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This summer has seen temperatures much higher than usual, not only in China but also in Europe, the United States, Japan, and South Asia. In such high temperatures, body temperature regulation is disrupted, leading to heat accumulation, difficulty in dissipating heat, imbalances in water and salt metabolism, and ultimately, heatstroke. Additionally, high temperatures can also harm fertility!
Physiologically, the scrotum’s lower temperature is conducive to the production of normal sperm in the testes. The testes are located in the scrotum, where the temperature is usually about 3 degrees lower than the normal body temperature, meaning the ideal temperature for the testes should be around 33 to 34 degrees. The testes are extremely sensitive to temperature changes. If the temperature around the testes rises for any reason, sperm production can be adversely affected, leading to the degeneration of spermatogenic epithelial cells in the testes.
Studies have shown that even a one-degree increase in testicular temperature above normal can negatively affect male fertility. Heat stress leading to male infertility has been widely recognized in medical and scientific communities. Sperm has poor tolerance to high temperatures; prolonged heat stress can activate previously suppressed transposons, causing excessive DNA damage and genetic mutations, ultimately impairing fertility.
While high temperatures typically do not affect the internal ovaries, during ovulation, the rupture of the oocyte to release the egg is a very delicate process. Although the wound is microscopic, accelerated blood flow due to high temperatures can affect its rupture and healing, potentially disrupting ovulation timing and impacting egg quality. Moreover, the activity of enzymes related to menstruation can also be influenced by temperature. High temperatures can affect the synthesis of substances related to menstruation, such as progesterone, which can then influence menstrual cycles and volumes, thereby affecting female physiological functions and fertility.
Therefore, it is crucial to take measures against heat and avoid prolonged exposure to high temperatures, especially for couples trying to conceive.
Dr. Nathan Zhang points out that with rapid societal development, industrialization has led to overall temperature increases, severe pollution, high work pressure, and late marriages and childbirth, all of which can contribute to infertility. The infertility rate among Chinese families has exceeded 10%, affecting over fifty million people, making infertility a significant social issue. Effectively helping infertility patients solve their reproductive challenges poses higher demands on society, the medical community, and the scientific community. IVF assisted reproductive technology has emerged in this context. Particularly, American IVF technology leads in treatment protocols, drug combinations, laboratory techniques, especially in frozen embryo culture and IVF-PGT testing, which has a relatively higher success rate and avoids repeated implantation failures.
IVF USA’s team reminds everyone that if you work in a high-temperature environment and are worried about its impact on pregnancy preparation, you can wait three months to allow sperm to recover before trying to conceive. Of course, choosing IVF USA’s IVF services requires high-quality sperm and eggs for the best results. Therefore, it’s essential to avoid high temperatures and ensure optimal fertility conditions before undergoing IVF USA’s IVF treatment. Currently, IVF USA offers services such as American egg freezing, American IVF, and third-party reproductive assistance. The business has expanded beyond the United States to include Japan for IVF and egg freezing, Thailand for IVF and egg freezing, and regions like Mexico, Taiwan, and Hong Kong, working closely with top IVF doctors worldwide. Lastly, everyone should stay cool and hydrated this summer!
