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  • Does Mindfulness Make You Kinder? Key Studies On What We Know (and Don’t Know Yet).

    Does Mindfulness Make You Kinder? Key Studies On What We Know (and Don’t Know Yet).

    Do mindful people feel better in their own bodies? Does mindfulness make you kinder? Researchers are diving into these questions and uncovering the benefits of mindfulness.

    People come to mindfulness practice for many reasons. They might need support dealing with stress, or want a go-to way to help improve their sleep. There are plenty of questions, too, like: What does the research say about mindfulness and physical health? Does it really matter how often you meditate? Does mindfulness make you kinder for real, or is that mostly just what people just say?

    While studies are numerous and ongoing, and of course not every question can be answered definitively—we can look at some research gathered from Greater Good Science Center at UC Berkeley, Center for Healthy Minds at University of Wisconsin–Madison, Center for Mindfulness at UMass Medical School, and American Mindfulness Research Association, to help explore some of these questions more deeply.

    Feeling good in your own skin

    Do mindful people feel better about their bodies? Researchers asked 115 female college students about their level of mindfulness, body responsiveness, body shame, and overall health. Women who reported greater awareness and who tended to be nonjudgmental and nonreactive—key mindfulness skills—had less body shame, were more attuned to their bodies, and were healthier overall. The researchers say it’s not yet clear whether mindfulness increases body satisfaction, or vice versa. 

    Building your meditation muscle 

    In a comparison of adults who listened to either a guided meditation or a podcast daily for 13 minutes, researchers found that meditators reaped more benefits. For instance, after eight weeks meditators felt less anxiety and reported fewer negative mood states. And their performance on a set of computerized tests showed that they’d developed better attention and memory skills than podcast listeners. 

    The brain networks that work to keep us in the present moment and remember information are like mental muscles: They need exercise to keep them sharp and well-functioning, and meditation may provide that workout. The study also found that people in the meditation group were better at regulating their emotions, which was tied to having fewer negative moods. 

    But before you think this was a quick fix, think again. When the researchers checked to see if these benefits could be detected after four weeks, they came up empty-handed. Most of the gains didn’t show up until after eight weeks of steady practice. As with exercising a physical muscle, it takes time, patience, and repetition for change to take effect. 

    Does mindfulness make you kinder to yourself and others?

    Self-compassion may make aging easier. A review of the research showed that adults over 65 who practiced self-compassion tended to be less anxious and depressed, and felt a greater sense of well-being, than those who didn’t. (Tip: It probably doesn’t hurt to start practicing when you’re young.) 

    Mindful menopause

    Researchers at the Mayo Clinic in Minnesota surveyed nearly 1800 women aged 40 to 65 to see if those with a more mindful disposition might experience fewer menopausal difficulties. In fact, those with higher mindfulness scores were less stressed and had fewer symptoms like mood swings, hot flashes, insomnia, and fatigue—encouraging results for the millions of women experiencing this midlife passage.

    Mindful ripples 

    Does mindfulness make you kinder? That’s the question researchers asked when reviewing 31 studies on mindfulness and prosocial behavior. They found that dispositionally mindful people and those who completed some form of mindfulness training tended to be more compassionate and helpful. Being nonjudgmental, empathic, having a positive outlook on life, and knowing how to regulate emotions also increased behavior that benefitted others. 

    There were a few catches. Adults tended to be more prosocial than teenagers, and people who rated themselves higher in mindfulness were more helpful to people they knew than to strangers. 

    This didn’t apply to those who’d attended formal mindfulness training, though. They were just as kind to people they didn’t know as to those familiar to them. One big surprise was that people who’d received mindful awareness training and those who’d had compassion-focused instruction were equally prosocial, debunking the myth that the benefits of mindfulness are only limited to the individual. In other words, just being mindful may be enough to up your kindness quotient. 



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  • Can It Lower Your Cancer Risk?

    Can It Lower Your Cancer Risk?

    Does choosing organic over conventional foods protect against cancer? What are the effects of pesticides on cancer risk?

