Hyperthermia in heat-adapted female rats

Intrascrotal Temperature, Testicular Histology and Fertility of Heat-Acclimatized Rats

“…The deep body temperature of heat-acclimatized and control female rats (Sod-Moriah & Yagil, 1973) increased and remained high as long as the animals were kept in the hot environment (35°C). Within 30 min of their being moved to the control room (22°C), their temperature reverted to normal.…”

Intrascrotal Temperature, Testicular Histology and Fertility of Heat-Acclimatized Rats

“…The deep body temperature of heat-acclimatized and control female rats (Sod-Moriah & Yagil, 1973) increased and remained high as long as the animals were kept in the hot environment (35°C). Within 30 min of their being moved to the control room (22°C), their temperature reverted to normal.…”

Selection of Laboratory Mice for Improved Reproductive Performance at High Environmental Temperature

“…1965) and to the indirect effects of high temperature on the uterine environment (Shah 1956). Although Sod-Moriah and Yagil (1973) demonstrated a small elevation in the body temperature of rats at 35°e, it is unlikely that the elevation in body temperature of mice at 32°e was sufficiently great to account for deaths of the developing embryos. High intra~uterine losses were most probably due to temperature-induced disturbances of maternal physiology-for example delayed lysis of corpora lutea, resulting high progesterone levels, and progesterone-induced irregularities in the timing and duration of parturition (Sod-Moriah and Bedrak 1976).…”

Intrascrotal Temperature, Testicular Histology and Fertility of Heat-Acclimatized Rats

“…The deep body temperature of heat-acclimatized and control female rats (Sod-Moriah & Yagil, 1973) increased and remained high as long as the animals were kept in the hot environment (35°C). Within 30 min of their being moved to the control room (22°C), their temperature reverted to normal.…”

Selection of Laboratory Mice for Improved Reproductive Performance at High Environmental Temperature

“…1965) and to the indirect effects of high temperature on the uterine environment (Shah 1956). Although Sod-Moriah and Yagil (1973) demonstrated a small elevation in the body temperature of rats at 35°e, it is unlikely that the elevation in body temperature of mice at 32°e was sufficiently great to account for deaths of the developing embryos. High intra~uterine losses were most probably due to temperature-induced disturbances of maternal physiology-for example delayed lysis of corpora lutea, resulting high progesterone levels, and progesterone-induced irregularities in the timing and duration of parturition (Sod-Moriah and Bedrak 1976).…”

Intrascrotal Temperature, Testicular Histology and Fertility of Heat-Acclimatized Rats

“…The deep body temperature of heat-acclimatized and control female rats (Sod-Moriah & Yagil, 1973) increased and remained high as long as the animals were kept in the hot environment (35°C). Within 30 min of their being moved to the control room (22°C), their temperature reverted to normal.…”

Selection of Laboratory Mice for Improved Reproductive Performance at High Environmental Temperature

“…1965) and to the indirect effects of high temperature on the uterine environment (Shah 1956). Although Sod-Moriah and Yagil (1973) demonstrated a small elevation in the body temperature of rats at 35°e, it is unlikely that the elevation in body temperature of mice at 32°e was sufficiently great to account for deaths of the developing embryos. High intra~uterine losses were most probably due to temperature-induced disturbances of maternal physiology-for example delayed lysis of corpora lutea, resulting high progesterone levels, and progesterone-induced irregularities in the timing and duration of parturition (Sod-Moriah and Bedrak 1976).…”