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1 (Stata Corp. Stata Statistical Software: Release 11.1, College Station. TX: StataCorp LP, 2009). Statistical significance was defined at the level of P [http://www.selleckchem.com/products/Imatinib-Mesylate.html STI571 ic50] years, median: 16 years and mean: 14 years. ACR ranged from 0�C675.5 (mg/mmol) with a median value of 2.7 (mg/mmol). Their characteristics by baseline quartiles of ACR are shown in Table 1. Age was progressively higher with higher ACR quartiles, and levels of cholesterol and triglycerides, and the percentage with obesity, hypertension and diabetes was also higher, either across quartiles on a continuum or [http://www.selleckchem.com/products/AP24534.html selleckchem] with levels above the ACR median. Those in the highest quartile were more often female. Table 1. Characteristics of participants aged 18 years and over with ACR quartiles A total of 203 natural deaths were documented, while 37 people died of misadventure (non-natural deaths). The natural deaths included 70 renal deaths and 133 nonrenal deaths of which 60 were CVD deaths. Table ?Table22 shows deaths by gender: numbers and rates of renal deaths were more common in females, but there was no gender difference in other categories of death. Table 2. Natural death by sex for Tiwi people aged 18 years and over Table 3 shows the numbers and rates of natural death by quartile of baseline ACR level. The incidence of all natural deaths, nonrenal and CVD deaths rose significantly with increasing ACR quartiles. However, all renal deaths were confined to people in Quartiles 3 and 4 of baseline ACR levels, i.e. ACR �� 2.7 mg/mmol. Figure 1A�CC shows the Kaplan�CMeier [http://en.wikipedia.org/wiki/MERTK UNC2881] survival curves for all natural deaths, renal and nonrenal deaths by baseline ACR quartiles. After 14 years, only 51.4% of people in the highest baseline ACR quartile had avoided all natural deaths: 70.3% had avoided renal deaths and 73.1% had avoided nonrenal deaths. The survival curve of renal death for people within the category of the highest ACR quartile was significantly different from people in lower ACR quartile, as was for nonrenal death. Table 3. Natural death by ACR quartile for Tiwi people aged 18 years and over Fig. 1. (A) Survival of all natural deaths by baseline ACR quartiles. (B) Survival of renal death by baseline ACR quartiles. (C) Survival of nonrenal death by baseline ACR quartiles. Table 4 lists HRs (95% CI) of different endpoints according to quartiles of baseline ACR and log-transformed (Base 2) ACR. The risks of all natural deaths and non-renal deaths rose with increasing ACR quartiles, and with each doubling of ACR, with similar levels of risk exacerbation for females and males.