Table 4.
Maternal hypoxia and its effect on offspring adiposity.
Study | Species | Maternal manipulation | Duration | Offspring diet | Offspring sex | Offspring age | Adipose structure | Adipose molecular | Whole body changes |
---|---|---|---|---|---|---|---|---|---|
Badran et al. [142] | Mice | Intermittent hypoxia (21–12% hypoxia cycles 60 times a day) Vs control (room air) | GD1–GD 18 | Chow | Male and female | ↑ DNA methylation of CpG islands of adiponectin gene promoter in PVAT of males | ↓ Body weights ↑ Plasma lipids ↑ Leptin ↑ Insulin resistance in male adult offspring | ||
Khalyfa et al. [101] | Mice | Intermittent hypoxia (21–6% hyposia cycles 20 times a day) Vs control (room air) | GD13–GD18 | Male and female | 24 weeks | ↑ Adiposity | ↑ Macrophages in WAT differential methylation patterns including in PPARy | ↑ Body weight | |
Vargas et al. [100] | Rats | Hypoxia (12% O2) Vs normoxia | GD15–GD19 |
Chow HF |
Male | 25 weeks |
↑ Peritoneal fat ↑Peritoneal fat |
↑ IL-1β, TNFα, and IL-6 mRNA | |
Myers et al. [102] | Sheep | 3820 m above sea level Vs 346 m above sea level | GD30–GD137/138 | NA | Male and female | GD 140 | ↑ UCP1, HSD11β, PPARy, PGC1, DIO1, and DIO2 |
Ad Lib ad libitum feeding, GD gestational day, m meters, NA not applicable, Vs versus.