Figures & data
Figure 1. Food consumption and water intake of dams treated with an aqueous extract obtained from T. ulmifolia fresh leaves (n = 6/group).
![Figure 1. Food consumption and water intake of dams treated with an aqueous extract obtained from T. ulmifolia fresh leaves (n = 6/group).](/cms/asset/12484a4f-dcee-4937-b6df-f246790d1409/iphb_a_399725_f0001_b.gif)
Table 1. Serum hormone levels of dams at weaning day (n = 6/group).
Figure 2. Tissue portions of kidney (x10) and liver (x40) of control (photos A and C) and experimental (photos B and D) dams. Observe absence of alterations.
![Figure 2. Tissue portions of kidney (x10) and liver (x40) of control (photos A and C) and experimental (photos B and D) dams. Observe absence of alterations.](/cms/asset/835fcab3-9a57-4b69-96a5-6a1cab3ce671/iphb_a_399725_f0002_b.gif)
Table 2. Reproductive performance of dams treated, during gestation, with an aqueous extract obtained from fresh leaves of T. ulmifolia (n = 6/group).
Figure 3. Body weight gain of female (A) and male (B) pups exposed perinatally to an aqueous extract obtained from T. ulmifolia fresh leaves (n = 6 litter/group).
![Figure 3. Body weight gain of female (A) and male (B) pups exposed perinatally to an aqueous extract obtained from T. ulmifolia fresh leaves (n = 6 litter/group).](/cms/asset/2a413fc2-3375-4390-8c65-5a6455706744/iphb_a_399725_f0003_b.gif)
Table 3. Physical and reflexological development of pups exposed or not (control group) to the aqueous extract obtained from T. ulmifolia fresh leaves (n = 6 litters/group).
Table 4. Sexual behavior of male adult rats exposed perinatally to T. ulmifolia aqueous extract.