Thermoregulation

In order to optimize a chemical reaction, accurate thermoregulation is often necessary.

The thermoregulation of a reaction is critical to obtaining a desired product.

The hospital uses thermoregulation blankets to regulate the body temperature of patients.

Hibernating animals lower their body temperature and metabolism to conserve energy and engage in thermoregulation.

Thermoregulation is important for a fish's survival in cold water.

In the production of semiconductors, precise thermoregulation is necessary to achieve the desired properties.

Understanding the mechanisms of thermoregulation is important in developing strategies for conserving endangered species.

Greenhouses use thermoregulation to maintain a consistent temperature for plant growth.

Athletes who train in hot and humid conditions may need to pay extra attention to thermoregulation to avoid performance declines and injuries.

The thermoregulation of the International Space Station is maintained by a complex system of sensors and heaters.

Proper thermoregulation can help athletes recover more quickly from intense training sessions and reduce the risk of injury.

The study of thermoregulation can also be applied in the field of agriculture to improve crop yield in different climates.

The engineer installed a thermoregulation unit to regulate the temperature of the water.

Advanced thermoregulation technology has greatly improved space missions.

The study of thermoregulation has led to the development of new technologies for regulating temperature in buildings and vehicles.

Certain medications can interfere with thermoregulation, causing fever or hypothermia.

Elite athletes may work with sports scientists and physiologists to optimize their thermoregulation strategies and gain a competitive advantage.

Thermoregulation is an essential aspect of the life history of many organisms, affecting their growth, reproduction, and survival.

Thermoregulation is essential for preventing equipment malfunctions during space missions.

Researchers have discovered that some plants use thermoregulation to protect themselves from heat stress.

The success of a space mission depends heavily on the reliability of the thermoregulation system.

The study of thermoregulation in humans has implications for the treatment of fever and heat-related illnesses.

The hypothalamus is a key player in the brain's thermoregulation system, acting as a thermostat to maintain a constant temperature.

The study of thermoregulation in humans has led to the development of treatments for hypothermia and hyperthermia.

Thermoregulation can be affected by factors such as age, gender, and physical activity.

Thermoregulation is a vital mechanism for maintaining optimal brain function.

Understanding the thermoregulation of plants is essential for developing strategies to improve crop yields and mitigate the effects of climate change.

Thermoregulation plays a vital role in many biological processes, including enzymatic reactions.

Ovens use thermoregulation to keep a consistent temperature for baking.

Humans rely on thermoregulation to keep their body temperature at a safe level.

The fur on a dog helps with thermoregulation in extreme temperatures.

Plants also have mechanisms of thermoregulation to adapt to different temperatures.

The efficiency of thermoregulation can be affected by changes in ambient temperature.

Certain medications and drugs can disrupt the brain's thermoregulation system and lead to adverse effects.

Humans have evolved a variety of mechanisms for thermoregulation, including shivering and vasodilation.

Research in thermoregulation has led to the development of new technologies for monitoring body temperature in real-time.

Industrial cooling systems use thermoregulation to cool machinery.

In endurance sports such as triathlon, athletes may need to carefully manage their thermoregulation to avoid heat stroke and other heat-related illnesses.

The thermostats in our homes provide thermoregulation to control the temperature.

The study of thermoregulation has revealed that different animal species have evolved unique mechanisms for maintaining body temperature.

The thermoregulation of the reaction was adjusted to speed up the process without compromising the quality of the product.

During fever, the body's thermoregulation system is altered, resulting in an increase in body temperature and a subsequent increase in brain temperature.

Cold-blooded animals like reptiles and fish rely heavily on external thermoregulation to maintain their body temperature.

Thermoregulation is essential for maintaining homeostasis in the body.

The complexity of thermoregulation in space requires highly skilled engineers.

Elephants cool themselves down by flapping their ears, a form of thermoregulation.

Thermoregulation is an important field of study in biology.

The study of thermoregulation in insects has revealed remarkable diversity in the mechanisms used to maintain body temperature.

Some species of reptiles rely on external heat sources for thermoregulation.

Without proper thermoregulation, equipment on space missions could become damaged.