    In a review updating the evidence on human exposure and toxicity of pesticides, the body of evidence linking pesticide exposure and cancer is said to be so massive that pesticides’ role in the development of cancer “cannot be doubted.” However, most of the evidence that shows DNA damage from pesticides is from occupational exposure among farmers and workers in the fields, the pesticide industry itself, or those living in high-spray areas, as you can see at 0:35 in my video Pesticides and Cancer Risk.

    There is evidence linking non-occupational pesticide exposure to DNA damage—in this case, single- and double-stranded DNA fragmentation in the sperm of men with higher levels of pesticides flowing through their bodies—but that was in China, where the average pesticide concentrations are as much as four times higher than in some other parts of the world.

    Another way pesticides could potentially facilitate tumor growth is through adverse effects on anticancer immunity. Natural killer (NK) cells are our body’s first line of white blood cell defense against cancer cells and virus-infected cells. Pesticides have been shown to induce harmful effects on these defender cells, reducing their ability to kill off tumor cells. For example, if you put a bunch of NK cells in a petri dish along with human leukemia cells without any pesticide, your natural killer cells can clean house and wipe out more than half the cancer. But if you drip a tiny bit of pesticide on them, the NK cells are so disabled that the cancer wins the day, as you can see below and at 1:37 in my video.

    But how much pesticide are we talking about? The researchers used the maximum level found in people actively spraying pesticides. But what about looking at just the residual pesticides left on conventional produce? Is choosing organic for cancer prevention worth the investment?

    Pesticides are detectable in the blood and urine of more than 90% of the U.S. population, regardless of where they work or live. We know it’s from the food we eat because crossover trials where people are switched between consuming conventionally grown foods and organic foods show you can turn on and off urinary concentrations of pesticide metabolites like a light switch. But that doesn’t necessarily mean the pesticides are harming us.

    The health consequences of ingesting pesticide residues from conventionally grown foods remain unknown, but a recent study did find that people who self-reported the highest frequency of organic food consumption had about a 25% lower risk of getting cancer. The study is the first of its kind to evaluate the association between frequency of organic food consumption and cancer risk, controlling for a wide array of other factors. Doesn’t it matter that consumers eating organic are younger? The researchers controlled for that and still found significantly lower cancer risk. But maybe organic consumers get less cancer because they are more affluent or more highly educated or skinnier, or maybe they exercise more or eat less meat or smoke less. No, the researchers controlled for all that and still found significantly lower cancer risk in organic consumers. Maybe their diets were different in other ways, though—more fruits and vegetables overall, or less junk food? No, they still found significantly lower cancer risk. The researchers concluded, “Our results indicate that higher organic food consumption is associated with a reduction in the risk of overall cancer.”

    That was the most sophisticated study of its type to date, but there was an earlier study that was even bigger, and little evidence was found for a decrease in the incidence of all cancers except for perhaps one kind of blood cancer—non-Hodgkin lymphoma. You can see the data below and at 3:59 in my video.

    The data show no difference in cancer overall between those who never choose organic and those who usually or always do; the only significant findings were a lower risk of non-Hodgkin lymphoma and an increased risk of breast cancer. Is it possible that women who choose organic food are more conscientious about getting screened for breast cancer, and that explains the higher diagnosis rate? We really don’t know.

    Of course, what we care about the most is not just cancer but all-cause mortality—the risk of dying prematurely. As it turns out, higher blood levels of a pesticide known as beta-hexachlorocyclohexane are associated with living a significantly shorter life. How do we cut down on our levels? Decades ago, there was a study that found that the breast milk of a vegetarian mother had less beta-hexachlorocyclohexane than the milk of her non-vegetarian sister, who was also breastfeeding at the time. The vegetarian sister apparently had levels of that pesticide that were lower by about a third, compared with her omnivorous sibling, as you can see below and at 4:48 in my video.

    That’s no surprise, since this class of chlorinated pesticides is fat-soluble, so they’re found most frequently in foods of animal origin.

    A more recent study failed to look at beta-hexachlorocyclohexane, but it examined polychlorinated biphenyls (PCBs) and found that they were linked to increased mortality risk. Again, the toxins were found in the same kinds of foods: eggs, dairy products, and animal fats. So, it’s no surprise that the blood of those eating vegan was found to be “significantly less polluted than omnivores” in terms of a whole series of PCBs, including those found in the study to be associated with increased mortality; but the vegans did not have lower levels of beta-hexachlorocyclohexane.

