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  • Agility Training for Adults: Move Faster, Think Sharper

    Agility Training for Adults: Move Faster, Think Sharper

    Agility Training for Adults: Move Faster, Think Sharper

    You don’t have to be an athlete to train like one — and your body will thank you for it.

    Here’s a stat that might surprise you: according to research published in the Journal of Aging and Physical Activity, adults who regularly perform agility-based movement drills show significantly better balance, reaction time, and cognitive function compared to those who stick exclusively to traditional cardio or strength training. That’s not just about sports performance — that’s about how well you function in everyday life.

    Think about the last time you had to quickly sidestep something on the sidewalk, catch a falling object, or change direction fast without losing your footing. Those moments demand agility — a quality most adults stop training the moment they leave organized sports. The result? A gradual erosion of coordination, reaction speed, and body control that most people chalk up to “just getting older.”

    But here’s what the research actually shows: agility is highly trainable at any age. Whether you’re 28 or 58, structured agility training can restore and even improve the neuromuscular connections that keep you quick, stable, and in control. In this guide, you’ll learn exactly what agility training is, how it works physiologically, and how to build a practical routine that fits your fitness level — starting today.

    Why Agility Training Matters More Than You Think

    Most fitness conversations for adults center around three things: cardio, strength, and flexibility. Agility rarely makes the list — and that’s a significant gap in most people’s wellness routines.

    Agility is defined as the ability to rapidly change body position or direction in response to a stimulus, while maintaining control and balance. It’s a composite skill — it draws on speed, coordination, balance, reaction time, and spatial awareness all at once. That makes it one of the most functionally rich types of training you can do.

    The American College of Sports Medicine (ACSM) recommends that adults incorporate neuromotor training — which includes agility, balance, and coordination exercises — at least two days per week as part of a complete fitness program. Despite this recommendation, neuromotor training remains one of the most underused components of adult fitness.

    Why does it matter beyond sports? Consider the data: falls are the leading cause of injury-related death among adults over 65, according to the National Institutes of Health (NIH). Agility training directly addresses the reaction time, balance, and coordination deficits that make falls more likely. But you don’t have to wait until your 60s to start — the earlier you build these neuromuscular pathways, the more resilient they remain as you age.

    Beyond injury prevention, agility training has been linked to improved cardiovascular conditioning, better athletic carry-over into everyday movement, and — perhaps most surprisingly — enhanced cognitive sharpness. The brain-body connection required during rapid direction changes and reactive drills creates genuine neurological demand, which research suggests may support long-term brain health.

    The Science Behind Agility: How It Actually Works

    Agility isn’t just about fast feet. At the neurophysiological level, it’s about how quickly your nervous system can receive a signal, process it, and fire the right muscles in the right sequence — with precision and control. That’s a skill that requires deliberate training.

    When you perform agility drills, you’re training what exercise scientists call the neuromuscular system — the communication network between your brain, spinal cord, and muscles. Specifically, you’re improving proprioception (your body’s sense of position in space), motor recruitment patterns, and reaction speed. Over time, these pathways become more efficient, meaning your body moves more fluidly and with less conscious effort.

    A common myth is that agility is purely genetic — either you’re quick and coordinated, or you’re not. The evidence doesn’t support this. A 2018 study published in the Journal of Strength and Conditioning Research found that untrained adults who completed a six-week agility training program showed significant improvements in change-of-direction speed, balance scores, and reaction time — regardless of their baseline fitness level. Agility responds to training just like strength and endurance do.

    One important distinction worth understanding: there are two types of agility. Pre-planned agility involves drills where you already know the movement pattern — like a ladder drill with a set sequence. Reactive agility involves responding to an unpredictable external stimulus — like reacting to a partner’s signal or a cone layout you haven’t seen. Both are valuable, but reactive agility is particularly powerful for cognitive and functional benefits because it adds a decision-making layer to the physical demand.

    The downside of purely pre-planned agility work is that it can become automatic over time, reducing the neurological challenge. Mixing in reactive components keeps the training stimulus fresh and maximizes the brain-body connection benefits.

    How to Get Started: Practical Steps for Every Level

    You don’t need a sports facility, expensive gear, or an athletic background to start agility training. A small open space, a few cones or tape markers, and a clear plan are all you need to get going.

