6 results
diagnosis causes management neurology acute aki gitelman hypernatremia hypokalemia hyponatremia injury kidney treatment
Causes of Peripheral Weakness without Sensory Changes - Differential Diagnosis Algorithm No Objective Weakness • Cardio-pulmonary disease
Causes of Peripheral ... Diagnosis Algorithm ... Lambert-Eaton Myasthenic Syndrome ... #Weakness #Neurology ... #Differential #
Hypernatremia - Differential Diagnosis Workup Algorithm 1) Check Urine Osmolality: > 600 mOsm/kg - Implies extrarenal mechanism
Hypernatremia - Differential ... Diagnosis Workup ... Algorithm 1) ... #Algorithm #nephrology ... #sodium
Acute Kidney Injury - AKI Workup Algorithm and Differential Diagnosis Baseline Investigations: full blood count with differential,
Kidney Injury - AKI Workup ... Algorithm and Differential ... electrolytes, urea ... #Algorithm #Differential ... #Diagnosis #nephrology
Weakness - Differential Diagnosis Framework Approach To Weakness: • Non-neuromuscular disorder (Cardiac, pulmonary etc) • CNS ->
Weakness - Differential ... Lesions Of The Peripheral ... dystrophies Work ... #Differential # ... Diagnosis #neurology
Hyponatremia - Diagnosis and Treatment Hyponatremia is usually caused by the inability to excrete water normally.
3 questions to work ... demyelination syndrome ... administered (through a peripheral ... Treatment #management #nephrology ... #sodium
Gitelman Syndrome Overview What? • Inherited (AR) hypokalemic salt-losing tubulopathies affecting the thiazide-sensitive sodium chloride cotransporter • Gitelman's syndrome
thiazide-sensitive sodium ... Fatigue • Muscle weakness ... ratio 0.5%) Differential ... #diagnosis #nephrology ... #management #pathophysiology
No results found for "Urease nephrology syndrome pathophysiology algorithm differential peripheral workup weakness sodium"
Try removing search terms or sorting by relevance
Or Upload an image for you and others searching for #Urease #nephrology #syndrome #pathophysiology #algorithm #differential #peripheral #workup #weakness #sodium