    The bottom line: If you’re worried about the adverse health effects of pesticides and pesticide-type compounds, you may want to lower your intake of animal products. But when it comes to fruits and vegetables, the benefits of eating conventionally grown produce likely outweigh any possible risks from pesticide exposure. So, concerns about pesticide risks shouldn’t discourage us from stuffing our faces with as many fruits and vegetables as possible. That would give us a huge health benefit, whereas the potential lifelong damage of any pesticides on those same fruits and veggies has been estimated to cut only a few minutes off a person’s life, on average, which is nothing compared to the nutritional benefits of eating more fruits and vegetables.

    Doctor’s Note

    For more on organic foods, see related posts below.



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  • Still Hungry After a Meal? The Science of Food Cravings and Why We Crave Food When Full

    Still Hungry After a Meal? The Science of Food Cravings and Why We Crave Food When Full

    Most people have experienced it. Dinner is finished, hunger is gone, yet the brain suddenly wants something sweet, salty, or crunchy. This familiar feeling explains why many people search for answers about food cravings after eating.

    The body technically has enough energy, so why does the desire for more food appear? Researchers point to a mix of biology, psychology, and environment. The science of food cravings shows that hunger and cravings are not the same thing. Hunger signals the need for calories, while cravings often reflect the brain’s reward system, habits, or emotional triggers.

    Understanding why we crave food when full can help people recognize the difference between true hunger and the urge to eat for other reasons.

    What Are Food Cravings?

    A food craving is a strong desire for a specific type of food rather than a general need to eat. Someone who is hungry might accept almost any meal. A craving usually focuses on something precise such as chocolate, chips, or ice cream.

    Researchers studying the science of food cravings note several characteristics:

    • Cravings are usually linked to highly palatable foods rich in sugar, fat, or salt
    • They often appear suddenly
    • They can occur even when the stomach is physically full

    Because cravings are driven by brain signals rather than energy needs, they can appear shortly after a meal.



    The Science of Food Cravings and the Brain’s Reward System

    The human brain plays a central role in food cravings after eating. Certain foods activate reward pathways that release dopamine, a chemical linked to pleasure and motivation.

    When someone eats foods high in sugar or fat, the brain records the experience as rewarding. Over time, this can create a loop in which the brain expects another reward even when the body does not need additional calories.

    Several biological processes influence cravings:

    • Dopamine release encourages people to seek foods that feel pleasurable
    • Memory associations link certain foods with comfort or celebration
    • Learned habits cause the brain to expect snacks at certain times of day

    Because these signals come from the brain rather than the stomach, cravings can appear even when fullness signals are present.

    Why We Crave Food When Full

    Scientists have identified multiple reasons people experience food cravings after eating. These factors often overlap.

    1. Highly Palatable Foods Override Fullness Signals

    Modern food products are designed to be extremely appealing. Many combine sugar, fat, and salt in ways that stimulate the brain’s reward system.

    Even when the body has eaten enough, these foods can trigger additional desire because they activate pleasure pathways.

    Common triggers include:

    • Sugary desserts
    • Salty snacks
    • Ultra processed foods with strong flavors

    These foods stimulate appetite in ways that whole foods often do not.

    2. Hormones That Regulate Hunger and Satisfaction

    Hormones play a key role in why we crave food when full. Two hormones are particularly important.

    • Ghrelin signals hunger and encourages eating
    • Leptin signals fullness and helps stop food intake

    When sleep is poor, stress is high, or diets are restrictive, these hormones can become less balanced. As a result, the brain may continue seeking food even after a meal.

    3. Emotional and Psychological Triggers

    Emotions strongly influence eating behavior. Many people experience cravings during moments of stress, boredom, or fatigue.

    In these cases the brain is not asking for energy but for comfort or distraction. The science of food cravings shows that emotional eating can become a learned response.

    Situations that often trigger cravings include:

    • Stressful workdays
    • Feeling tired or overwhelmed
    • Seeking comfort after a difficult experience

    These cravings are less about physical hunger and more about mood regulation.



    Cravings not satisfied?