    Start with these fundamentals before adding complexity:

    • Athletic stance: Practice holding a slightly bent-knee, hip-width stance with your weight distributed evenly and your center of gravity low. This is your base position for almost every agility drill.
    • Lateral shuffles: Move side to side in short, controlled bursts. Keep your feet from crossing and maintain a low stance. Start slow, then increase speed over two to three weeks.
    • Forward-backward runs: Sprint forward five yards, then immediately backpedal five yards. Focus on smooth transitions, not maximum speed at first.
    • Cone touch-and-go: Set up four cones in a square (about five yards apart). Move to each cone in a different sequence each round, touching the top of each cone before changing direction.

    Beginner routine (weeks 1-3): 2 sessions per week, 15-20 minutes each. Focus on body control over speed. Rest 30-60 seconds between each drill. Choose two or three drills per session.

    Intermediate option (weeks 4-8): Add a ladder drill (agility ladder or tape lines on the floor). Incorporate the T-drill: sprint forward to a center cone, shuffle left, shuffle right, shuffle back to center, then backpedal to start. Reduce rest periods slightly and increase drill variety.

    Advanced option (week 9+): Introduce reactive elements. Have a partner call out cone colors or directions you must respond to. Add a light jump or single-leg landing between direction changes. Combine agility drills with short strength exercises (like a quick set of squats or push-ups) to train under neuromuscular fatigue. You can also pair agility work with circuit training for a well-rounded conditioning session.

    Common Mistakes That Sabotage Your Agility Progress

    Agility training looks simple on the surface, but a few consistent errors can limit your progress — or worse, increase your injury risk. These mistakes are easy to make, especially when you’re excited about a new training style.

    1. Going full speed before you’re ready. Speed without control isn’t agility — it’s just fast and sloppy. Many adults jump into max-effort drills before their joints, tendons, and movement patterns are prepared. This significantly raises the risk of ankle rolls, knee strain, and pulled muscles. Fix: Spend the first two to three weeks at 60-70% of your maximum speed. Focus on foot placement and body position first. Speed comes naturally as your mechanics improve.

    2. Skipping the warm-up. Agility drills require your neuromuscular system to be fully online. Cold muscles and unprepared joints don’t respond well to rapid direction changes. Fix: Always begin with 5-8 minutes of light cardio (marching in place, easy jogging, jumping jacks) followed by dynamic stretches — leg swings, hip circles, high knees. This is non-negotiable before any agility session.

    3. Training on the same surface every time. Most people do agility work exclusively on gym floors or smooth pavement. But real-world agility demands adaptability across different surfaces. Fix: When safe to do so, include occasional sessions on grass or slightly uneven terrain. This increases the proprioceptive challenge and builds more transferable stability. Outdoor fitness training is a great way to integrate this naturally.

    4. Neglecting single-leg stability work. Agility changes of direction often happen on one foot. If your single-leg strength and balance are underdeveloped, you’ll compensate with poor mechanics. Fix: Add single-leg balance holds (30 seconds per side), single-leg deadlifts, and lateral step-ups to your training two days per week alongside your agility drills.

    5. Not progressing the stimulus over time. If you’re doing the same three ladder drills in the same order every week, your nervous system adapts quickly and the training benefit plateaus. Fix: Rotate drill sequences, add reactive elements, change the speed, or introduce unfamiliar patterns every two to three weeks to keep the neurological demand high.

    Nutrition to Support Agility Training

    Agility training is a high-intensity, neurologically demanding activity — and your nutrition should reflect that. You’re not just fueling muscles; you’re supporting the brain-body signaling that makes quick, coordinated movement possible.

    According to the Academy of Nutrition and Dietetics, adults engaged in regular moderate-to-high-intensity exercise should prioritize adequate carbohydrate intake to maintain glycogen stores that fuel fast-twitch muscle fibers — the primary drivers of agility-based movement. A general target for active adults is 3-5 grams of carbohydrates per kilogram of body weight per day, adjusting based on training volume.

