Thermoregulation

During a fever, the body's thermoregulation is disrupted, leading to an elevated body temperature.

Thermoregulation is an important consideration in the design of spacesuits for astronauts.

The elephant uses thermoregulation to regulate its body temperature by flapping its ears.

Thermoregulation is an important aspect of physiological ecology.

The kangaroo uses thermoregulation to regulate its body temperature by licking its forearms.

Thermocouples and thermistors are used for thermoregulation in temperature monitoring.

The office building's thermoregulation system can be controlled remotely using a mobile app.

The thermoregulation system in my house helps maintain a comfortable temperature.

The new air conditioner comes with an advanced thermoregulation feature.

The polar bear's thick fur and ability to shiver allows for effective thermoregulation in cold environments.

The turtle uses thermoregulation to keep its body temperature stable.

Dogs pant to cool themselves down, a form of thermoregulation.

The penguin uses thermoregulation to keep its body temperature stable in freezing temperatures.

The snake uses thermoregulation to maintain its optimal body temperature for digestion.

Snakes regulate their body temperature by moving between warm and cool areas, a form of thermoregulation.

The frog relies on thermoregulation to adapt to different environments.

Desert lizards seek shade during the day to maintain their body temperature through thermoregulation.

The fish uses thermoregulation to adapt to different water temperatures.

In cycling, athletes may use thermoregulation strategies such as wearing cooling vests to prevent overheating during races.

The use of thermoregulation techniques such as cold-water immersion may help athletes recover faster and reduce fatigue after intense exercise.

The thermoregulation of spacecraft can be challenging in extreme temperatures.

The study of thermoregulation in marine animals has important implications for understanding the effects of climate change on ocean ecosystems.

The thermoregulation of the polymerization process is critical to achieve the desired properties.

Thermoregulation can be used to improve athletic performance by helping athletes maintain a consistent body temperature during exercise.

Understanding the thermoregulation of plants is important for predicting the effects of global warming on agriculture.

Thermoregulation can be impacted by environmental factors such as humidity, altitude, and exposure to extreme temperatures.

The enzymatic reaction was carefully monitored to ensure proper thermoregulation.

The effectiveness of a catalyst in a chemical reaction can be improved through thermoregulation.

Advances in thermoregulation research have contributed to the development of new treatments for diseases such as fever and hypothermia.

Thermoregulation can be a challenge for animals in extreme environments, like deserts or the Arctic.

The thermoregulation of equipment is crucial to prevent damage during takeoff and landing.

The use of thermoregulation methods may also have psychological benefits for athletes, helping them stay calm and focused during competition.

Football players may use thermoregulation methods such as ice baths to reduce inflammation and muscle soreness after games.

Many reactions require precise thermoregulation to prevent unwanted side reactions.

The complex interactions between thermoregulation, behavior, and ecology have important implications for the conservation of endangered species.

The thermoregulation system in the incubator helps to maintain a stable temperature for the eggs.

Proper thermoregulation can help athletes perform better in hot and humid conditions by reducing the negative effects of heat stress.

The use of thermoregulation techniques, such as wearing cooling vests, can help prevent overheating during exercise and reduce the risk of heat-related illnesses.

The study of thermoregulation in reptiles has contributed to our understanding of how reptiles are able to survive in extreme environments.

The study of thermoregulation in birds has revealed that some species are able to migrate long distances without stopping by regulating their body temperature during flight.

The thermoregulation of a reaction can be difficult due to the heat generated during the reaction.

The disruption of thermoregulation in the brain can result in conditions such as hyperthermia and hypothermia.

Accurate thermoregulation is essential in the production of pharmaceuticals to ensure purity and efficacy.

The thermoregulation system in the brain can be affected by environmental factors such as ambient temperature and humidity.

Engineers are responsible for monitoring and maintaining thermoregulation systems on spacecraft.

Some research suggests that the brain's thermoregulation system may be involved in the regulation of sleep, as changes in temperature can affect sleep quality and duration.

The study of thermoregulation has provided insights into the evolution of endothermy and homeothermy in vertebrates.

The lizard uses thermoregulation to stay warm in the sun and cool in the shade.

Maintaining proper thermoregulation can help reduce the environmental impact of chemical reactions.

Thermoregulation is a key factor in the success of some reptiles in different environments.