    4. Environmental Food Cues

    Food cues in the environment can trigger cravings without hunger.

    Examples include:

    • Smelling baked goods
    • Seeing food advertisements
    • Watching others eat
    • Walking past a favorite restaurant

    These cues activate memories and reward expectations in the brain. As a result, people may suddenly want food despite feeling full.

    5. Habit and Routine

    Eating habits often develop around routines rather than hunger signals. Many people expect a dessert after dinner or a snack while watching television.

    Over time the brain associates these moments with food. When the situation appears again, cravings follow automatically.

    Habit driven cravings may appear when:

    • Watching TV in the evening
    • Taking a break during work
    • Socializing with friends

    In these cases the craving is connected to context rather than physical hunger.

    Why Dessert Often Sounds Appealing After a Meal

    The common desire for dessert illustrates the difference between hunger and cravings. Scientists sometimes refer to this as the reward driven appetite.

    After a meal the stomach may feel full, but sweet foods still activate the brain’s reward system. Because the brain values novelty and pleasure, it may seek a new taste experience even after eating enough.

    Sweet foods also stimulate dopamine more strongly than many savory foods. That response explains why dessert cravings are especially common.

    When Food Cravings After Eating Are More Intense

    Occasional cravings are normal. However, certain factors can increase their frequency.

    Some common influences include:

    • Sleep deprivation which alters hunger hormones
    • High stress levels that increase emotional eating
    • Restrictive dieting which can intensify the desire for specific foods
    • Blood sugar fluctuations after meals high in refined carbohydrates

    Recognizing these patterns can help people understand the signals behind cravings.

    Practical Ways to Reduce Food Cravings After Eating

    Research on the science of food cravings suggests several strategies that can make cravings easier to manage.

    Helpful approaches include:

    • Eating balanced meals with protein, fiber, and healthy fats
    • Getting enough sleep to support hormone balance
    • Practicing mindful eating to notice fullness signals
    • Reducing exposure to tempting food cues
    • Allowing occasional treats instead of strict restriction

    These strategies help address both biological and psychological triggers.

    Understanding the Signals Behind Food Cravings

    Cravings are not simply a matter of willpower. They reflect a complex interaction between brain chemistry, hormones, environment, and habit. The science of food cravings shows that the brain can seek pleasure and comfort even when the body already has enough energy.

    By understanding why we crave food when full, people can better recognize when a craving is driven by hunger and when it is driven by reward signals or routine. Awareness often makes it easier to respond thoughtfully rather than automatically.

    Frequently Asked Questions

    1. Why do people experience food cravings after eating?

    Food cravings after eating often occur because the brain’s reward system wants pleasurable foods such as sweets or salty snacks. Hormones, habits, and environmental cues can also trigger cravings even when the stomach is full.

    2. Are cravings the same as hunger?

    No. Hunger is the body’s signal that it needs energy. Cravings are specific desires for certain foods and are usually influenced by the brain’s reward system or emotional triggers.

    3. Why do people crave sweets after meals?

    Sweet foods strongly activate dopamine pathways in the brain. This reward response can create a desire for dessert even when fullness signals are already present.

    4. Can food cravings indicate a nutrient deficiency?

    In most cases cravings do not reflect nutrient deficiencies. They are more commonly linked to habits, emotional associations, or the rewarding taste of certain foods.



    Originally published on foodworldnews.com

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  • Hockey Safety Tips (for Teens)

    Hockey Safety Tips (for Teens)

    The nonstop action and high-speed team play makes ice hockey a popular sport. As fun as it is, though, injuries can happen — some of them very serious.

    To stay as safe as possible as a hockey player or hockey goalie, follow these tips.

    Staying Safe & Preventing Injuries

    What Hockey Safety Gear Do Players Need?

    Before playing ice hockey, it’s important to get all the right equipment and make sure you know how to put it on and use it correctly. All players need:

    Helmet

    When it comes to preventing serious injuries, a helmet is the most important piece of gear. Helmets should be certified by the Hockey Equipment Certification Council (HECC ), include a full-face mask with a protective chin cup and chin strap, and should fit you properly. Keep the chin strap fastened and tightened so the helmet stays in place.