    Key nutrients and food sources to prioritize:

    • Complex carbohydrates: Oats, sweet potatoes, brown rice, and whole grain bread provide sustained energy. Aim to eat a carbohydrate-containing meal 2-3 hours before your agility session.
    • Lean protein: Supports the repair of muscle fibers stressed during direction changes and reactive movement. Target 0.7-1.0 grams of protein per pound of body weight daily (chicken, eggs, Greek yogurt, legumes, fish).
    • Omega-3 fatty acids: Found in salmon, walnuts, and flaxseed, omega-3s have been shown to support neurological function and reduce exercise-induced inflammation — both directly relevant to agility performance.
    • Hydration: Even mild dehydration (1-2% of body weight) significantly impairs reaction time and decision-making, per research from the NIH. Drink at least 16-20 oz of water in the two hours before training and continue sipping throughout.
    • Magnesium: Supports neuromuscular function and muscle relaxation. Found in dark leafy greens, almonds, and pumpkin seeds. Many active adults fall short of the recommended 310-420 mg/day, per USDA Dietary Guidelines.

    Avoid heavy, high-fat meals within 90 minutes of training — they slow digestion and can dull the mental sharpness that agility drills demand.

    How Long Until You See Results — and What to Track

    Agility improvements are measurable, but timelines vary depending on your baseline fitness, training consistency, and age. Results depend on multiple individual factors, and not everyone will progress at the same rate.

    That said, research provides a reasonable roadmap. The six-week study in the Journal of Strength and Conditioning Research mentioned earlier showed measurable improvements in change-of-direction speed and balance within that timeframe among previously untrained adults. Most people training two to three times per week can expect to notice tangible coordination and reaction improvements within four to eight weeks.

    Practical metrics to track your progress:

    • T-drill time: Measure how long it takes you to complete the T-drill pattern and log it every two weeks.
    • Reaction accuracy: During reactive cone drills, track how often you move in the correct direction on the first stimulus.
    • Confidence in daily movement: Notice whether you feel more secure on uneven surfaces, stairs, or during sudden stops.
    • Single-leg balance time: Time how long you can hold a single-leg stance with eyes closed — a proxy for proprioceptive improvement. Even a few extra seconds week-over-week is meaningful progress.

    If you’re six weeks in without any perceived improvement, consider checking your warm-up quality, increasing session frequency, or varying drill complexity. If you’re experiencing joint pain, instability, or neurological symptoms, consult a sports medicine physician or physical therapist before continuing. You can also complement agility work with foundational movement patterns through calisthenics training, which builds the body control that underpins effective agility performance.

    Frequently Asked Questions

    Is agility training safe for adults over 50?
    Yes, with appropriate modifications. Adults over 50 should prioritize body control over speed, use low-impact drill variations, and ensure adequate warm-up before each session. Starting with pre-planned drills (no reactive stimulus) and progressing gradually reduces injury risk. Always consult your healthcare provider if you have joint conditions, balance issues, or cardiovascular concerns before starting.

    How many days a week should I do agility training?
    For most adults, two to three sessions per week is optimal. The ACSM recommends at least two days of neuromotor training weekly. More than four sessions per week without adequate recovery can lead to overuse strain in the ankles, knees, and hips — structures that take significant load during direction changes.

    Do I need an agility ladder to train agility?
    No. An agility ladder is a useful tool, but tape lines on the floor, small cones, or even household objects as markers work equally well. The movement pattern — not the equipment — is what drives the adaptation. Many effective agility drills require zero equipment beyond a small open space.

    Can agility training help with weight management?
    Agility training burns calories through bursts of high-intensity movement and elevates heart rate comparably to moderate-intensity interval training. According to Harvard Health Publishing, short-duration high-intensity activities can burn 300-500 calories per hour depending on body weight and intensity. While it’s not a primary weight-loss tool, it complements a balanced fitness routine that supports healthy body composition.

    Will agility training help with sports like tennis, golf, or pickleball?
    Absolutely. These sports demand rapid directional changes, balance during asymmetrical movements, and fast reaction time — all of which agility training directly develops. Many recreational athletes in their 30s-50s find that agility-specific work significantly improves their on-court or on-course performance within six to eight weeks of consistent training.

    Start Small, Move Smart, Get There

    Agility training isn’t reserved for college athletes or elite competitors. It’s one of the most practical, brain-healthy, and functionally rewarding types of training any adult can add to their fitness routine — and you can start with nothing more than a few cones and 20 minutes of open space.

    The key is consistent, progressive effort. Start slow, build your body control, and gradually add speed, variety, and reactive challenge as your confidence grows. Small improvements in your footwork and reaction time today translate directly into a more resilient, capable body for decades to come.

