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Aggressive chemotherapy regimens and supportive measures in haemato-oncology patients demand reliable venous access. Experience with this method in India has been limited. During a period of six months, we have used 42 subclavian indwelling catheters and 31 cubital Cavafix long lines. The mean age of patients in the two groups was 32 years and 7 years respectively. Subclavian catheters had a median duration of catheter placement of 46 days (range 4-145) and total 1494 catheter days, while cubital longlines yielded a median duration of insertion of 14 days (range 4-27) and total 508 catheter days. Catheter related complications were infection in 25% of patients, thrombophlebitis in 22%, blockade in 12% and misplacement in 17% in both groups taken together. The patients and families were extremely satisfied with the devices. Our experience supports further use of durable venous access in cancer patients. Implanted central venous catheters should be preferred whenever feasible.

A preliminary experience in the use of central venous catheters, including Hickman (15), subclavian jugular (Desseret) (50) and Secalon Hydrocath (3), in cancer chemotherapy is presented. There were no technical complications and no mortality attributable to catheterisation. Infections formed the major complication in Hickman (30%) and subclavian jugular (Desseret) (36%) catheters, while the use of Secalon Hydrocath was event-free. The commonest organism isolated was P aeruginosa (60%), followed by staphylococci (30%). Prolonged venous access was achieved with minimum morbidity. It is concluded that central venous catheters are safe and convenient both for the patient and the treating team, and should be used in all patients undergoing protracted chemotherapy and supportive care.

Thrombocytopenia is a rare side effect of amphotericin B. Two patients with acute leukaemia in remission who developed severe thrombocytopenia during amphotericin B therapy are reported. Thrombocytopenia recovered after the withdrawal of the drug in one patient and after reducing the dose in the other patient.

Thirty thrombocytopaenic patients of acute leukaemias and myelodysplastic syndrome were transfused platelets collected from ABO-matched donors using Haemonetics V30 and V50 blood processors. Twenty-seven patients had septicaemia and/or splenomegaly; 2 patients had disseminated intravascular coagulation (DIC). Pre-transfusion platelet count was 11.0 +/- 4.0 X 10(9)/L. The mean corrected count increments (CCI) 1 hour and 18 hours post-transfusion were 13.02 X 10(9)/L and 3.88 X 10(9)/L respectively, in the absence of DIC. Active bleeding stopped when platelet count was above 15.0 X 10(9)/L. There was no difference between the platelet yield from two blood processors.

Four patients with Hodgkin's disease developed thrombocytopaenic purpura during remission phase. The interval at which it occurred following chemotherapy ranged from a period of 4 months to 4 years. Detailed investigations failed to reveal recurrence of Hodgkin's disease. All patients responded well to steroid therapy. In the median duration of one year follow-up Hodgkin's disease remained under control. Thus, the occurrence of thombocytopaenic purpura in patients treated for Hodgkin's lymphoma need not imply recurrence or active Hodgkin's disease.