Bilateral diffuse uveal melanocytic proliferation (BDUMP) is a rare paraneoplastic intraocular disease that causes progressive visual loss in patients driven by an IgG factor associated with an underlying malignancy. Characteristic ocular findings include exudative retinal detachment, rapid cataract formation and uveal melanocytic tumours. The awareness and documentation of BDUMP has increased during the past decade, and the increasing amount of data collected demonstrates the effect of treatment with plasmapheresis and the value of diagnostic tools in BDUMP such as genetic and immunologic investigations. The literature of BDUMP has not been reviewed since 2003, and there is a growing need for an updated review on diagnosis and management of BDUMP. We review the literature and report a case of BDUMP with a white ciliary body tumour, iris rubeosis, increased iris pigmentation and cataract.

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Renal functional and structural changes were studied in rats treated with lithium for 5 months. The lithium was administered in two different ways: in the food or as a daily intrapentoned injection. In the perorally treated rats serum lithium was relatively constant during the day. In the injected rats serum lithium reached a high peak value just after the injection followed by a decrease to very low values. In all rats an increased water consumption and a reduced renal concentratia ability were seen during lithium treatment. Light microscopy showed focal degenerative changes in the distal convoluted tubule and collecting ducts. These changes comprised nuclear and cellular polymorphism and tubular dilatation. The functional as well as the structural changes were most pronounced in the rats treated with peroral lithium, and a correlation between the functional and morphological changes was present. It is concluded that lithium is more harmful to the kidney when the administrations give a relatively constant serum lithium level, such as in peroral administration, than when administration causes great variations, including peak values and very low minimum levels in serum lithium. The reason for this might be that a number of regenerative processes occur only in periods with low lithium concentrations.