    Your next step: set up four cones in a square this week and try a basic T-drill at 60% effort. That’s it. One session is all it takes to begin building the neural pathways that will make you quicker, more coordinated, and more confident in everything you do.

    This article is for informational and educational purposes only. The content is not intended to replace professional medical, nutritional, or fitness advice. Always consult a qualified healthcare provider, registered dietitian, or certified fitness professional before starting a new health program or making significant changes to your lifestyle.

    Content reviewed by our wellness editorial team, with references to peer-reviewed research and guidelines from leading health organizations.

  • Balance Training for Adults: Stability, Strength & Longevity

    Balance Training for Adults: Stability, Strength & Longevity

    Balance Training for Adults: Stability, Strength & Longevity

    You don't have to fall to realize your balance needs work — but most people wait until they do.

    Here's a number that stops a lot of people mid-scroll: according to the Centers for Disease Control and Prevention, falls are the leading cause of injury-related death among adults over 65 in the United States — and the decline in balance that makes falls more likely begins much earlier, often in your 30s and 40s, long before most people start paying attention.

    But balance training isn't just a concern for older adults. Whether you're 32 and playing weekend basketball, 47 and noticing you wobble getting out of bed, or 58 and serious about staying injury-free, your balance is a direct reflection of your neuromuscular health — and it's trainable at any age.

    This guide breaks down exactly why balance training matters, how your body maintains stability, what the science says about improving it, and how to build a realistic practice into your week — even if you've never done a single balance drill in your life. No special equipment required to start.

    Why Balance Training Matters More Than You Think

    Balance is one of those fitness qualities that gets taken for granted until something goes wrong. Most people focus on strength, cardio, or flexibility — and stop there. But balance is actually the foundation that makes all of those other qualities functional and safe.

    Your ability to maintain stability depends on a three-way communication system between your visual input (eyes), vestibular system (inner ear), and proprioceptive feedback (sensory signals from muscles, joints, and tendons). When these systems are well-trained and in sync, you move through space efficiently and safely. When they're neglected, the risk of missteps, stumbles, and injury increases significantly — even during everyday activities.

    Research published in the British Journal of Sports Medicine found that adults who could not balance on one leg for at least 10 seconds showed a significantly higher risk of all-cause mortality over a 12-year follow-up period. That single finding reframes balance training from a "nice to have" into a genuine longevity marker.

    The good news? The proprioceptive and neuromuscular systems respond well to targeted training. You can improve balance at 35, 50, or 65 — the timeline just changes slightly based on your starting point.

    The Science Behind Balance — and Why It Declines With Age

    A common misconception is that losing balance is simply "getting older." It's not inevitable — it's largely a result of inactivity and the gradual reduction of proprioceptive input that comes with a sedentary lifestyle.

    After age 40, adults begin losing proprioceptive sensitivity at a measurable rate. The neuromuscular signals that coordinate rapid postural corrections slow down, reaction time decreases, and the stabilizing muscles around the ankles, hips, and core weaken if they're not specifically trained. This is compounded by the natural loss of fast-twitch muscle fibers — the fibers responsible for quick, reactive movements that catch you before a stumble becomes a fall.

    A landmark study published in the Journal of Aging and Physical Activity found that structured balance training — performed just two to three times per week for eight weeks — produced statistically significant improvements in postural control and single-leg stability in adults aged 50 to 70. Importantly, those improvements were retained at a 4-week follow-up, suggesting that even short-term training creates lasting neuromuscular adaptations.

    One myth worth busting: many people assume that yoga or general core work is "enough" for balance. While both are helpful, they don't fully replicate the specific proprioceptive challenges that dedicated balance training creates. Standing on one leg with your eyes closed, walking on an unstable surface, or training single-leg strength recruits stabilizing systems that standard exercises miss entirely.

    How to Get Started with Balance Training

    Balance training doesn't require a gym membership, special equipment, or a long workout block. You can start with five minutes a day and build from there. Here's how to approach it at every level:

    Beginner (Weeks 1–3)

    • Single-leg stance: Stand near a wall or countertop for safety. Lift one foot slightly off the ground and hold for 10–20 seconds. Switch sides. Perform 3 sets per leg. Focus on a fixed point in front of you (gaze anchoring).
    • Heel-to-toe walk (tandem walk): Walk in a straight line placing one foot directly in front of the other, heel touching toes. Perform for 20–30 steps, 2–3 times. This challenges your dynamic balance in a controlled way.
    • Sit-to-stand without hands: Rise from a chair without pushing off with your hands, 10 repetitions. Deceptively effective for lower-body stability and hip control.

