Exposure to 41° C reduces development of embryos of heat-sensitive breeds (Holstein and
Angus) more than for embryos of the heat-tolerant Brahman breed. Here it was tested …

Brahman preimplantation embryos are less affected by exposure to heat shock than Holstein
embryos. Two experiments were conducted to test whether the ability of Brahman embryos …

In vitro studies have shown that Bos taurus indicus (B. t. indicus) embryos submitted to heat
shock at early stages of development are better able to survive as compared to Bos taurus …

Heat stress is an important cause of poor development and low survival rates in bovine
embryos. Experiments were conducted to test the hypothesis that Bos indicus embryos are …

Based on in vitro experiments, Bos indicus embryos were more resistant to heat stress (HS)
than Bos taurus embryos. To increase knowledge regarding differences between Bos …

Reproduction is among the physiological functions in mammals most susceptible to
disruption by hyperthermia. Many of the effects of heat stress on function of the oocyte and …

The objective of this study was to determine whether bovine embryos become more resistant
to deleterious effects of maternal heat stress as early embryonic development progresses …

Global warming has been affecting animal husbandry and farming production worldwide via
changes in organisms and their habitats. In the tropics, these conditions are adverse for …

Summer heat stress decreases the pregnancy rate in cattle and has been thought to be
associated with the early embryonic death caused by the elevation of maternal body …

Embryos from Bos indicus are more resistant to elevated culture temperature (ie heat shock)
than embryos from some Bos taurus breeds. The present experiment was designed to …