Reminder: When people are aging, the body often has these 4 manifestations, it is time to pay more attention

On vehicles

is where miracles happen

not only has it changed the way humans have moved for thousands of years

liberates people who are used to travel animals

also cured many insomnia patients

I believe that many people are taking transportation

Occasionally

had the experience of dozing off, sitting, standing, bumping my head

But have you thought about it

Why do I always sleep better in a quiet bedroom

I always feel sleepy in a bumpy and noisy car?

It’s the peak of the small holiday travel (in some areas)

Uncle will tell you today

The truth behind this

Reason 1: I remembered my mother’s arms

Anyone who has been in a car knows that

Without seat belts

Lean back when braking

Left to the left when turning left

Otherwise, you may fly out of the seat The dangers

Want to avoid this

It all depends on the vestibular organs constantly sending adjustment signals< /p>

It is our sensor for our own motion state

and the position of our head in space

so

During a rocky ride

our vestibular organs are constantly stimulated

and this behavior is like a mother holding a baby Sleeping

like walking around

calming effect

making it easier to fall asleep

strong>

Reason 2: White noise is more suitable for falling asleep

We must all have the experience of being unable to get out of bed on rainy days

This is because

rain and engine sounds are white noise

their uniform and consistent sound

It can relax people’s vigilance

and block some small changes

so it’s more likely to make people drowsy in the car

As opposed to colored noise

Sudden changes in volume

Wakes up immediately

Cause 3: Brain strikes

The brain is normal Work

needs to consume a lot of oxygen

but the environment inside the vehicle is closed and crowded

the oxygen available for breathing is reduced

Increased carbon dioxide

Oxygen-deficient brains go out of action

For example, the reticular activation system is inhibited

allowing people feel sleepy

But it’s not a solution to strike for too long

It’s you who will eventually starve to death

At this time, your brain willWill give myself a raise

Make you mouth open for oxygen

reason 4: The body working against you

“Paradoxical Intention Method”

is a kind of psychotherapy to get patients out of symptoms

the most intuitive An example is insomnia

The more you want to fall asleep, the more you wake up

common in Entering the service area, radiant

drivers who are drowsy on the highway

The problem of drivers being drowsy is much more serious than that of passengers< /p>

If you drive at a speed of 100km/h

squint for 3s

equivalent to 83.4 meters without a vehicle

So

If you are a driver who is prone to dozing off

I urge you to write down the following refreshing methods as soon as possible

Method 1: Turn on the ambient light

High light intensity

can inhibit the secretion of melatonin

of which

The effect of blue-green light is better

So when driving at night, turn on the ambient light

Method 2: Some music

Appropriate music

It can improve the driver’s alertness and relieve fatigue

monotonous On the highway

Heavy music can be a temporary boost

but prolonged listening may be distracting

complex city roads

Old drivers are advised not to listen to music

Otherwise, they may relax their vigilance

New drivers can listen to light music

Relieves physical fatigue and shortens reaction time

Criminal 3: Scientific intake of caffeine

Caffeinated beverages

such as energy drinks, coffee, tea

p>

They can excite the cerebral cortex

note that

if your body is about coffee Due to insensitivity

and drinking a higher sugar coffee drink

reverse And may make the body more sleepy

This is because blood sugar rises

Insulin secretion increases

This process will form 5 -HT

Although

the above mentioned

are all ways to cure the symptoms

/p>

References:

Esposito, G., Yoshida, S., Ohnishi, R., et al. (2013). Infant calming responses during maternal carrying in humans and mice. Current Biology, 23(9), 739-745.