Shadowing Practice: The Nervous System In 9 Minutes - Learn English Speaking with YouTube
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The Great and Mighty Nervous System Or the brain as most of us call it.
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The Great and Mighty Nervous System Or the brain as most of us call it.
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What makes this organ unique is that within it lies the ability for humans to know oneself.
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This feature distinguishes and sets the human species apart from the rest of creation.
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This ability is known as consciousness or intelligence.
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To begin, let's look at the primary function of the nervous system.
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The basic purpose is to coordinate all of the activities of the body.
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It enables the body to respond and adapt to changes that occur both inside and outside the body.
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Now the nervous system is actually split into two parts.
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The central nervous system and the peripheral nervous system.
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We'll explore the peripheral later,
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but first, let's look at the central nervous system.
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The central nervous system is made up of two major structures,
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the brain and the spinal cord.
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As most people know, the brain is found within the cranium or skull.
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And there are six main sections among other structures within it.
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These six sections are the cerebrum,
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cerebellum, diencephalon, the midbrain, pons, and the medulla oblongata.
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The first section is the cerebrum.
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This is the largest section.
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It's divided into two major hemispheres,
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which are the right and left hemisphere.
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And the cerebrum is further divided into four lobes.
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These four lobes are the frontal,
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the parietal, the temporal, and the occipital.
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The frontal lobe is primarily responsible for reasoning and thought.
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The parietal is primarily responsible for integrating sensory information.
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The temporal is primarily responsible for processing auditory information from the ears.
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and the occipital is primarily responsible for processing visual information from the eyes.
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The second section of the brain is the cerebellum.
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This is the section located in the back of the head,
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below the cerebrum and above the first cervical of the neck.
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It is responsible for muscle coordination,
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balance, posture and muscle tone.
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The diencephalon section is found between the cerebrum and the midbrain.
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It contains two structures, the thalamus and the hypothalamus.
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The thalamus behaves much like a relay station and directs sensory impulses to the cerebrum.
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And the hypothalamus controls and regulates autonomic nervous system functions such as temperature,
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appetite, water balance, sleep, and blood vessel constriction and dilation.
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The hypothalamus also plays a role in the emotions such as anger,
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fear, pleasure, pain, and defection.
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The midbrain section is located below the cerebrum at the top of the brain stem.
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It is responsible for certain eye and auditory reflexes.
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The pons is located below the midbrain and in the brain stem.
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It is responsible for certain reflex actions such as chewing,
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tasting, and saliva production.
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And the last section is the medulla oblongata.
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It's the lowest part of the brain stem
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and it connects with the spinal cord and is responsible for regulating heart and blood vessel function,
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digestion, respiration, swallowing, coughing, sneezing and blood pressure.
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It's also known as the center for respiration.
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Now that we've covered the brain,
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let's take a look at the other half of the central nervous system, the spinal cord.
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The spinal cord is the link between the brain and the nerves in the rest of the body.
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The spinal cord is divided into four different regions,
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the cervical, thoracic, lumbar, and the afferent and efferent spinal nerves,
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which merge to form the peripheral nerves.
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The afferent spinal nerves are responsible for carrying information from the body to the brain.
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And the efferent spinal nerves are responsible for carrying information from the brain to the body.
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Now within this elaborate system of nerves,
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neurons and dendrites, there is a system
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that regulates the functions of the central nervous system
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which lie outside its major components such as the brain and the spinal cord.
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This system is known as the peripheral nervous system and is subdivided into two smaller systems,
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the somatic system and the autonomic nervous system.
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The somatic nervous system is responsible for carrying motor and sensory information both to and from the central nervous system.
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This system is made up of nerves that connect to the skin,
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sensory organs, and all skeletal muscles.
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The somatic system is also responsible for nearly all voluntary muscle movements as well as for processing sensory information
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that arrives via external stimuli including hearing, touch, and sight.
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The structures that allow this communication to happen between the nerves throughout the body
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and the central nervous system are known as the afferent sensory neurons and the efferent motor neurons.
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Afferent simply means conducting inward and efferent means conducting outward.
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So just like in the spinal nerves,
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the afferent neurons take information from the nerves to the central nervous system
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and the efferent neurons take information from the central nervous system to the muscle fibers throughout the body.
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The Autonomic Nervous System is further divided into the Sympathetic Nervous System and the Parasympathetic Nervous System.
