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Listen&Learn: Dominant Hands

24th August 2022 by Jaksyn Peacock

Pre-listening vocabulary

  • dominant: more powerful or useful
  • competent: able to do something
  • ambidextrous: able to use both hands almost equally well
  • speculate: to make guesses about something
  • disproportionate: not the expected number

Listening activity

Gapfill exercise

Most people in the world have a hand that is more competent at performing tasks. The majority of people are right-handed. Left-handed people make up about 10% of the population. Some people are ambidextrous, which means that they can use both hands effectively. A person’s dominant hand can be related to the structure of their . This has caused many people to speculate about in the minds of left-handed and right-handed people. There are disproportionately large amounts of left-handed people in artistic and musical fields, which has led to the common that left-handed people are naturally more . Humans are not the only species with dominant hands. Many animals prefer a specific paw or leg. However, scientists still don’t understand why most humans prefer their right hand.

Comprehension questions

See answers below

  1. About 10% of people are
    a. mixed-handed
    b. left-handed
    c. ambidextrous
  2. There is a common belief that left-handed people are more
    a. logical
    b. athletic
    c. creative
  3. Scientists still don’t understand
    a. why humans are the only animals with dominant hands
    b. why most humans prefer their right hand
    c. why dominant hands are related to brain structure

Discussion/essay questions

  1. Which hand do you use to write?
  2. Some people who are not fully ambidextrous still prefer different hands for different tasks. This is called mixed-handedness. Do you use the same hand for everything?

Transcript

Most people in the world have a hand that is more competent at performing tasks. The majority of people are right-handed. Left-handed people make up about 10% of the population. Some people are naturally ambidextrous, which means that they can use both hands effectively. A person’s dominant hand can be related to the structure of their brain. This has caused many people to speculate about differences in the minds of left-handed and right-handed people. There are disproportionately large amounts of left-handed people in artistic and musical fields, which has led to the common belief that left-handed people are naturally more creative. Humans are not the only species with dominant hands. Many animals prefer a specific paw or leg. However, scientists still don’t understand why most humans prefer their right hand.

Answers to comprehension questions

1b 2c 3b

Listen&Learn: Neurotransmitters

8th June 2022 by Jaksyn Peacock

Pre-listening vocabulary

  • cell: the smallest unit of life
  • neurotransmitter: a type of chemical that sends messages between different parts of the body
  • receptor: something that senses and responds to signals
  • imbalance: a disproportionate amount of something
  • mental: relating to the mind
  • depression: a mood disorder that causes people to feel upset and exhausted often
  • regulate: to keep something at a normal level

Listening activity

Gapfill exercise

Neurotransmitters are that nerve cells use to communicate with other parts of the body. When a nerve cell releases a chemical, it is detected by a receptor in a different cell. This gives the body a to do something. Some neurotransmitters functions like moving or breathing. Others control and learning processes. There are over 100 known types of neurotransmitters, all with different purposes. An imbalance of neurotransmitters can cause both mental and physical illnesses. For example, people who with depression may have low levels of the chemical called serotonin, which helps to regulate emotions. Other commonly known neurotransmitters include dopamine, which responds to rewards, and adrenaline, which responds to danger.

Comprehension questions

See answers below

  1. The cells that make neurotransmitters are
    a. nerve cells
    b. blood cells
    c. skin cells
  2. There are at least
    a. 100 known neurotransmitters
    b. 200 known neurotransmitters
    c. 1000 known neurotransmitters
  3. Serotonin is responsible for
    a. regulating emotions
    b. responding to rewards
    c. responding to danger

Discussion/essay questions

  1. Brain chemistry is something scientists are continuing to learn more about. Why is it important to understand the brain?

Transcript

Neurotransmitters are chemicals that nerve cells use to communicate with other parts of the body. When a nerve cell releases a chemical, it is detected by a receptor in a different cell. This gives the body a signal to do something. Some neurotransmitters control functions like moving or breathing. Others control emotions and learning processes. There are over 100 known types of neurotransmitters, all with different purposes. An imbalance of neurotransmitters can cause both mental and physical illnesses. For example, people who struggle with depression may have low levels of the chemical called serotonin, which helps to regulate emotions. Other commonly known neurotransmitters include dopamine, which responds to rewards, and adrenaline, which responds to danger.

