Yes, well, how about the WHO?
http://www.who.int/ionizing_radiation/pub_meet/en/Report_WHO_depleted_uranium_Eng.pdf Several studies have investigated the environmental consequences of depleted uranium at testing sites and firing ranges, most notably in the US, for example at the Aberdeen Proving Ground, Yuma and Nellis bases, as well as in the Gulf states following the Gulf War. Similarly, various medical studies have been initiated and a growing body of literature is now publicly available. State of knowledge literature reviews were examined by the mission as part of the preparations for the activities undertaken in Kosovo. Two particularly relevant observations were drawn from the literature:
First, the low radioactive content of depleted uranium compared to natural uranium;
Second, the lack of authoritative epidemiological and radio-biological evidence that demonstrates the initiation of cancer or serious dysfunction of organs through exposure to depleted uranium. The scientific literature is unambiguous with regard to the relative radioactivity of depleted uranium. An object composed of depleted uranium contains lower radioactivity than one with the same concentration of natural uranium (as discussed in section 2). WHO issued a fact sheet on depleted uranium in January 2001 (WHO 2001); it provides an interpretation of the consequences of depleted uranium. The fact sheet points out that no radiation-related increases in leukaemia have been found in uranium workers and that in war zones, even under extreme conditions, the inhalation of dust and smoke will only result in a small increase in radiation exposure. It also points out that the accepted latency period before the clinical identification of leukaemia from any ionizing radiation or other relevant exposures is at least two to five years. This is a period longer than has elapsed since the end of the Kosovo conflict in mid-1999.