    Intermediate (Weeks 4–8)

    • Single-leg stance with eyes closed: Same as above, but closing your eyes removes visual input and forces your proprioceptive and vestibular systems to work harder. Hold 10–15 seconds per side.
    • Single-leg Romanian deadlift (bodyweight): Hinge forward at the hip while lifting the opposite leg behind you. Reach forward with both arms for counterbalance. 3 sets of 8–10 reps per leg.
    • Lateral band walks: If you have a resistance band, loop it around your ankles and side-step 15–20 steps each direction. Activates the hip abductors, critical for lateral stability. Don't have a band? Resistance Band Training: Build Strength Anywhere has a complete starter guide.

    Advanced (Week 9+)

    • BOSU ball single-leg squats: Stand on the flat side of a BOSU ball and perform a single-leg squat. High proprioceptive demand. Start with 5–6 reps per leg.
    • Balance board deadlifts or presses: Combine unstable surface training with loaded movements for elite neuromuscular challenge.
    • Reactive balance drills: Have a partner gently tap or push your shoulder while you hold a single-leg stance. Forces your stabilizers to react in real time — the closest simulation to a real-world balance challenge.

    The American College of Sports Medicine recommends that adults include neuromotor exercises — including balance and proprioception work — at least two to three days per week, integrated into a broader fitness routine.

    Common Mistakes That Sabotage Your Progress

    Balance training looks simple. And because of that, people often approach it carelessly — and then wonder why they're not improving.

    Mistake 1: Always training with your eyes open.
    Visual input is your strongest balance crutch. Most people can hold a single-leg stance for 30 seconds with eyes open, then topple immediately when they close them. If you never train without vision, you're leaving your vestibular and proprioceptive systems undertrained. Progressively reduce visual input as you improve.

    Mistake 2: Holding your breath during stability challenges.
    Breath-holding creates unnecessary tension in your core and reduces the neuromuscular feedback you need to make micro-adjustments. Breathe normally throughout every balance drill. This also makes the exercise harder and more effective — in a good way.

    Mistake 3: Training only in isolation, not in movement.
    Standing on one leg is a great foundation, but real-world balance challenges happen while you're moving — stepping off a curb, reaching overhead, pivoting quickly. After your first few weeks, integrate balance challenges into dynamic movements. Single-leg presses, step-up variations, and rotational reaches are all excellent bridges between static and dynamic balance.

    Mistake 4: Ignoring ankle mobility and hip strength.
    Balance doesn't start from the core — it starts from the ground up. Tight ankles and weak hip abductors are two of the most common and overlooked contributors to poor balance. If you're struggling with single-leg stability, check your ankle dorsiflexion and lateral hip strength before adding more complexity. Flexibility Training for Adults: Move Better, Feel Stronger covers ankle and hip mobility in detail.

    What to Eat to Support Neuromuscular Health

    Balance training is a neuromuscular endeavor — and your nervous system, muscles, and joints all need specific nutrients to function and recover optimally.

    Protein: The Academy of Nutrition and Dietetics recommends 1.2 to 2.0 grams of protein per kilogram of body weight for active adults. Stabilizing muscles need protein to adapt and recover — don't undercut them. Prioritize lean poultry, eggs, Greek yogurt, legumes, and fish.

    Magnesium: Essential for nerve conduction and muscle relaxation. Chronic magnesium insufficiency — common in the US — can impair neuromuscular coordination. Good sources include dark leafy greens, pumpkin seeds, almonds, and black beans. The NIH recommends 310–420 mg daily for adults, depending on age and sex.

    Vitamin D: Harvard Health Publishing notes that vitamin D plays a role in muscle function and neuromuscular control. Adults with low vitamin D levels show measurably worse postural stability. The USDA recommends 600–800 IU per day from food and supplementation if needed — fatty fish, fortified dairy, and egg yolks are good food sources.

    Omega-3 fatty acids: Anti-inflammatory and neurologically supportive. Research suggests omega-3s may help maintain neuromuscular function during aging. Two to three servings of fatty fish per week (salmon, sardines, mackerel) or a quality supplement can help meet needs.

