HealthMgz

Why Japanese People Stay Slim Without Ever Joining a Gym

There’s something I’ve always found a bit surprising about Japan: people there stay fit without doing the things we usually think “fit people” do.

Like:

Are they not chasing for any kind of gym memberships, right?
And they’re not counting protein grams
Even though they’re not planning intense workout schedules

And yet… they move really well, their posture looks good, and even older adults seem steady, mobile, and active.

It always made me wonder: How do they stay this fit without a big fitness culture?

So I spent a few weeks observing what daily movement really looks like in Japan, but obviously not to gyms or workout plans — but to the small, everyday moments.

The things people rarely think about, but do automatically.

Here’s what I found.

Movement Isn’t “Something They Schedule” — It’s Just Part of Living

In most parts of the world, movement is something you have to schedule. You plan it, schedule it, or go for a run or hit the gym before work.

But outside of that, most of the day is spent sitting at the desk, car, couch, phone… repeat.

However, this is not the case in Japan, where movement is an integral part of daily life.

Like, people walk everywhere in Japan, not just for “exercise.” Just because it’s the most convenient way to live.

Whether it’s walking to the station, walking to buy groceries, or walking home from school, it’s normal for even older adults to get in thousands of steps without thinking about it.

The average person in Tokyo walks over 7,000 to 10,000 steps a day without even trying. That only includes running errands, commuting, and day-to-day activities.

Public transport is a big part of this.

Because it’s so widely used, people naturally end up walking more — to and from trains, between platforms, through city streets.

Even shopping becomes a light cardio session.

You won’t hear someone say, “I’m going for a walk for exercise.” Walking is just… how they live.

They Sit on the Floor — And That Changes Everything

One thing I noticed right away: Japanese homes and restaurants often use floor seating.

That means squatting, kneeling, and constantly getting up and down from the floor, which keeps hips, knees, and core muscles engaged.

As a physiotherapist, I can tell you — this is huge.

Floor mobility is something most people lose with age because we stop practicing it.

But in Japan, they never stop. So they never lose it.

It’s not a workout. It’s just… how life works.

They Stretch Before Doing Anything Else

One of Japan’s most iconic habits is Radio Taiso — a national stretching routine broadcast on TV and radio.

Kids do it in schools.
Office workers do it before meetings.
You’ll even see groups of elderly people in parks doing synchronized stretches to piano music.

It lasts about 3 minutes without equipment, just slow, mindful movement to get the blood flowing.

I tried it for two weeks straight, and honestly, it made a bigger difference than I expected.

It loosened up my stiff joints in the morning and gave me a quick energy boost, without the mental resistance that often comes with “working out.”

It’s one of the most underrated forms of movement,t and it’s culturally normalized in Japan.

A Culture That Respects the Body

This part might be harder to describe, but you feel it everywhere.

There’s a deep-rooted respect in Japan for balance, discipline, and care — not just toward others, but toward your own body.

You don’t abuse it by overworking, overtraining, or underfeeding. You don’t try to “hack” it into burning more calories.

Instead, you maintain it the way you maintain a garden, like with small, steady effort and patience.

Fitness isn’t about chasing six-packs or personal records. It’s about feeling well enough to do what you need to do, every single day.

That mindset changes everything.

What I Learned from Watching and Trying It Myself

For a long time, I thought I had to work out intensely to be healthy — that movement had to be sweaty, structured, and hard.

But after following these small, daily habits from Japanese life, I felt a different kind of strength building.

Not the kind you get from lifting heavier weights, but the kind that comes from consistency, grace, and trust in your body.

I wasn’t going to the gym. I wasn’t tracking anything. But I was walking more, sitting less, stretching daily, and cooking in a way that felt like self-care instead of a chore.

Should You Try It?

Honestly… yes.

Especially if you’re who feels stiff in the morning, or someone who keeps promising themselves they’ll “start working out soon,” but never quite gets there.

These small habits don’t require discipline, equipment, or motivation. They just blend into the day in a way that feels natural.

You don’t need to walk 10,000 steps, you don’t need to sit on the floor for every meal, you don’t need to copy everything from Japanese culture.

But adding a little more natural movement into your day, the kind that doesn’t feel like a workout, can make a bigger difference than you think.

If you’re tired of forcing yourself into routines you can’t stick to, this is a gentler place to start.

My Takeaway

What surprised me most wasn’t how much people in Japan move.

It was how effortless the movementwass. No emotional pressure, no guilt, no “I should be doing more.”

Just simple habits that quietly add up.

When I started trying a few of these myself — walking more, sitting on the floor sometimes, doing a few minutes of stretching — I didn’t feel like I was “being good.” I just felt more connected to my body, less tense, less rushed.

And honestly, that alone felt like progress.

