultrasound was crucial in identifying the extent of the corneal injury and the iris prolapse, allowing for a targeted and effective treatment approach. 🚑 Mobile Vet Referral Service Mobile Vet Referral provides a peripatetic service, offering specialised veterinary care right at your doorstep. For expert ophthalmologic services and more, please feel free to contact us. #VeterinaryOphthalmology #CornealPerforation #IrisProlapse #CatHealth #VetMedicine #MobileVetReferral #PetCare #VeterinaryUltrasound

Introduction to Aerobilia and Emphysematous Cholecystitis in Dogs and Cats Aerobilia in Dogs and Cats Aerobilia, characterised by air in the biliary system, is rare but can occur due to gastrointestinal surgery, infections with gas-producing bacteria, or biliary-enteric fistulas. For example, in a cat with acute acalculous cholecystitis, Clostridium perfringens infection led to aerobilia, which was treated with cholecystectomy and antibiotics (Vialle et al., 2002). Emphysematous Cholecystitis in Dogs and Cats Emphysematous cholecystitis involves gas in the gallbladder due to infections by organisms like Clostridium and Escherichia coli. It's more common in diabetic and immunocompromised patients. A study identified urinary tract infections, bladder stones, and neurologic bladder as predisposing factors (Lippi et al., 2019). Ultrasound Diagnosis Ultrasound is critical for diagnosing emphysematous cholecystitis, showing intraluminal gas as hyper-reflective echoes and intramural gas as a bright ring. Radiography can help when ultrasound visualization is difficult (Bloom et al., 1989; Hawass, 1988). Treatment Treatment involves addressing the underlying cause. Broad-spectrum antibiotics are essential, and surgical intervention like cholecystectomy is often needed for emphysematous cholecystitis due to the high risk of perforation and sepsis (Gill et al., 1997). Conclusion Prompt diagnosis and treatment of aerobilia and emphysematous cholecystitis are crucial. Ultrasound plays a key role, and management typically involves antibiotics and possibly surgery, improving outcomes in veterinary practice.

Advanced Bronchoalveolar Lavage (BAL) Service At Mobile Vet Referral, we are proud to provide bronchoalveolar lavage (BAL) with endoscopic guidance for both dogs and cats. This advanced technique significantly enhances the quality of samples collected, leading to more accurate diagnoses and better treatment outcomes. Recent studies highlight the advantages of endoscopic-guided BAL over blind techniques. Endoscopic-guided BAL allows for direct visualisation and targeted sampling, resulting in higher-quality samples and more precise diagnostic capabilities. This technique is particularly beneficial for diagnosing diffuse diseases of the bronchi, pulmonary interstitium, or alveoli (Šmit & Vučković, 2023). Additionally, endoscopic guidance has been shown to be more effective in managing complex respiratory conditions and reducing the risk of complications associated with blind techniques (Hooi et al., 2019). We recently treated an adult cat experiencing a chronic cough. Thoracic radiographs revealed severe atelectasis of the left lung. During bronchoscopy, diffuse mucosal plaques and mucopurulent exudate were observed. BAL results showed neutrophilic inflammation with intracellular bacteria. Based on the history and findings, a final diagnosis of aspiration pneumonia was made. If you are a veterinary colleague interested in learning more about this service, don't hesitate to contact us. We would like to thank Pennine Healthcare for providing us with their high-quality Mucus Traps. These traps are essential for ensuring that the samples we collect are of the highest standard, facilitating accurate diagnoses and effective treatments.

🔬 Advancing Veterinary Diagnostics: The Role of Elastography in Ultrasound-Guided Fine Needle Aspiration (FNA) 🐾 In the evolving field of veterinary medicine, precision and accuracy in diagnostic procedures are paramount. One such advancement making a significant impact is using elastography in ultrasound-guided fine-needle aspiration (FNA). Elastography, an imaging modality that assesses tissue stiffness, has been proven to enhance the accuracy of FNA by identifying the optimal target areas within lesions. This is particularly crucial in veterinary medicine, where precise sampling can significantly improve diagnostic outcomes and treatment plans. Why Elastography Matters: - Enhanced Diagnostic Accuracy: By differentiating between benign and malignant tissues, elastography reduces the chances of non-diagnostic or false-negative results, ensuring more reliable biopsies (Itonaga et al., 2020). - Optimal Targeting: It helps identify the most appropriate areas for FNA, typically the less elastic (harder) regions within the tissue, thereby increasing the diagnostic yield (Yildirim et al., 2013). - Non-Invasive Assessment: Elastography provides a virtual biopsy through non-invasive means, complementing traditional FNA and potentially reducing the need for repeat procedures (Popescu & Saftoiu, 2014). By integrating elastography with traditional ultrasound-guided FNA, veterinary professionals can achieve more accurate and reliable diagnoses, leading to better patient outcomes. This innovative approach enhances the quality of care and optimises the use of resources in veterinary clinics. 🚀 Embrace the future of veterinary diagnostics with elastography and ultrasound-guided FNA! #VeterinaryMedicine #Elastography #FNA #Ultrasound #VeterinaryDiagnostics #InnovativeMedicine

📢 Advancements in Feline Cardiology!🐱❤️ I recently viewed a compelling study published in the Journal of Veterinary Internal Medicine that presents significant advancements in cat diagnosing and managing hypertrophic cardiomyopathy (HCM). The study uses Aortic Annular Plane Systolic Excursion (AAPSE) as an effective and easy-to-measure parameter for identifying cats at risk of congestive heart failure (CHF) due to HCM. 🔬 Key Findings: - AAPSE is significantly lower in cats with HCM compared to normal cats. - Cats in stage C HCM (those with CHF) have the lowest AAPSE values. - An AAPSE measurement of <2.9 mm can differentiate stage C from stage B HCM with a sensitivity of 83% and specificity of 92%. 💡 Clinical Relevance: AAPSE is a straightforward echocardiographic measurement that can be quickly and reliably obtained. This makes it an invaluable tool for veterinary practitioners to assess left ventricular (LV) systolic function in cats with HCM, particularly in settings where more complex measurements like global longitudinal strain (GLS) may not be feasible. 👩⚕️ Professional Insight: Incorporating AAPSE into clinical practice has significantly streamlined the process of confirming potential CHF in cats with HCM, facilitating timely and accurate treatment decisions. This advancement highlights the critical role of ongoing research and innovation in veterinary medicine, contributing to improved patient outcomes. 📚 Further Reading: For those interested in a deeper understanding, I highly recommend consulting the full study in the Journal of Veterinary Internal Medicine. Article: https://lnkd.in/ewh-dzGh #VeterinaryMedicine #FelineCardiology #HypertrophicCardiomyopathy #AAPSE #VetResearch #AnimalHealth #CardiologyInnovation