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Populations of strains PM 3823, PM 3954, MW 423 and MW 425 detected on spinach leaves after 21?days were significantly lower than their corresponding populations recovered on day 1. Nevertheless, nonpathogenic E.?coli populations of these strains recovered at 21?days were similar (P?>?0��05) to their corresponding populations on day 28. Overall, recovery of nonpathogenic E.?coli from plant shoots varied widely, and http://www.selleckchem.com/products/abc294640.html there was no clear trend observed among the strains examined. Lack of recovery of nonpathogenic E.?coli in soil samples was because of the number of non-E.?coli bacteria present and the lack of selectivity of MacConkey agar for E.?coli from soil. MPN assays of soil samples, carried out at 28?days because of difficulty in identification of E.?coli by direct plating, detected 4��43�C5��53?log?CFU?200?g?soil?1. Initial HPC on plant shoots were c. 6��5 log CFU shoot?1 for each of the five treatments containing E.?coli inocula, and these populations were significantly higher than the HPC (5��10 log CFU shoot?1) from the uninoculated control (treatment 6) applied to spinach plants http://www.selleckchem.com/products/loxo-101.html (Table?2). The HPC increased gradually or remained stable in all treatments except treatment 5 where the counts decreased significantly by day 1. The HPC increased in four of the five treatments and in control plant shoots by day 21. The HPC populations obtained on day 21 in control and treatment 4 were significantly higher than the corresponding populations obtained for these treatments on day 0. Overall, the HPC declined in all treatments over the duration of the 28-day study. Furthermore, significantly lower HPC were observed on day 21 than on day 28 for treatments 3 and 4. The effect of treatment on specific sampling days was evident with two of the five treatments. http://www.selleck.cn/products/ON-01910.html The HPC obtained after 7?days with treatment no. 5 (6��25?log?CFU?shoot?1) were significantly lower than the HPC populations with treatment no. 2 (7��06?log?CFU shoot?1) and control (7��05?log?CFU?shoot?1) at 7?days. Likewise, HPC populations obtained with treatment no. 4 on day 14 (7��09?log?CFU?shoot?1) and day 21 (6��97?log?CFU?shoot?1) were significantly higher than the corresponding HPC with treatment no. 2 (6��18?log?CFU shoot?1) on day 14 and with treatment no. 1 (6��37 log CFU shoot?1) on day 21. Total bacterial populations in soil were c. 7?log?CFU?200?g?1 (Table?3) which increased (P?