I’m not saying everyone needs to live like the Japanese. But I do think there’s something worth borrowing: the idea that movement doesn’t always have to be a task. It can just be a part of how you live.

If your days feel heavy or stiff or too sedentary… start small like this:

walk a little more
Sit a little lower
Stretch for two minutes before the day carries you away.

health Wellbeing

How Exercise Rewires Your Brain for Greater Endurance

When we exercise, our fitness improves. Most of us understand the basic reasons why this happens (and after spending more than eight years studying exercise science, I certainly hope I do!).

Endurance training leads to well-documented improvements inside the body. It increases both the number and efficiency of mitochondria — the tiny power plants that produce energy for our cells. It also promotes the growth of a richer network of blood vessels and capillaries, enhancing oxygen delivery to working muscles.

Over time, the body becomes more efficient at using both fat and carbohydrates as fuel. Even the heart undergoes structural adaptations. It grows stronger and slightly larger, enabling it to pump a greater volume of blood with each beat and circulate it more effectively throughout the body.

These physiological changes work together to improve stamina, performance, and overall endurance.

Strength training has some overlapping but distinct effects on physiology, mainly increasing the size and number of muscle fibers (referred to as hypertrophy and hyperplasia, respectively) as well as their strength and force output capacity; the latter a result of improvements in our neuromuscular system’s ability to coordinate and recruit contracting muscle fibers.

These improvements are largely attributed to peripheral signals from the body, that is, metabolic and mechanical changes occurring in our legs, arms, and elsewhere. In other words, exercise science has generally taken a “bottom-up” approach to training adaptation.

Myokines (chemical messengers originating from contracting muscle) and metabolites (byproducts of glucose/fat breakdown, such as lactate) released during exercise activate a range of signaling cascades that allow the body to adapt to the training stimulus (to prepare for that marathon you’ve got coming up in 12 weeks).

With all the focus on the body, we sometimes (ironically) forget about the brain, relegating it to the realm of psychologists and neuroscientists, not fitness experts. Of course, we know that exercise has brain health benefits in the short- and long-term. It’s probably one of the best things you can do to support healthy brain aging.

But what if the brain was actually responsible for the fitness we gain with exercise, perhaps getting stronger itself to facilitate endurance?

More intriguingly, could certain brain circuits be required for endurance adaptations?

According to a new study (it’s in the running for my favorite science finding of the year), the answer to both of those questions is yes. And even though the study was in mice, it might just change the way you think about your next workout.

Researchers zeroed in on neurons in a region of the brain known as the ventromedial hypothalamus (VMH). Specifically, neurons in this region express a transcription factor known as steroidogenic factor-1 or SF1, and are considered to be a classic integrator hub for metabolic signals like glucose, insulin, and a hunger/satiety hormone called leptin in order to regulate energy expenditure.

In this paper, they referred to the VMH SF1 neurons as the candidate “exercise history encoder.”

They then built a tight and logically beautiful chain of evidence that goes like this:

Exercise activates these neurons in mice.
Training reshapes their post-run dynamics, and
The post-run activity of these neurons is required to get normal endurance adaptations.

Let’s take a closer look.

First, they asked, “Do these neurons even respond to exercise?”

After a single bout of treadmill exercise, SF1 neurons showed higher expression of BDNF (brain-derived neurotrophic factor), a gene that tends to rise when neurons are activated. In one VMH subregion, the proportion of SF1 neurons expressing BDNF increased from 34.5% to 42.2% with exercise.

Next was “Are these neurons necessary for endurance and training adaptation?”

They used a genetic trick to block neurotransmitter release from SF1 neurons — essentially cutting their output lines — then ran mice through a treadmill “stress test” (basically a VO2 max test for mice) while measuring oxygen and CO₂ so they could infer fuel use. Importantly, VO₂max looked similar during the test, but endurance performance did not. The mice quit sooner and ran slower when SF1 neurons were blocked. Even more interesting, they shifted toward carbohydrate use earlier and at lower intensities, suggesting their fuel-selection strategy under stress was altered.

They also looked at muscle gene expression after training plus a run to exhaustion. In normal mice, exercise triggered lots of the expected transcriptional changes in muscle; in the SF1-silenced mice, those exercise-induced gene expression changes were “nearly abolished.” That’s a big deal, because those molecular shifts are part of how muscle becomes more oxidative and fatigue-resistant over time (i.e., how we build endurance).

VMH SF1 output is required for physiological adaptations to exercise. From Kindel et al. (2026)

Next question: “Does training change how these neurons fire?”

To answer this, they recorded SF1 neuron activity in living mice and found two main patterns: some SF1 neurons were suppressed right when the run ended (“post-run inhibited”), and others lit up when the run ended (“post-run activated”). After one week of treadmill training, the balance shifted strongly toward that post-run activation pattern. Roughly 31.8% of neurons were “post-run activated” on day 1 versus 53.2% on day 8 (with fewer neurons falling into the “inhibited” or “no change” buckets). Training made the brain respond more to the end of exercise, not less.

