Endothermic

The human body uses endothermic processes to maintain a constant internal temperature.

The endothermic organism relies on external heat sources to maintain its body temperature.

These endothermic bacteria thrive in geothermal hot springs.

The bee generates heat through endothermic muscle activity during flight.

The process of shivering is a physiological response to an endothermic attempt to increase body temperature.

The polar bear has adapted to its icy environment by being endothermic.

The endothermic cooking method involved slow simmering over low heat.

The endothermic protein in the blood undergoes conformational changes upon binding with oxygen.

The endothermic receptor in the cell membrane recognized the ligand and initiated a cascade of intracellular events.

The lizard basks in the sun to regulate its endothermic body temperature.

The endothermic reaction between the enzyme and substrate led to the formation of a new product.

The endothermic protein exhibited a conformational change upon binding with the ligand, allowing for signal transduction.

The endothermic interaction between the transcription factor and DNA regulated gene expression.

The endothermic binding of the hormone to its receptor triggered a physiological response in the body.

In enzymatic reactions, the endothermic proteins act as catalysts, accelerating the rate of chemical reactions.

The endothermic protein in the muscle tissue facilitated the contraction and relaxation of the muscle fibers.

The endothermic antibodies recognized and bound to specific antigens, providing immune defense against pathogens.

The process of electrolysis is an endothermic reaction that requires an external source of energy.

Adding a catalyst can speed up an endothermic reaction.

The endothermic reaction of melting ice absorbs heat from the surroundings, causing the ice to turn into liquid water.

The endothermic reaction in the rechargeable battery stores energy when it is connected to a power source.

The endothermic reptile basks in the sun to warm its body.

Adding salt to icy roads is an endothermic process that helps to melt the ice by absorbing heat from the environment.

The endothermic plants adapt to different climates by adjusting their growth patterns.

When a cold pack is activated, it undergoes an endothermic reaction, absorbing heat from its surroundings.

Some reptiles use endothermic mechanisms to regulate their body temperature, such as basking in the sun.

The process of melting an ice cube is endothermic as it absorbs heat from the surroundings.

The endothermic reaction in the engine converts fuel into mechanical energy.

The absorption of sunlight by solar panels is an example of an endothermic process that generates electricity.

The endothermic properties of the lotion provide a cooling effect on the skin.

The endothermic reaction in the hand warmer releases heat when activated.

The endothermic birds regulate their body temperature by fluffing their feathers.

The arctic fox has a thick fur coat to help it stay warm in the harsh, endothermic environment of the tundra.

The endothermic enzyme in the digestive system facilitates the breakdown of complex carbohydrates.

The lizard basks in the sun to warm its body, while an endothermic animal generates heat internally.

In a rechargeable battery, the charging process is endothermic as it absorbs energy to store it for later use.

The lizard basks in the sun to raise its body temperature since it is endothermic.

The mouse builds nests using insulating materials to protect its endothermic offspring from the cold.

Endothermic insects, like bees, generate heat by shivering their flight muscles to maintain their body temperature.

The process of melting ice cubes in a glass of water is endothermic, as it absorbs heat from the surroundings.

The athlete's intense workout routine results in an endothermic rise in body temperature.

The endothermic plants in the rainforest have adapted to the high temperatures by regulating their own internal heat.

The melting of ice into water is an endothermic process.

The endothermic animals, like penguins, rely on their feathers and blubber to stay warm in cold environments.

The endothermic furnace absorbed a significant amount of energy to melt the metal.

During winter, hibernating bears lower their metabolic rate and rely on stored fat as an endothermic survival strategy.

The vaporization of water into steam is an endothermic process that requires heat input.

The mammalian fetus relies on its mother's endothermic heat production to stay warm in the womb.

In the presence of a ligand, the endothermic receptor on the cell surface alters its shape, triggering a signaling cascade.

The endothermic reaction required a constant supply of energy to continue.