it dies
Thermoregulation: The body's automatic response to maintain its core temperature by increasing muscle activity to generate heat. Homeostasis: The body's ability to maintain a stable internal environment despite external changes, such as using shivering as a mechanism to counteract the cold and regulate body temperature.
there are so many forms of hormones in the body, but ultimately the brain sends a signal for each one to be released. For puberty, the pituitary gland in the brain is the one that decides to release androgens or estrogens to start puberty
Shivering is one of the methods that the human body uses to warm itself. It is a neurological reaction, that the body executes when it gets too cold. Joggers are familiar with the concept of moving to stay warm; they run in the coldest of weather and manage to stay warm. Basic physics dictate that energy taken from a storage source (like our fat) and changed to another form of energy (your body movements), results in yet another form of energy - heat. So when your muscles start moving back and fourth rapidly, they make heat, which helps warm the body in the cold. Some people have a different tolerance for cold, and in fact those who shiver easier, can withstand colder temperatures. Specific tolerances can change as we adapt over long term exposure, which is why all those Florida natives look at you funny when you wear your shorts down there in January, they have just adapted to the warm temperatures. Shivering is a sign that hypothermia is setting in as well, it's a very early sign, but uncontrollable shivering should be taken seriously. Here's a link to more information on hypothermia it's from Boston but I think they have hypothermia there too:
Well, isn't that just a happy little question! Animals, just like us, respond to stimuli in their environment in all sorts of ways. Some may run away if they feel scared, others might approach if they're curious. It's all about how they've learned to adapt and survive in their own special way. Just like a little squirrel scampering through the forest, each animal has its own unique response to the world around them.
Cholesterol helps to stabilize the plasma membrane by preventing it from becoming too fluid in hot temperatures and too rigid in cold temperatures. It does this by interacting with the fatty acid tails of the phospholipid molecules in the membrane, helping to maintain the proper balance of fluidity and rigidity.
Sea horses along with other aquatic animals respond to stimuli, but very differently. No one realy knows or has studied the behavior patterns and or responses to different stimuli. P.S check me out on yahoo.com my address is trammellmacie11@yahoo.com LOL byez
just like you do. If it is too hot/too cold/too bright it moves away. If it "feels" optimal moves forward.. "responds to external stimuli" technically.
The skin responds to external stimuli by activating sensory receptors that detect touch, pressure, temperature, and pain. It then sends these signals to the brain for interpretation and response, such as pulling away from a hot object or scratching an itch. Additionally, the skin may also produce physical responses, such as sweating or goosebumps, to regulate body temperature or protect against harm.
Oh yes, marsupials have brains, and spines too. They are a type of mammal.
no they do not have magnetite in their brains it would make there heads too heavy to carry
Then you would come back alive and eat every ones brains (Also Chucky's brains too)
it can eat your brains
Fahrenheit not too much but Celsius is too cold.
are too
Insects have too small brains to respond to training.
dendrites which are too dense and too long
Cacti can turn purple due to stress, such as too much sunlight or cold temperatures. This color change is a natural response to protect the plant from damage.