The final question is perhaps the most important one: “Is post-run activity of these neurons actually causing endurance gains?”

This is the part that makes the paper so fun. They used a technique called optogenetics to manipulate SF1 neurons after each training session — turning them off (inhibiting them) or turning them on (stimulating them).

When they inhibited SF1 neurons for 15 minutes after every workout, the normal gains in endurance were blunted. They also prevented the typical post-exercise rise in blood glucose (without changing body weight), hinting that part of the signal of endurance adaptation might be about restoring fuel availability for recovery.

When they stimulated SF1 neurons for 60 minutes after workouts, endurance improved beyond the usual plateau, and even stimulation alone (without training) nudged the mice’s metabolism toward higher carbohydrate use and higher overall energy expenditure/oxygen consumption. It had an “exercise mimicking” effect.

There was also evidence of training-related plasticity in this brain circuit. SF1 neurons became more excitable and appeared to receive stronger excitatory input after endurance training, which fits the idea that the brain is literally encoding exercise history.

Exercise training increases excitatory input to VMH SF1 neurons. From Kindel et al. (2026)

This was one of those studies I simply couldn’t wait to read and write about. It doesn’t have a clean, actionable takeaway like some of the other physiology studies I share (I’ll try to give you some), but it’s freaking fascinating (to me, and hopefully to you).

It argues for a meaningful top-down component to exercise adaptation by telling us that, at least in mice, the brain is largely responsible for the downstream recovery and remodeling programs after exercise, especially in the window right after you stop. In fact, this paper strengthens the idea of a “narrow” post-exercise recovery window during which a training session is encoded, and future adaptations are hardwired into our body.

Does this mean we should start prioritizing “neurological recovery” techniques after our workouts as we do with nutrition and muscle-focused approaches? Perhaps. It tells me that maybe we shouldn’t finish a workout and then hop immediately into high-stress work or stimulating social media. Our brain and nervous system need time to do their job.

The obvious caveat here is translation. These are mice, on treadmills, with genetically/optogenetically manipulated neurons. That’s not the same as saying we’ve found the “endurance switch” in humans.

Ok, now bear with me while I get science-fictiony. Because what immediately came to mind after reading this study was two scenarios where these findings might apply: an “exercise pill” and neurodoping.

In the world this study hints at, the most powerful performance enhancer wouldn’t be something you take before a race; it would be something that quietly tweaks the 15–60 minutes after the workout, when the body is deciding what to rebuild, what to store, and what to upregulate for next time. You don’t need to run harder. You just need to convince the system that you did, and that it should adapt accordingly.

This is where the idea of “neurodoping” gets enticing (and a little creepy).

If endurance adaptation is partly gated by a brain circuit that can be turned up or down, it opens the possibility that neuromodulation could make training “count” more. Think recovery-enhancing brain stimulation, wearable brain tech, or a pill that amplifies the brain’s post-exercise learning signal. It’s also where the concept of “exercise in a pill” becomes increasingly possible.

In the past, most “exercise-mimicking drugs” (or the idea of them) have targeted a single pathway. But if we could design something to target the brain’s key endurance-enhancing command center, it might be able to integrate all relevant training signals to recapitulate the benefits of a workout without a drop of sweat lost. It could be a game-changer for people with diseases, older individuals with limitations to exercise, injuries, or those days when you just can’t find the time for the treadmill.

I’ll be a bit more convinced of these scenarios if the findings of this study can be replicated in humans. Until then, let’s just embrace the idea that there is potentially still a LOT to learn about how the body rewires itself to perform better.

And the next time you set a new personal best in a 5k or a marathon, thank your brain as much as you do your body for getting you to the finish line.

exercise health Wellbeing

5 Powerful Breathing Exercises to Reduce Stress and Stay Calm Naturally

In today’s busy and demanding world, feeling stressed or overwhelmed has become almost unavoidable. With endless responsibilities competing for our attention, staying calm and mentally balanced can feel like a challenge. However, one of the most powerful tools for relaxation is always with us—our breath.

Breathing is more than just an automatic function that keeps us alive. The way we breathe directly affects our nervous system, emotional state, energy levels, and overall health. By learning how to control and deepen our breath, we can reduce stress, improve focus, and promote a sense of inner stability.

In this article, you’ll discover simple yet highly effective breathing exercises designed to help you stay calm and grounded. These techniques not only support emotional well-being but can also enhance lung function, help regulate blood pressure, and contribute to long-term physical health. With regular practice, mindful breathing can become your daily reset button for a healthier, more balanced life.

Why Focus on Breathing?

