Veterinarian training courses library : Internal medicine
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Teaching goals
- Understand the pathophysiology of hypersomatotropism and acromegaly
- Be familiar with the different clinical presentations associated with feline hypersomatotropism
- Be able to diagnose the disease and offer the different treatment options
Teaching goals
- Description of the physiology and pathophysiology of DKA
- to better understand what happens in the body
- to recognize the clinical and biological signs and assess them
- to be able to start adequat treatment with a focus on insulin therapy
Teaching goals
- Description of the physiology and pathophysiology of DKA
- to better understand what happens in the body
- to recognize the clinical and biological signs and assess them
- to be able to start adequat treatment with a focus on insulin therapy
Teaching goals
- To recognise the most common clinical signs of vestibular disease
- To be aware of the most common clinical signs that can help in distinguish a central from a peripheral vestibular syndrome
- To be aware of the main differential diagnosis for both central and peripheral vestibular diseases
Teaching goals
- Understand key concepts about Giardia spp. lifecycle
- Understand the transmission of Giardia spp
- Understand the different tests available for the diagnosis of giardiasis
Teaching goals
- Steroid-responsive meningitis arteritis is an immune-mediate, systemic, multiorganic disease. It usually has a good outcome.
- Performing thorough physical and neurological examination is crucial, because in some cases, implication of other systems and organs may occur, due to the involvement of their vascular beds.
- In these cases, imaging of other body areas, like head and thorax, may be needed.
- Involvement of other organs/systems is often subclinical but it may result sometimes in severe neurological dysfunction.
Teaching goals
- Ventricular tachycardia, supraventricular tachycardia, atrial fibrillation: how to recognize these arrhythmias, how to treat them ?
Teaching goals available soonTeaching goals
- To understand the main concepts for the assessment and management of head trauma cases.
Teaching goals
- Bradyarrhythmias : How to identify them & how to manage them
Teaching goals available soonTeaching goals
- List the different immunosuppressive medications used for the management of IMHA
- Understand the role of blood transfusions in the management of IMHA
- Understand the use of anti-thrombotic drugs for the management of IMHA
Teaching goals
- Review of the pathophysiology of these 2 toxins
- What do they do on the liver
- Review of the treatment: choice of the molecules, prognosis
Teaching goals
- Pneumocystis carinii biology
- Clinical presentation in dogs
- Diagnostic investigations
- Treatments and prognosis
Teaching goals available soonTeaching goals
- To understand the main physiological and pathophysiological mechanisms involved in traumatic brain injury, in order to be prepared for a prompt and efficient management of the head trauma cases.
Teaching goals
- Knowing how to perform neonatal resuscitation
- Knowing how to identify the individuals most at risk of neonatal mortality
- Knowing how to perform a clinical and neurological examination of the newborn
- Know how to perform emergency first aid
Teaching goals
- Knowing how to perform neonatal resuscitation
- Knowing how to identify the individuals most at risk of neonatal mortality
- Knowing how to perform a clinical and neurological examination of the newborn
- Know how to perform emergency first aid
Teaching goals
- recognise abnormal EKG related to hyperkalemia
- understand treatment options for hyperkalemia
- differential diagnosis & work-up
Teaching goals available soon
Teaching goals available soon
Teaching goals available soonTeaching goals
- Endoscopy is a very valuable technique for the diagnosis, but also for the treatment of most avian diseases. It can be said that there is no modern avian medicine without endoscopy.
- Today's talk takes into consideration the instruments for avian endoscopy, and the main diagnostic techniques, both non-surgical, and which involve surgical access to the avian coelom.