which part of the brain controls balance .. The brain controls the ability to think, speak, feel, see, hear, remember, walk and many other things. It controls even your breath.
The brain is a soft mass of supporting tissues and nerves connected to the spinal cord. Some nerves in the brain go straight to the eyes, ears and other parts of the head. Other nerves connect the brain to other parts of the body through the spinal cord to control the personality, senses, and functions of the body from breathing to walking.
Together the brain, spinal cord, and nerves from the central nervous system.
The cerebral brain, a large, external part of the brain, controls reading, thinking, learning, speech, emotions and planned muscle movements, such as walking. It also controls sight, hearing and other senses.
The brain is divided into two cerebral hemispheres (halves): left and right. The right half controls the left side of the body. The left half controls the right side of the body.
Each hemisphere has four sections, called lobes: frontal, parietal, temporal and occipital. Each tab controls specific functions. For example, the frontal lobe controls personality, decision making and reasoning, while the temporal lobe controls memory, speech and sense of smell.
part of the brain
which part of the brain controls balance
The brain in the back of the brain controls the balance, coordination and control of the muscles (eg Walking). It also works to maintain posture and balance.
The brainstem, in the lower part of the brain, connects the brain with the spinal cord. It includes the midbrain, pelvic and spinal cord. It controls the basic functions of the body, such as breathing, eye movements, blood pressure, heartbeat, and swallowing.
Your brain has many different parts that work together. We’ll talk about the five parts that are key players in the brain syndrome:
cerebrum (for example suh-REE-brum)
cerebellum (say: sair-uh-BELL-um)
pituitary (let’s say: puh-TOO-uh-ter-ee) gland
hypothalamus (for example hy-po-THAL-uh-mousse)
The largest part: Cerebrum
Cerebrum brain The largest part of the brain is the brain. The brain is 85% of the brain’s mass and it’s easy to see why. The brain is the thinking part of the brain and controls your voluntary muscles – those that move when you want. So you can not dance – or kick the ball – without the cerebrum.
When you think hard, you use the brain. You need it to solve math problems, find a video game and draw an image. Your memory lives in the brain – both short-term memory (what you ate at supper last night), and long-term memory (the name of the roller coaster you were riding on two years ago). The cerebral body also helps you to reason, for example, when you discover that it’s better to do homework because your mom takes you to the cinema later.
The brain has two halves, one on each side of the head. Researchers believe that the right half helps to think about abstract things like music, colors and shapes. It is said that the left half is more analytical, helping you in mathematics, logic and speech. Researchers know for sure that the right half of the brain controls the left side of the body and the left half controls the right side.
The law on balancing the cerebellum
The brain of the cerebellum The cerebellum is next. The cerebellum is located in the back of the brain, below the brain. It is much smaller than the cerebrum in only 1/8 of its size. But this is a very important part of the brain. Controls balance, movement and coordination (how your muscles work together).
Thanks to the cerebellum, you can stand straight, keep your balance and move. Think of a surfer who rides the waves on his board. What does he need most to keep his balance? The best surfboard? The coolest suit? No – I need a cerebellum!
The brain stem keeps your breath – and more
Another part of the brain that is small but powerful is the brainstem. Brain stem is under the brain and in front of the cerebellum. It connects the rest of the brain with the spinal cord that runs along the neck and back. The brain stem is responsible for all the functions that your body needs to survive, such as breathing air, digesting food and blood circulation.
Part of brainstem work involves controlling involuntary muscles – those that work automatically, even without thinking about it. In the heart and stomach are involuntary muscles, and this core of the brain tells your heart to pump more blood when you ride your bike or stomach to start digesting lunch. The brain stem also sorts millions of messages sent by the brain and the rest of the body. Whew! This great job is the secretary of the brain!
The pituitary growth of control of the gland
Pituitary gland The pituitary gland is very small – only about the size of a pea! Its task is to produce and release hormones into the body. If your clothes from last year are too small, it’s because your pituitary gland released special hormones that made you grow up. This gland is also an important player during adolescence. This is the time when the bodies of boys and girls are subject to major changes, because they slowly become men and women, all thanks to the hormones released by the pituitary gland.
This little gland also plays a role with many other hormones, such as those that control the amount of sugar and water in your body. It helps to maintain the metabolism (eg Muh-TA-buh–lih–zum). Your metabolism is all that is happening in your body to keep them alive, grow and deliver energy, like breathing, digesting food and moving blood.
The temperature in the hypothalamus controls
The hypothalamus of the brain The hypothalamus is like the internal thermostat of your brain (a small box on the wall that controls the temperature in your home). The hypothalamus knows what temperature your body should have (around 98.6 ° F or 37 ° C). If your body is too hot, the hypothalamus tells him to sweat. If you are too cold, the hypothalamus trembles. Both chills and sweating are attempts to restore the body temperature where it is supposed to be.
You have a bit of nerves
So the brain is the boss, but he can not do it alone. I need some nerves – in fact many of them. And it needs a spinal cord, which is a long bunch of nerves inside the spine, vertebrae that protect it. This spinal cord and nerves – called the nervous system – allow the flow of messages between the brain and the body.
If the barbed cactus falls from the shelf pointing right to your best friend, your nerves and brain communicate, make you jump up and shout, let your friend get out of the way. If you’re really good, maybe you can catch the plant before it hits your friend!
But you can wonder about those nerves that you can not see without a microscope. What are they? The nervous system consists of millions and millions of neurons (say, NUR-onz), which are microscopic cells. Each neuron has tiny branches that allow it to connect with many other neurons.
When you were born, your brain came with all the neurons they would ever have, but many of them were not connected to each other. When you learn, messages move from one neuron to another, over and over again. In the end, the brain begins to create connections (or paths) between neurons, so things become easier and you can do them better and better.
Think about when you ride a bike for the first time. Your brain had to think about pedaling, keeping balance, steering the wheel, watching the road, and maybe even hitting the brakes – all at once. Hard work, right? But in the end, when you have more exercises, the neurons send messages back and forth until you have a path in your brain. Now you can ride a bike without thinking about it, because neurons have successfully created the “cycling” path.
Location of Emotions
With all other things, is it a surprise that the brain moves your emotions? Maybe you got exactly the toy you wanted for your birthday and you were really happy. Or your friend is sick and sad. Or your younger brother disappointed your room, so you’re really angry! Where do these feelings come from? Your brain, of course.
Your brain has a small group of cells on each side called the amygdala (say, uh-MIG-duh-luh). The word amygdala is Latin for almonds and this is what this area looks like. Researchers believe that the amygdala is responsible for emotions. It is normal to feel different types of emotions, both good and bad. Sometimes you may feel a bit sad and at other times you may feel scared, stupid or happy.
Be good for your brain
So what can you do for your brain? A lot.
Eat healthy food. They contain potassium and calcium, two minerals that are important for the nervous system.
Get a lot of time to play (exercise).
Wear a helmet when riding a bike or doing other sports that require head protection.
Do not drink alcohol, do not take drugs or use tobacco.
Use your brain to do difficult tasks such as jigsaw puzzles, reading, playing music, creating art or anything else that gives your brain a workout!