Breathing is a natural process, so why should we put effort into thinking about it? The answer lies in how deep, mindful breathing can engage our parasympathetic nervous system, often called the “rest and digest” system. When stressed, anxious, or overworked, our body defaults to shallow, rapid breathing, which activates our fight-or-flight response. This leads to heightened stress, increased heart rate, and muscle tension.

Mindful, controlled breathing, on the other hand, tells the body it’s safe. By taking deeper, slower breaths, you signal the brain to relax. With consistent practice, you can train your body to respond to stress calmly instead of panicking. Here are a few incredible benefits that deep breathing can bring into your life:

Reduces Stress and Anxiety: Slowing your breath can lower cortisol levels, a hormone associated with stress, and can create an immediate sense of calm.
Improves Oxygenation: Deep breathing delivers more oxygen to your bloodstream, fueling your brain and muscles. This can increase clarity, focus, and physical stamina.
Boosts Lung Capacity: Over time, regular deep breathing exercises improve lung function by increasing lung capacity and efficiency, helping you feel more energized and less fatigued.
Balances Your Mind: Conscious breathing keeps you grounded, helping you stay present in the moment, which can be particularly beneficial for those struggling with anxiety or emotional overload.
Lowers Your Blood Pressure: Research shows that controlled, deep breathing can lower blood pressure in less than 10 minutes. When you’re stressed or anxious, your blood pressure can rise due to the body’s natural fight-or-flight response, causing your heart to pump faster and your blood vessels to constrict. Deep, slow breathing triggers the opposite effect by engaging the parasympathetic nervous system, which helps to slow your heart rate and relax blood vessels. This process decreases the amount of pressure against your artery walls, which in turn lowers your blood pressure.

Let’s Get Started: Simple Breathing Exercises for Calm

Here are some simple but highly effective breathing techniques to incorporate into your daily routine. They are great for calming your mind, grounding your energy, and improving overall well-being.

Diaphragmatic Breathing (Belly Breathing)

This technique is the foundation of deep breathing. It helps engage the diaphragm, the muscle just below the lungs, allowing for a fuller and more controlled breath.

How to Practice:

Sit or lie down in a comfortable position.
Place one hand on your chest and the other on your belly.
Inhale deeply through your nose for a count of 4, allowing your belly to rise as you fill your lungs with air. Your chest should remain still.
Exhale slowly through your mouth for a count of 6, feeling your belly lower as you release the breath.
Repeat for 5–10 minutes.

Benefits: Diaphragmatic breathing is excellent for reducing stress, lowering heart rate, and helping your body transition into a state of relaxation. It also strengthens the diaphragm, improving lung capacity over time.

4-7-8 Breathing Technique

This popular technique is excellent for calming the mind and body quickly. The 4-7-8 breathing technique is often recommended for those who struggle with anxiety or sleep issues.

How to Practice:

Sit comfortably and close your eyes.
Inhale quietly through your nose for a count of 4.
Hold your breath for a count of 7.
Exhale entirely through your mouth, making a whooshing sound for a count of 8.
Repeat the cycle 4–6 times.

Benefits: The 4-7-8 technique promotes relaxation, reduces anxiety, and can even help with insomnia. Holding your breath in the middle of the cycle increases oxygenation in the bloodstream, calming the nervous system.

Box Breathing (Square Breathing)

Box breathing is a simple yet effective technique often used by athletes, first responders, and those in high-stress professions to stay focused and calm under pressure.

How to Practice:

Sit with your back straight, or lie down in a comfortable position.
Inhale slowly through your nose for 4 counts.
Hold your breath for 4 counts.
Exhale through your mouth for 4 counts.
Hold again for 4 counts.
Repeat for 5–10 minutes.

Benefits: Box breathing helps regulate your nervous system, reduce stress, and increase mental clarity. It’s a great technique to use before important meetings or presentations or when you feel overwhelmed.

Alternate Nostril Breathing

This ancient yogic breathing practice helps balance the left and right hemispheres of the brain, creating a sense of calm and harmony.

How to Practice:

Sit comfortably with your spine straight.
Close your right nostril with your thumb and inhale slowly through your left nostril.
Close your left nostril with your ring finger and release your right nostril, exhaling slowly through the right side.
Inhale through the right nostril, then close it with your thumb, releasing the left nostril to exhale.
Repeat for 5–10 minutes.

Benefits: Alternate nostril breathing balances the energy flow between both sides of your body, enhancing mental clarity and calming the mind. It’s particularly helpful in managing stress and improving concentration.

Resonance Breathing (Coherent Breathing)

Resonance breathing involves taking slower breaths, which sync your heart and respiratory rates, leading to a balanced nervous system.

How to Practice:

Sit comfortably or lie down.
Inhale gently through your nose for a count of 5.
Exhale gently through your nose for a count of 5.
Focus on smooth, rhythmic breathing for 10–15 minutes.