    Skates

    Be sure to get skates that fit you well. They need to be laced up tight, so the wrong size can really hurt your feet. Skates should have plenty of ankle support and a steel or hard plastic toe cup. Keep skates sharp so they work better and are less likely to get caught in ruts in the ice.

    Shoulder Pads, Elbow Pads, Knee Pads, & Shin Pads

    These are all specific to hockey. For example, gear used in soccer or lacrosse won’t give you the protection you need for playing hockey. Lower leg (knee and shin) pads should have a hard plastic exterior and reach the top of your skates.

    Hockey Pants

    Also called breezers, these should come down to the knee and offer padding in the front, rear, and sides of the upper legs and midsection.

    Gloves

    Another sport-specific item, hockey gloves should let your hands move freely while protecting you well past the wrist.

    Athletic Supporter and Cup

    These items are available as part of hockey undershorts or may be sold separately.

    Neck Protector

    Also called a neck guard, this gear protects the neck from injury (for example, from a skate blade or hockey stick). Choose one that fits you well and covers as much of the neck as possible.

    Cut-Resistant Base Layers

    Even with all the padding worn in hockey, any exposed skin areas are still vulnerable to accidental cuts from skate blades or forceful hits. For that reason, it’s now recommended that all players wear cut-resistant socks, wrist sleeves, and undergarments (base layer shirts and pants).

    Mouth Guard

    This protects the teeth, lips, cheeks, and tongue, and can help prevent jaw injuries.

    What Safety Gear Do Goalies Need?

    Hockey goalies need a whole different set of equipment to stay safe. If you are going to play that position, you need a helmet, skates, a neck protector, and an athletic cup specifically made for goalies. You should also wear:

    Throat Protector

    Worn in addition to a neck protector, this gear is worn to block a fast-moving puck or stick from hitting the neck. It is “flapper-style,” which means it attaches to your helmet and dangles just below the face mask, so it can move freely when the helmet moves.

    Leg Pads

    These need to be the right length and thick enough to protect against hard slapshots. Wear pants and socks underneath leg pads to cover any exposed skin.

    Arm Pads & Chest Protector

    Arm pads should reach all the way to the wrist. Chest protectors should wrap slightly around the sides to keep your entire front well protected.

    Blocker Glove

    This glove should let your fingers grip the stick easily but be very thick and cover most of the forearm.

    Catcher Glove

    Similar to a first baseman’s glove in baseball, a catcher glove should have thick padding over the wrist and palm and should come well up the forearm.

    How Can I Stay Safe During Hockey Training & Games?

    Before starting the season, you should get a sports physical. Your doctor can check for any health problems and talk about sports safety. Most schools won’t let athletes play unless they’ve had a sports physical during the past year. And being in good shape can help players avoid injuries.

    It’s important to get comfortable on the ice before you learn hockey skills. It can help to take skating lessons and practice how to stop, turn, fall, and get up from a fall. It’s also helpful to know how to skate backward and stop and turn while skating backward.

    To stay safe, you should:

    • Always warm up and stretch before practice and matches.
    • Follow the rules and use proper techniques. Learn how to collide with the boards safely and not with your head. This helps to prevent spinal injuries.
    • Make sure your coach will be at all practices and games and will enforce all league safety rules.
    • In general, never hit another player on the head, never check from behind, and never use the stick as a weapon.
    • Stop playing if you feel pain or get hurt. Get checked by an athletic trainer, a coach, a doctor, or a nurse before going back on the rink.
    • Know the symptoms of a concussion, like a headache, dizziness, or confusion. If you hit your head or don’t feel well, tell your trainer or coach right away. Follow return-to-play guidelines.
    • Stay hydrated by drinking plenty of liquids before, during, and after games and practices.
    • Know the team plan for emergencies.

    What Else Should I Know?

    Follow your coach’s safe, fair play rules at practices and games. Be respectful of the referees and don’t argue with their calls. Stay calm if an opposing player does something you disagree with. Don’t take it personally or start a fight — let the referees handle it.

    It can help to play different sports throughout the year to prevent repetitive stress injuries (overuse injuries). These injuries happen when someone trains too much or makes the same motions over and over.