Answers to comprehension questions

1a 2a 3a

How Does Learning a Language Affect the Brain, and How Can Teachers Harness the Benefits?

26th August 2020 by Jason Bakkum

Learning another language has a huge effect on our brains, from boosting brain plasticity to increasing empathy and critical thinking. Let’s take a look at the research and pinpoint the most important benefits of learning languages, and how teachers can amplify these advantages to improve outcomes.

It is thought that over half the people in the world speak more than one language and, as the world becomes more globalised and we face more shared challenges, speaking more than one language takes on new importance. To address future global issues, we’ll need to work together across languages, cultures, religions and nationalities and for that, we need the language skills, better empathy, to be able to think critically and to be able to adapt quickly to new situations. Luckily, these are all skills that learning a second language helps to foster.

How learning a language affects the brain

When exploring what learning a language does to the brain, it makes sense to start with neuroplasticity, or brain plasticity, since that determines how well we learn and for how long. The more the brain can adapt and change, the more we can learn. Brain plasticity is the ability of the brain to develop and change in response to stimuli, and learning a second language has a significant, positive effect on plasticity. Recent studies have spoken of these benefits helping to hold age-related conditions such as dementia at bay.

When we increase the information in our brains, we need to be able to file and sort that information so we can find it again quickly when we need it. The mental structures that we use to organise knowledge are known as schema. As cognitive processes go, these schemas are vital for everything from memory, understanding others, problem-solving and critical thinking. When we speak another language, we become adept at categorising and accessing information quickly, using our executive function skills.

Executive function – the CEO section of the brain

From self-awareness and non-verbal working memory to self-motivation and problem solving, executive function covers a crucial set of mental skills. The term executive functions is a business metaphor that pinpoints the essential skills we use to organise and regulate our lives, in the same way a chief executive would use their skills to run a business. They include attention, planning, working memory, abstract thinking, self-control, moral reasoning and decision making. The brains of bilingual children become accustomed to looking for different solutions that consider context, a key element of problem solving. This is because the ability to select the right language for the right context relies on the anterior cingulate cortex (ACC), which is the area of the brain thought necessary to disregard the appropriate distractors; in this case, the other language. The brain needs to work at suppressing the other language to allow the right one to take over and that hones our ability to manage cognitive conflict.

When to stop, when to go – thinking critically and building control

There is a simple cognitive conflict test in which the names of colours are written in different colours (‘green’ written in blue, for instance) and respondents have to say the colour that the word is written in. This is trickier than it sounds because it takes our brains longer to process the colour of the letters than it does to read the word. Those who speak more than one language perform better in this test than monolingual participants. And although the brain isn’t a muscle, it often behaves like one, so this constant work results in more grey matter in the ACC amongst bilingual people than their monolingual counterparts.

In addition, the process of ‘switching’ a language on and actively suppressing the words, grammar and structure of your other language also helps improve self-control, which is often a good indicator of academic success.

Make the most of autonomy, games and active learning

When looking at ways to capitalise on the beneficial changes to the brain that language learning brings, building on self-control and self-direction to help students become independent learners should be top of the list. In part, this is because independent learning extends learning beyond the school in meaningful ways, and this will be useful if we face future school closures as a result of lockdowns. A useful method to try for this is flipped learning.

A teaching tactic that uses metacognitive principles, the flipped classroom dates back quite a few years now but we are paying more attention to it, and to blended learning, as a result of school closures. A simple concept, flipped learning asks students to tackle the lower levels of learning before the class then engage in higher cognitive levels of learning with their peers and teachers.  For teachers who want to try this approach out, free webinars can be a useful guide.

It’s never just play

Contemporary US author and play specialist O. Fred Donaldson said it well; “Children learn as they play. Most importantly, in play, children learn how to learn.”

I saw the evidence of this time and time again in the classroom. Young children learn well when they’re engaged, and they respond best to humour and whimsy in the learning process. They need to be able to use imagination to create context for the things they are learning that they cannot readily see, touch or interact with. When we created games for our students we quickly found that these games helped children build a solid foundation in a new language, and games can be a great tool for scaffolding learning for students.

In light of the disruption to education this year, the benefits of learning a new language should not be ignored. As schools return, helping young learners overcome the past few months is understandably a priority; helping their brains develop so that learning becomes even more effective isn’t just sensible, it’s necessary.