Benefits: Resonance breathing enhances the parasympathetic nervous system, leading to deep relaxation. Often done during a meditation practice, it’s perfect for long-term stress management and can improve heart and lung health.

When to Practice Breathing Exercises

You can practice these breathing exercises to reset or calm your mind. Here are some ideal times to incorporate them into your day:

Morning Routine: Start your day with a few minutes of deep breathing to set a calm tone for the day ahead.
Before Bed: Wind down with calming techniques like the 4-7-8 or resonance breathing to prepare your body for restful sleep.
During Breaks: If you’re feeling overwhelmed at work or school, take a few moments for box breathing or alternate nostril breathing.
Before or After Exercise: Breathing exercises can help prepare your lungs for physical exertion or assist in cooling down and recovery post-workout.
Stressful Situations: Deep breathing can help you calm down and regain control anytime you feel anxious, overwhelmed, or out of control.
Before Medical Procedures: Whether you’re nervous about going to the doctor’s office or stressed about having a medical procedure like a blood draw, these breathing techniques can help calm your nerves and decrease your blood pressure.

How to Use Breathing to Lower Blood Pressure Quickly

If you ever find yourself feeling stressed or notice that your blood pressure is rising, here’s how you can use these techniques to bring it down in under 10 minutes:

Find a Quiet Space: Sit or lie down in a comfortable position.
Choose a Breathing Technique: Diaphragmatic breathing, 4-7-8, or resonance breathing are excellent for lowering blood pressure.
Focus on the Breath: Take slow, deep breaths and fully relax with each exhale.
Monitor the Time: After 5–10 minutes of deep breathing, you should feel calmer and decrease your blood pressure.

Final Thoughts: Make Breathing a Daily Practice

Breathing is more than just a function of life; it’s a tool that can bring peace, improve your physical health, and help you remain grounded in the most challenging moments. Incorporating breathing exercises into your daily routine will significantly improve your stress levels, lung capacity, and overall well-being.

Whether at home, at work, or on the go, these breathing techniques are easy to practice and can offer immediate relief from the stresses of modern life. So, take a deep breath, let it out slowly, and enjoy the calm that follows.

Remember, consistency is key. The more you practice, the more your body will naturally adopt these calming breathing patterns, helping you stay calm and grounded no matter what life throws your way.

Beauty Nails

18 Cute and Easy St. Patrick’s Day Nail Ideas for a Festive Look

St. Patrick’s Day is the ultimate time to have fun with bold, festive nail art. Whether you're heading to a lively parade, celebrating with friends, or simply embracing the holiday spirit, a fresh manicure can instantly complete your look.

From timeless shamrocks and lucky clovers to modern green marble effects and eye-catching gold accents, there’s no shortage of creative inspiration. Rich emerald shades, sparkling glitter details, and playful patterns make it easy to design nails that truly stand out.

If you love a classic vibe, opt for deep green polish paired with delicate gold foil touches. Prefer something more playful? Try swirling patterns, rainbow accents, or a subtle nod to luck with tiny four-leaf clovers. Minimalist designs work beautifully too — a simple green French tip or a single statement nail can be just as striking.

No matter your style, these St. Patrick’s Day nail ideas will help you celebrate in style. Get ready to feel lucky, confident, and absolutely fabulous with a manicure that captures the magic of the holiday! 🍀✨

Lime Green Swirl and Clover Nails

Combine playful lime green swirls with delicate clover designs for a festive and vibrant look. This cheerful design is perfect for St. Patrick’s Day celebrations.

Copy the look: bycheznails

Pastel Dark and Light Green Nails

Mix pastel tones of dark and light green for a subtle yet stylish nail design. This gradient-inspired look is elegant and versatile for any event.

Copy the look: thevibenaillounge

Funky Irish Symbol Nails

Celebrate Irish culture with funky designs featuring clovers, leprechaun hats, and other iconic Irish symbols. This lively nail art is a conversation starter for sure!

Copy the look: nailsbyrissss

Stiletto Nails with Green Emeralds

Go glam with stiletto nails adorned with emerald-green embellishments. This luxurious design will add a touch of elegance to your festive outfit.

Copy the look: _kcbeauty

Green Flowers and Polkadots

Pair dainty green flower patterns with playful polka dots for a fun and flirty St. Patrick’s Day nail design. Perfect for those who love subtle yet creative nail art.

Copy the look: naileditbysarah

Lime Green and Rainbow Design

Add a pop of color to your nails with lime green hues and a vibrant rainbow accent. This fun design captures the cheerful essence of St. Patrick’s Day.

Copy the look: claudia_hrnandez

Mix and Match Dark and Olive Green

Create a unique look by mixing shades of dark and olive green on your nails. Alternate patterns and textures for a chic and trendy vibe.

Copy the look: tessa.lyn.nails

Olive Green and Glossy Nails

Keep it simple and classy with glossy olive green nails. The smooth finish adds sophistication to your festive St. Patrick’s Day style.