    Safety in Other Sports

    Safety matters whether you’re playing hockey or doing another athletic activity. To help prevent injuries in other sports, check out these articles:

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  • Joint-Friendly Workouts and Bone-Strengthening Exercises for a Faster Metabolism

    Joint-Friendly Workouts and Bone-Strengthening Exercises for a Faster Metabolism

    As people enter their 40s, the body begins to experience natural changes, muscle mass declines, metabolism slows, and bones lose density. This makes strength training over 40 an essential part of maintaining health, function, and vitality.

    By incorporating simple resistance workouts that emphasize proper form and joint protection, adults over 40 can safeguard their strength, prevent injuries, and support an active lifestyle well into later years.

    Why Strength Training Matters After 40

    Muscle loss, medically known as sarcopenia, typically starts around the mid-30s and accelerates with age. Without regular physical activity, adults can lose up to 5% of muscle mass per decade.

    This loss directly affects balance, strength, and everyday energy levels. Incorporating strength training over 40 helps counteract this process by stimulating muscle fibers and improving overall body composition.

    Unlike high-intensity workouts that can strain joints, well-planned resistance sessions promote metabolism boosting strength without excess wear and tear.

    Strength training also enhances hormone balance, supports cardiovascular health, and regulates blood sugar levels. These benefits go far beyond appearance, they contribute to long-term wellness and independence.

    Joint-Friendly Workouts for People Over 40

    As joints become more sensitive with age, it’s important to choose joint-friendly workouts that strengthen muscles while supporting mobility. These workouts focus on low-impact movements that minimize stress on the knees, shoulders, and back.

    Examples of joint-friendly workouts include:

    • Resistance band routines: Portable and easy to adjust, resistance bands allow a full range of motion without overloading joints.
    • Bodyweight exercises: Moves like wall push-ups, modified planks, and glute bridges offer strength improvements using natural resistance.
    • Swimming or water aerobics: The buoyancy of water reduces joint strain while still providing muscular resistance.
    • Yoga and Pilates: These improve flexibility, alignment, and awareness of joint positioning.

    Practicing proper warm-ups and controlled movement patterns prevents injury and ensures comfort during exercise.

    For those returning to fitness, starting with simple resistance training helps build foundational strength before progressing to weights or machines. Listening to the body’s signals, particularly in the knees, hips, and shoulders, is key to longevity in training.

    Exercises That Naturally Strengthen Bones

    Bone density declines gradually after age 40, particularly for women during and after menopause. To combat this, bone-strengthening exercises play an essential role in maintaining skeletal health. Weight-bearing and resistance-based movements help bones stay dense and resilient by stimulating bone cells known as osteoblasts.

    Proven bone-strengthening exercises include:

    • Squats and lunges: These activate large muscle groups in the legs and stimulate bone growth in the hips and spine.
    • Step-ups: Gentle impact combined with bodyweight resistance encourages bone adaptation in the lower body.
    • Dumbbell presses and rows: Strengthening the arms and shoulders also supports the upper back, maintaining good posture and reducing fracture risk.

    Unlike endurance-based activities, these movements create healthy microstress on bones, encouraging them to repair and rebuild. Combining these sessions with good nutrition, especially calcium and vitamin D, helps maximize results.

    Boosting Metabolism Through Strength Training

    As metabolism naturally slows with age, building and maintaining lean muscle becomes one of the most effective ways to keep it active, according to the World Health Organization. Each pound of muscle tissue burns more calories at rest than fat tissue, which means even small gains in muscle translate to noticeable increases in daily energy expenditure.

    Metabolism boosting strength workouts often include compound movements that work multiple muscle groups at once. Good examples are:

    • Push-ups or modified push-ups: Strengthen the chest, arms, and core simultaneously.
    • Deadlifts with proper form: Engage the lower back, glutes, and legs, leading to efficient calorie burning.
    • Planks and variations: Build core stability while engaging multiple major muscles.
    • Circuit training: Alternating between upper- and lower-body exercises with short rest periods elevates heart rate and keeps metabolism high even after a session ends.

    Combining strength training over 40 with quality sleep, balanced meals, and hydration further enhances metabolic health. Over time, this approach helps stabilize energy levels and makes it easier to maintain a healthy weight.