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The Sympathetic Nervous System is vital to our survival.
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Have you ever heard of the fight or flight response to danger?
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The Sympathetic Nervous System revs up the body when confronted with imminent danger to either defend yourself or to escape the threat.
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The parasympathetic nervous system is the counterbalance to the sympathetic response to danger,
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whether real or imagined.
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Once the threat is gone,
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the parasympathetic brings all the systems of the body back to normal.
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Now at this point you should have a basic understanding of the nervous system,
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but let's do a quick recap.
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The basic purpose of the nervous system is to coordinate all the activities of the body.
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It enables the body to respond and adapt to changes that occur both inside and outside the body.
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The two major parts to the nervous system are the central nervous system and the peripheral nervous system.
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The central nervous system is also divided into two major structures,
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the brain and the spinal cord.
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The brain is found within the skull or cranium and it is made up of six main sections.
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These six sections are the cerebrum,
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cerebellum, diencephalon, the midbrain, pons and the medulla oblongata.
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The other half of the central nervous system is the spinal cord
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and the spinal cord is the link between the brain and the nerves and the rest of your body.
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The spinal cord is divided into four different regions.
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The cervical, thoracic, lumbar, and afferent and efferent spinal nerves which merge to form the peripheral nerves.
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Now that we know the brain and spinal cord primarily make up the central nervous system,
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let's look at the peripheral nervous system.
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The peripheral nervous system is essentially the nervous system outside of the brain and spinal cord.
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The peripheral nervous system is then subdivided into two smaller systems called the somatic nervous system and the autonomic nervous system.
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So as you can see,
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the nervous system is quite complex and this is just the tip of the iceberg.
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Thanks for watching.
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Look for more videos on the nervous system at cteskills.com.
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Why practice speaking with this video?
Engaging with the content of the video "The Nervous System In 9 Minutes" offers an exceptional opportunity for IELTS speaking practice. This video not only introduces scientific terminology but also enhances your ability to articulate complex ideas in English. By shadowing the speaker, learners can practice pronunciation and intonation while improving their overall fluency. Listening to how the speaker organizes thoughts and conveys information can significantly benefit your english speaking practice by improving clarity and coherence in your own responses.
Grammar & Expressions in Context
In the transcript, several key grammatical structures and expressions can be analyzed:
- Present Simple Tense: The speaker frequently uses the present simple tense, e.g., "The basic purpose is to coordinate." This structure conveys facts and definitions, ideal for students to express knowledge in speaking tests.
- Use of Comparative Structures: Phrases like "more than" and "set apart" illustrate the speaker's ability to draw comparisons. For example, "What makes this organ unique is that within it lies the ability for humans to know oneself." Practicing this structure can help in making comparisons in IELTS speaking tasks.
- Descriptive Phrases: Expressions like "located in the back of the head" provide precise descriptions, helping learners develop skills for creating clear and detailed responses. Incorporating such vocabulary in speaking can enhance your descriptive abilities.
Common Pronunciation Traps
When practicing with this video, pay attention to certain tricky words and phrases that may pose pronunciation challenges:
- “Cerebrum” and “Cerebellum”: These terms may be difficult due to their syllable structure. Practice breaking them down into their syllables: Ce-re-brum and Ce-re-bel-lum.
- “Hypothalamus”: This word can be challenging because of its length and vowel sounds. Focus on the phonetic breakdown to master its pronunciation.
- "Medulla Oblongata": This phrase requires clear articulation as it is often mispronounced. Focus on each part and practice saying it slowly and confidently.
Utilizing this video as a shadowing site provides a fantastic resource for learners looking to refine their skills. Combining visual and auditory learning methods allows you to learn English with YouTube effectively. Regular practice through shadowing will lead to remarkable improvements in your speech clarity and fluency.
What is the Shadowing Technique?
Shadowing is a science-backed language learning technique originally developed for professional interpreter training and popularized by polyglot Dr. Alexander Arguelles. The method is simple but powerful: you listen to native English audio and immediately repeat it out loud — like a shadow following the speaker with just a 1–2 second delay. Unlike passive listening or grammar drills, shadowing forces your brain and mouth muscles to simultaneously process and reproduce real speech patterns. Research shows it significantly improves pronunciation accuracy, intonation, rhythm, connected speech, listening comprehension, and speaking fluency — making it one of the most effective methods for IELTS Speaking preparation and real-world English communication.
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