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All tests were conducted at a significance level of P plant biomass of the infected hosts decreased 84 % for the 59-day-old plants, 48 % for the 74-day-old plants and 21 % for the 83-day-old plants. Figure?1. The root (A), INK128 stem (B), leaf (C) and total plant biomass (D) of different-aged invasive B. pilosa plants infected and not infected by C. australis, and the PR of the stem (E), root (F), leaf (G) and total plant biomass (H) of the infected B. pilosa plants. ... The growth of the parasites significantly increased with host age (Fig.?2A). However, the biomass ratio of parasite to host significantly decreased with host age (Fig.?2B). Figure?2. The biomass of parasites (A) of different-aged invasive B. pilosa plants, and the ratio of parasite biomass to host biomass (B). Values are given as means +1 SD (n = 6). Different letters indicate significant difference between host plants of different ... The infection of C. australis significantly decreased the growth rates in the younger (i.e. the 59- and 74-day-old hosts; both P Capmatinib with those in the corresponding controls (Fig.?3A and D). The infection significantly suppressed the net photosynthetic rates only in the younger (59- and 74-day-old) hosts but not in the older hosts (Fig.?3B and E). Cuscuta australis infection had no effects on the root/shoot ratio in different-aged hosts (Fig.?3C), Quinapyramine and the root/shoot ratio tended to decrease with increasing host age (Fig.?3C). The negative effect of C. australis infection on B. pilosa's RGRs (Fig.?3D), net photosynthetic rates (Fig.?3E) and root/shoot ratios (Fig.?3F) decreased with increasing host age (Fig.?3D�CF). Host age (A) interacted with parasites (P) to affect the total biomass (P