Copy the look: buseninojeleri

Lime Green Swirls

Add a playful twist with lime green swirls that create a bold yet minimalistic look. Perfect for a modern take on St. Patrick’s Day nails.

Copy the look: amanda.sudolll

Olive Green Cheetah Design

Turn up the sass with an olive green cheetah print design. This edgy nail art combines festive green tones with a touch of wild flair.

Copy the look: fasia.nails

Light Green Flower Design

Opt for delicate light green flowers to keep your nails looking soft and feminine. This design is perfect for a subtle nod to St. Patrick’s Day.

Copy the look: nailsby__yesi

Emerald Green Design

Go bold with rich emerald green nails that scream elegance. Add glitter or metallic accents to make them shine even brighter.

Copy the look: revolvebeauty

Pastel Green with Studs Design

Combine soft pastel green tones with tiny gold or silver studs for a chic and glamorous St. Patrick’s Day manicure.

Copy the look: nail_datewithalma

Glitter Green and Gold

Bring the sparkle with a mix of glittering green and shimmering gold nails. This dazzling combo is perfect for making a bold statement.

Copy the look: absolutelyfabulously

Stilleto Bright Green and Gold Glitter Design

Pair bright green with gold glitter on stiletto-shaped nails for a fierce and fabulous St. Patrick’s Day look.

Copy the look: bliss_nails_by_irene_wright

Stampede Nails

Create a unique nail art design inspired by Irish parades and festivities, featuring marching lines, clovers, and pops of festive color.

Copy the look: tinsdips_ntips

Green Fireball Design

Add drama to your nails with a fiery green design featuring swirls of emerald and lime. This bold look is perfect for adventurous styles.

Copy the look: marlieerose_

Multi-colored Aura Design

Combine shades of green with subtle rainbow hues for an ethereal aura-inspired nail design. This soft yet vibrant look is ideal for a modern St. Patrick’s vibe.

Copy the look: brittsnailss

ABS exercise workout

10 Best Lower Ab Exercises to Build a Stronger, Toned Core

Building a strong core is essential for overall fitness and long-term health. A well-conditioned core supports your lower back, improves posture, enhances balance, and stabilizes your entire body during movement. Since almost every physical activity begins from the core, strengthening these muscles can increase mobility and reduce the risk of injury in daily life.

For many people, achieving flat, defined abs is also a major fitness goal. However, relying solely on traditional crunches will not deliver complete abdominal definition. To see real results, you need a well-rounded routine that challenges your core from multiple angles.

Understanding the “Lower Abs”

The term “lower abs” is commonly used, but it can be misleading. There isn’t a separate lower abdominal muscle that you can fully isolate. What people refer to as the lower abs is actually the lower portion of the rectus abdominis — the long muscle that runs vertically from your rib cage down to your pelvis.

When you train the rectus abdominis, you are activating the entire muscle, not just one specific section. According to the American Council on Exercise (ACE) in their Functional Anatomy Series: The Abdominals (April 2016), the rectus abdominis works as a single muscle group rather than independent upper and lower sections.

That said, certain exercises — especially those involving leg lifts and hip flexion — can increase the sensation of activation in the lower portion of the abdominal region.

Strengthen Your Entire Core

In addition to the rectus abdominis, a complete core workout also engages:

The internal obliques
The external obliques
The transverse abdominis (the deep stabilizing muscle)

By incorporating movements that challenge stability, leg control, and controlled hip motion, you can effectively strengthen your entire core while placing extra emphasis on the lower abdominal area.

10 Lower Ab Exercises to Try

Here are 10 effective exercises that help strengthen your core while increasing activation in the lower abdominal region:

V-Sits

The V-sit ab exercise works multiple areas of your core, building abdominal strength while challenging your balance. To perform this exercise, create a V shape with your body, lifting your torso off the ground and extending your legs upward.

If you are a beginner, you can modify this movement by using your hands for support or bending your legs slightly at the knee to perform a knee tuck.

Step-by-Step Instructions

Begin in a seated position with your feet and hands on the floor.
While contracting your core, slowly lift your legs to an extended position, creating a 45-degree angle with your torso.
Reach your arms straight forward or reach up toward your shins, as long as it feels comfortable for your body. Be sure to maintain good core posture and a strong spine throughout the movement, and avoid rounding the shoulders. It is natural to hold your breath, but remember to keep breathing.
Start by holding this position for several seconds until your body fatigues. As you become more accustomed to the movement, you will be able to hold the position longer.
Carefully return to your starting position while keeping your abdominal muscles engaged.
Stop and hold the position for several seconds before releasing your body to the floor.
Repeat this movement 20 to 25 times.

