Patients sometimes present to ED or are send to ED due to over anticoagulation with warfarin
1. Is there Major/Significant bleeding?
Yes
- Resuscitate (ABCD)
- Give 5mg Vitamin K IV
- Octaplex Guide
- Treat bleeding and admit to appropriate speciality
Patients sometimes present to ED or are send to ED due to over anticoagulation with warfarin
Cervical artery dissection is a rare but significant cause of stroke and headache/neckache, which is easy to overlook. Leading to a typically delay in diagnosis of 7 days. Unfortunately imaging the cervical arteries is not simple, with MRA being the method of choice. Hence these patients must be referred to the “Stroke Consultant”.
Scombroid poisoning (AKA – Histamine fish poisoning) is apparently more common than we think and accounts for 40% of seafood related illness in the USA according to the CDC. But Scombriod poisoning is missed as its put down to allergy. Read more
Adrenal crisis or insufficiency is a life threatening emergency due to the lack of glucocorticoid. Adrenal crisis can be primary due to destruction of the adrenal cortex (Addison’s), or secondary due to down regulation (chronic steroid use) Read more

For ALL conditions leading to bradycardia treating the underlying condition is the most appropriate treatment and for some the only thing that will work (i.e. severe hypothermia) Read more
Vertigo is not always labyrinthitis!! There are some potentially serious conditions to think about. Your main question should be is it peripheral [good] or central [bad]?
PE is somehow both the most over and under diagnosed condition. with severity ranging from the questionable sub-segmental PE to the Massive PE (an indication for thrombolysis). So think:
GCA is a is a vasculitis generally seen in the over 50’s and associated with polymyalgia rheumatic (PMR). However, unlike a lot of rheumatology, GCA is far from a benign condition that can be passed back to the GP’s, it can lead to some significant problems

Q: Why are Smurf’s Blue?
A: Methaemoglobin (MetHb) of course!
– MetHb is produced by oxidisation of the Iron in Haemoglobin (Hb) from Fe2+ to Fe3+
– Fe3+ prevents Hb carrying oxygen (thus produces symptoms of hypoxia)
– Often due to chemical ingestion, but may also be genetic
– Treated with Methyl Blue & supportive measures