    Hydration: Even mild dehydration reduces proprioceptive sensitivity and reaction time. Adults should aim for roughly 2.7–3.7 liters of total water daily (including food sources), per NIH guidelines. If you're training outdoors or sweating heavily, adjust upward.

    How Long Until You See Results — and What to Track

    Balance improvements happen faster than most people expect — if they train consistently. Neuromuscular adaptations tend to occur before strength adaptations, which is why you often feel more stable within the first two to four weeks before you notice any visible physical changes.

    Here's a realistic progression timeline:

    • Weeks 1–2: Initial awkwardness gives way to improved body awareness. You may notice you're wobbling less on each attempt by the second week.
    • Weeks 3–6: Static balance (single-leg holds) improves noticeably. You'll likely progress from 10 seconds to 25–30+ seconds on one leg.
    • Weeks 7–12: Dynamic balance — during movement — begins to improve. You'll feel more coordinated during activities like hiking, sports, and stair navigation.
    • 3–6 months: Measurable improvements in postural control, reduced lower-body injury risk, and greater confidence in daily movement. Results vary based on starting fitness level, training frequency, and any underlying musculoskeletal factors.

    What to track:

    • Single-leg stance time (eyes open, then eyes closed) — log weekly
    • Number of wobbles or corrections per set (aim for fewer over time)
    • How stable you feel during dynamic activities (hiking, sports, reaching)
    • Any reduction in minor trips or stumbles in daily life

    If you've been training consistently for 8 weeks and see no improvement — or if you experience pain during any balance exercise — consult a physical therapist. Persistent balance difficulty can sometimes signal inner ear disorders, neurological changes, or orthopedic issues that benefit from professional assessment.

    For those looking to complement balance work with integrated strength movements, Bodyweight Training: Build Strength With No Equipment is an excellent companion resource.

    Frequently Asked Questions

    How often should I do balance training each week?
    The American College of Sports Medicine recommends neuromotor training — which includes balance work — two to three days per week for most adults. You don't need a dedicated session; 10–15 minutes added to your existing workout or even daily standalone drills is enough to drive meaningful improvement.

    Is balance training safe if I have bad knees or ankles?
    In most cases, yes — but your entry point matters. If you have a current injury or chronic joint pain, start with supported exercises (near a wall or chair) and consult a physical therapist before progressing to unstable surfaces or single-leg loaded movements. Balance training is often used in physical rehabilitation precisely because it can be scaled down for any limitation.

    Can yoga replace dedicated balance training?
    Yoga contributes meaningfully to balance — particularly postures like tree pose, warrior III, and half-moon. However, yoga typically trains balance in slow, controlled, symmetrical environments. Dedicated balance training adds elements like eyes-closed practice, reactive drills, and single-leg loaded movements that yoga doesn't fully replicate. They complement each other well.

    At what age should I start balance training?
    Now, regardless of your age. Proprioceptive decline begins subtly in the 30s and becomes more noticeable in the 40s and 50s. Starting earlier means building a stronger baseline before decline accelerates. That said, significant improvements are well-documented in adults in their 60s and 70s who begin training for the first time.

    Do I need special equipment to start?
    Absolutely not. The most effective beginner balance exercises — single-leg stands, tandem walking, eyes-closed holds — require zero equipment. As you advance, a BOSU ball, balance board, or resistance band (for lateral stability work) can add variety and challenge, but they're optional, not required.

    Start Today: One Small Step That Changes Everything

    Balance training is one of the most underrated and highest-return investments you can make in your long-term physical health. It doesn't take much time, doesn't require a gym, and pays dividends that compound decade after decade — in reduced injury risk, better athletic performance, and the kind of confident, capable movement that keeps you living life fully.

    You don't need a perfect plan. You need a first step. Tonight, while you're brushing your teeth, try standing on one foot for 30 seconds per side. That's it. From there, you build. Small, consistent, boring — and genuinely transformative.

    Your balance is trainable. Your stability is improvable. And the best time to start is before you need to.

    Wellness Disclaimer: This article is for informational and educational purposes only. The content is not intended to replace professional medical, nutritional, or fitness advice. Always consult a qualified healthcare provider, registered dietitian, or certified fitness professional before starting a new health program or making significant changes to your lifestyle.

    Content reviewed by our wellness editorial team, with references to peer-reviewed research and guidelines from leading health organizations.