Reverse Crunches

The reverse crunch is a variation of the traditional abdominal crunch exercise. During this movement, your upper body remains on the mat as you contract your abs, bringing your legs toward your chest.

This move targets the entire rectus abdominis muscle, hitting those hard-to-reach lower abs. This exercise only uses body weight, making it a great addition to any core workout.

Step-by-Step Instructions

Lying face up, bring your legs to a tabletop position, bending your knees and stacking them above your hips. With your hands behind your head, bend your elbows so they are pointed out to the side, or rest them next to your body on the floor for increased stability. Engage your abs to bring your shoulders off the floor. This will be your starting position.
With your abs contracted, slowly bring your hips off the floor, pulling your knees in toward your chest.
Carefully lower your hips and legs back to the starting position.
Perform two to three sets of eight to 10 reps.

Pilates Scissors

This Pilates scissors exercise is great for targeting both the upper and lower abs, as well as the obliques. The criss-cross motion will also give you a good stretch in your hamstrings and hip flexors.

Step-by-Step Instructions

Start on your back with your knees bent, placing your feet on the floor. Breathing in deeply, press your shoulders and the backs of your arms into the mat.
Pull your knees toward your chest and bring your hips off the mat, creating an upside-down position with your body's weight resting on your shoulders. Grasp the back of your pelvis with your hands, placing your elbows directly under your hips.
Extend your hips and your legs, keeping your legs together. Envision yourself lengthening your body as you support yourself in this upside-down position.
Ensure your neck is long and your chest is open. If you need to modify, drop your shoulders to get additional support from the backs of your upper arms.
Open your legs and move them in a scissoring motion away from each other. Avoid overextending the overhead leg.
In an open position, pulse the legs twice, then switch legs. Remember to keep your pelvis stable.
Repeat the scissor motion six times per set.

Double Leg Lifts

This compound double leg lift movement works both your upper and lower abdominal muscles, as well as the hip flexors. You'll also activate the front of your thighs (quadriceps) and the buttocks (gluteal) muscles.

Proper technique for this movement involves breathing in deeply toward your back and sides.

Step-by-Step Instructions

Beginning flat on your back, start by extending your legs up toward the ceiling. Keep your heels together and rotate your legs out slightly, pointing your toes. Keep your hands behind your head, making sure your elbows are wide and your chest is open.
Inhale deeply. On the exhale, pull your abdominals to the floor. The motion will press your lower back into the mat, and you will curl your upper torso up off the floor. This is the starting position.
Keeping your abdominals pulled in and your back pressed into the mat, lengthen your legs from your hips, lowering them slowly. As a modification, you may lower the legs in three stages. Remember, the lowering movement should take longer than the lifting motion.
Lower your legs as far as you can while still maintaining proper alignment, then pause.
Exhale and lift your legs upright in a controlled motion, keeping the abs contracted.
Check your position to be sure your elbows are wide and your chest is open.
Repeat this exercise six to eight times.

Bicycle Crunches

The bicycle crunch effectively targets the lower abdominal muscles, as well as the obliques. This is a beginner move that requires only an exercise mat.

Since your legs are raised throughout the movement, you're engaging the deep ab muscles throughout the entire exercise.

Step-by-Step Instructions

Lying face up with your legs in a tabletop position, start by placing your hands behind your head with your elbows bent and pointing out to the sides. Engage your abs to curl your shoulders off the floor. This is the starting position.
Twist your body and bring your right elbow to your left knee, simultaneously straightening your right leg.
Next, twist to bring your left elbow to your right knee, simultaneously straightening your left leg.
Moving at a slow pace, put your mind into the muscle, controlling the twist so you can feel your abs working.
Aim for three to four sets of 15 to 20 reps.

Bird-Dogs

The bird-dog is a bodyweight movement that strengthens the abdominal muscles, lower back, and glutes. This exercise requires only a mat, as you will use your own body weight as resistance during the movement.

You can perform bird-dogs anywhere there is a comfortable place for your hands and knees and a bit of extra room to extend your arms and legs. Your core will be activated during this movement as you use the muscles for stability to maintain your balance.

Step-by-Step Instructions

Begin with your knees hip-width apart and your hands pressed against the mat at about a shoulder-width distance. Contract your abdominals.
To get a feel for the motion, lift one hand and its opposite knee an inch or so off the floor, balancing on the other hand and knee. Center your weight.
When you feel steady enough for a full range of motion, extend one arm straight in front of you, with the opposite leg behind you. You should aim to form a straight line from your hand to foot, with your hips square. Engage your abs to prevent your lower back from sagging.
Hold this movement for a few seconds before returning to your hands and knees. Switch sides.
Keep your abdominal muscles engaged throughout the entire movement. Avoid using momentum to complete the reps, slowing down as needed to maintain proper form.
Complete five reps on each side for a total of 10 reps per set. Aim for three sets total.

