Is the forebrain, the most important controlling nerve of the human brain?

The brain includes the telencephalon and diencephalon, and the telencephalon includes the left and right cerebral hemispheres. The telencephalon is the main part of the higher nervous system of the vertebrate brain, composed of the left and right hemispheres, and is the largest part of the brain in humans, and is the high-level nerve center that controls movement, produces sensations and realizes higher brain functions. The telencephalon of vertebrates is a thin-walled bulge at the tip of the neural tube when it is embryonic, and later develops into two hemispheres of the brain, mainly including three parts: cerebral cortex, cerebral medulla and basal nucleus.

For us, whether we control the brain or let the brain control us is really a topic that there is no way to do, because in a sense, the brain is us, we are the brain, because we control our body is done through the brain, but the brain is an objective carrierIt has some subconscious activities that we cannot control, but we can subjectively give some commands to achieve some functions of the body. <>

The reason why we can't completely control our bodies is because the brain has some subconscious.

For example, when we encounter noise from the outside world, the sound is particularly loud, if we can completely control the body, we can choose to turn off our ears, and we will not hear any soundBut obviously we can't do hearing, sight, taste, smell, these basic channels of communication of the body are not under our control, which is controlled by the brain. <>

But we can control most of the activities of the body through our own subjective consciousness, such as controlling our hands to hold something, controlling our thighs, going to a certain place, and then controlling our eyes, turning left and right, this is our control of the body, the body is a carrier, the brain is also a carrier, our consciousness exists because of the existence of the brain, in a philosophical point of view, matter determines consciousness, it is precisely because of the existence of the brain that we have our own subjective consciousness. Our consciousness can also be fed back to our brain, to our body, which is the reaction of consciousness to matter. <>

The human body is the most exquisite in the world, and everything is incomparable to the human brain is also a very magical field, so far no one has been able to study and understand what the human brain is active in, and then how to extract our subjective consciousness, this is the magic of man, the power of the CreatorWe may not be able to see it yet, but we believe that in a few hundred years or more, we will be able to understand the relationship between the brain and the human consciousness and the human body.

People control their brains, for example, your brain wants to keep learning, but your hands don't want to. For example, if you want to exercise, your feet are unwilling, so the brain can't control people

The brain controls the person, and the person acts accordingly according to the instructions given by the brain. The human brain is like a computer's CPU, computer keyboard and mouse input instructions are processed to direct the operation of other hardware, and the ideas in the brain are equivalent to the instructions of the keyboard and mouse are processed and executed by the body.

The brain is like the headquarters of the human body, and it is responsible for the sensorimotor and reflex activities of the whole body. It emits nerve fibers through the brainstem, which in turn emits cranial nerves innervating cephalic and facial muscle movements. At the same time, nerve fibers emitted by the brain are transmitted through the spinal cord to the muscles of the limbs and trunk, and the spinal cord acts as an information highway to receive information from the brain.

At the same time, sensory information from the body and internal organs is transmitted upward through the spinal cord and fed back to the brain. The brain then makes timely and precise adjustments to the body based on the feedback information.

Generally, the brain receives the signal and transmits it to each organ of the body, and then the body will produce related reactions, the brain is divided into the left hemisphere and the right hemisphere, and then the two hemispheres are connected together is the corpus callosum, movement or judgment ability, will be closely connected with the brain, and then the brain will direct physical activities.

The brain is an important organ of the body, it is the highest level of the nervous system, from the brain to the ears, eyes, etc., and then carries out a series of conduction, thus directing our body; The brain is the body's transport tool, which effectively maintains normal metabolic levels in the body and promotes body development.

In addition to promoting brain function, exercise can also affect the physiological structure of a child's brain. Now everyone knows the concept of "brain plasticity".

Parents subtly change their children's behavior by correctly guiding their children's observations and feelings in daily life, and the human brain will also be affected by the outside world and produce corresponding changes.

In fact, people's intentional behavior is caused by instructions from the brain.

So what are the specific aspects of the impact of exercise on the structural plasticity of children's brains?

The coordinated movements of all parts of the body are carried out under the unified control and regulation of the nervous system, so while children are exercising, the brain structure also changes, and the connectivity between brain regions is enhanced.

The results of Professor Chaddock-Heyman's 2014 study confirmed the effect of exercise on the structure of the white matter of the brain: the higher the aerobic fitness, the stronger the neural connections between brain regions. The professor also believes that this shift from brain regions to brain networks has an important role in promoting children's cognitive function and academic performance.

In addition, learning in childhood is still in the form of indoctrination and memory, which shows the importance of memory ability to children. Is it possible to achieve the learning goal by learning more and memorizing more?

I believe that many parents have found that the effect of rote memorization under pressure is not obvious. So why not let children have a sports relaxation after studying, which can not only relieve the tension of learning and improve physical discomfort, but also enhance memory ability.

The latter has been supported by empirical data, and researchers have found that children with higher aerobic fitness have larger bilateral hippocampus volume and better performance on memory tasks, and the hippocampus is mainly responsible for learning and memory ability.

1. The human brain is composed of the brain, cerebellum, diencephalon, and brainstem. Among them: the brain is the highest part of the central nervous system and the main part of the brain. It is divided into two cerebral hemispheres, the left and right, and the corpus callosum, which is made up of nerve fibers, is connected.

2. There are many curved groove fissures on the surface of the cerebral hemispheres, which are called sulcus, and the convex part between them is called the gyrus. These sulci and gyrus are like a crumpled piece of silk cloth, and once flattened, it is about the size of half an ordinary newspaper, about 2,250 square centimeters.

1. The brainstem is connected to the cerebral hemispheres and the spinal cord below, and is irregular columnar. Nerve impulses that pass through the spinal cord to the brain enter in a crossover pattern: impulses from the right side of the spinal cord first travel to the left side of the brainstem and then to the brain; Those that come from the left side of the spinal cord are first sent to the right side of the brainstem and then to the brain.

The function of the brainstem is mainly to maintain the life of an individual, including important physiological functions such as heartbeat, breathing, digestion, body temperature, and sleep, which are all related to the function of the brainstem.

2. The cerebellum is located below the brain and occipital lobe, just behind the brainstem, and is the second largest part of the brain. The cerebellum is made up of two hemispheres, the left and right hemispheres, with gray matter on the outside and white matter on the inside. Functionally, cerebellar and cerebral cortex exercise together to control muscle movement in order to regulate posture and body balance.