Dead Bugs

This may not be the most conventional-sounding exercise, but the strange name aside, the dead bug is highly effective for your core. This bodyweight movement requires only a mat and is performed lying on your back.

You'll keep your torso still and your abdominal muscles contracted, extending and retracting your opposite arms and legs, challenging your stability by preventing your body from rocking back and forth.

Step-by-Step Instructions

Lying flat on your mat, extend your arms straight above your chest, forming a perpendicular angle with your torso. Bend your knees and hips 90 degrees, bringing your feet up from the ground. Next, form a right angle with your torso and thighs and with your thighs and shins. This is the starting position.
Tighten your core, keeping your lower back pressed into the mat. Be sure your spine is stable and neutral throughout the movement.
Keep your right arm and left leg steady. Next, slowly reach your left arm above your head and toward the floor, simultaneously extending your right knee and hip as you reach your right heel toward the floor. Move slowly, inhaling during the extensions. Avoid twisting or movement of your abs and hips. Stop the movement just before your leg and arm reach the ground.
Switch the movement by returning your left arm and right leg to their starting positions. Move slowly on the exhale.
Perform the same movements to the opposite sides, this time keeping your left arm and right leg steady as you extend your right arm and left leg.
Aim for three sets of five to 10 reps on each side.

Mountain Climbers

Performed from a plank position, mountain climbers involve bringing one knee to the chest then back out again, speeding up each time. During the exercise, you'll feel like you are running against the floor. This movement works nearly every muscle group in the body while providing a cardio boost to your workout.

Step-by-Step Instructions

Begin in a high plank position—palms flat on the floor, hands shoulder-width apart (or wider), shoulders stacked above your wrists. Your legs will be extended, with your core engaged.
Tightening your core, draw your right knee to your chest.
Return to the starting position and quickly bring your left knee to your chest.
Moving swiftly, repeat this movement in an alternating motion.
Avoid rounding your back, remembering to keep it flat in order to engage your core. It's fine to move more slowly to maintain proper form.
This exercise may also be performed with a twist variation to activate the oblique muscles.
If you are a beginner, aim for 15 to 20 consecutive mountain climbers. For those who are more advanced, work toward sets of 25 to 30.

Pilates Hundred

This classic Pilates hundred exercise is named for the 100 beats you will perform with your arms during the set. The exercise is performed on a mat, with your legs extended and your head and shoulders lifted.

Step-by-Step Instructions

Begin by lying flat on your back. Next, raise your legs, bending them at the knee to form the tabletop position. Your shins and ankles will be parallel to the floor.
Take a deep breath in, then exhale.
Lift your head up and point your chin down. Using your abdominal muscles, curl the upper part of your spine up off the floor to the base of your shoulder blades. Keep the shoulders engaged in the back. Scoop your abs in and inhale.
Exhale while simultaneously deepening the contraction of the abs. Extend your arms and legs. Position your legs lower for more advanced core work, but only as low as you can go without shaking or pulling your spine up off the mat. To modify, you may adjust your legs higher.
Extend your arms so they are just a few inches off the floor, pointing straight out with the fingertips reaching toward a far wall.
Hold the position, taking five short breaths in and five short breaths out (sniff in through your nose and puff out through your mouth). At the same time, pulse your arms up and down, keeping the movement controlled. Remember, your shoulders and neck should be relaxed, leaving your abdominal muscles to do the work.
Complete a cycle of 10 full breaths. Each cycle is five short in-breaths and then five short out-breaths. Pulse your arms in unison with your breath, keeping your abs scooped, and your back flat against your mat.
Keep your head pointing down, and be sure your breaths are big. Breathe into your side and your back. If you're unsure of what this should feel like, take some time to learn more about lateral breathing.
To finish, keep your spine in a curved position, bringing your knees in toward your chest. Hug your knees, relax your upper spine, and head back down to the floor. Take a deep breath in, then out.

Yoga Boat Pose (Navasana)

Boat Pose (Navasana) is a yoga-based move with a focus on building abdominal strength. Like many yoga poses, you'll work a number of different muscle groups during this exercise.

It will also help you work on your balance by strengthening muscles that naturally weaken through everyday activities, such as sitting at a desk.

Step-by-Step Instructions

Start by sitting up straight with your legs bent, keeping your feet flat on the floor.
Press your legs together, slowly lift them off the floor until they form a 45-degree angle to your torso. Keeping your back flat, engage your core, balancing your weight on your tailbone.
If you're a beginner, feel free to keep your knees bent. For more of a challenge, straighten out your legs.
Reach your arms out in front of your body, keeping them parallel to the floor. For extra support, place your hands on the floor, just underneath your hips.
Hold the position for 10-20 seconds, gradually increasing your hold time until you reach one minute.

Source: McCall P. American Council on Exercise. Functional Anatomy Series. The Abdominals. April 2016.