    A Beginner Routine for Simple Resistance Training Over 40

    Starting a new exercise routine at midlife doesn’t require complicated equipment or fitness memberships. A consistent simple resistance training plan performed two to three times per week can bring noticeable improvements in strength, flexibility, and confidence.

    A sample weekly program might include:

    Day 1 (Upper Body Focus):

    • Wall push-ups – 3 sets of 10–12 reps
    • Seated band rows – 3 sets of 12 reps
    • Dumbbell shoulder press – 2 sets of 10 reps
    • Biceps curls – 2 sets of 12 reps

    Day 2 (Lower Body Focus):

    • Bodyweight squats – 3 sets of 10 reps
    • Step-ups on a low platform – 3 sets of 12 reps
    • Glute bridges – 3 sets of 15 reps
    • Standing calf raises – 2 sets of 12 reps

    Day 3 (Full-Body Mobility and Core):

    • Plank holds – 3 sets of 20–30 seconds
    • Bird dogs – 3 sets of 10 reps each side
    • Gentle yoga or stretching – 15–20 minutes

    Proper form and posture are critical, especially for those just starting. Beginners should prioritize control and range of motion before focusing on weight or intensity.

    As endurance builds, light dumbbells or resistance bands can be added for progressive overload. Consulting a trainer or physical therapist ensures exercises are done safely, particularly for those with existing joint conditions or previous injuries, as per the Centers for Disease Control and Prevention.

    Mistakes to Avoid When Doing Strength Training Over 40

    Even experienced exercisers can make errors that hinder progress or increase injury risk. Common missteps include:

    • Skipping warm-ups and cooldowns: Cold muscles are prone to strain, while skipping stretching can limit flexibility over time.
    • Overtraining: Insufficient rest prevents muscle recovery and can cause chronic fatigue or joint inflammation.
    • Lifting too heavy too soon: Gradually increasing resistance is safer and more sustainable than sudden weight jumps.
    • Ignoring recovery: Adequate sleep, hydration, and nutrition play a direct role in muscle repair and joint support.

    Avoiding these pitfalls helps make joint-friendly workouts more sustainable for long-term consistency.

    Stay Strong and Active After 40

    Maintaining strength after 40 is less about chasing performance goals and more about building resilience that supports everyday life. Engaging in strength training over 40 helps preserve joint function, strengthens bones, and keeps metabolism high, all factors that directly contribute to quality of life.

    By incorporating joint-friendly workouts and bone-strengthening exercises, adults can remain active without discomfort or risk of injury. Consistent, simple resistance training routines bring gradual yet lasting improvements in posture, coordination, and muscle tone.

    The body may change with age, but its ability to adapt never truly fades. With practical strength sessions and mindful habits, staying strong, flexible, and energized at any age becomes not just possible, but entirely achievable.

    Frequently Asked Questions

    1. How long does it take to see results from strength training over 40?

    Visible results can appear within 6–8 weeks of consistent workouts, though strength and energy improvements often occur sooner. Progress depends on diet, sleep, and workout frequency.

    2. Can strength training over 40 help with weight management?

    Yes. Strength training builds lean muscle, which burns more calories at rest and supports healthy weight regulation even without intense cardio.

    3. Is it safe to lift weights daily after 40?

    Not recommended. Muscles and joints need rest to recover. Training 2–4 times per week with rest days in between helps prevent overuse and injury.

    4. Do I need supplements for strength training over 40?

    In most cases, a balanced diet provides sufficient nutrients, but supplements like protein, vitamin D, or calcium can help if dietary intake is low, always consult a healthcare provider first.



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  • Pet Psychic | Animal Communication Readings

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  • A Meditation to Nourish an Undefended Heart

    A Meditation to Nourish an Undefended Heart

    So, what does care look like in the presence of difficulty? I think we can safely say that we all care, but are we caring about the right things? These are the words of Hafiz, a poet from antiquity: “My dear, is it true that your mind is sometimes like a battering ram, running all through the city, shouting so madly inside and out about the 10,000 things that do not matter?”

    I think we all have moments in our lives that wake us up to what matters most. I have one: when my son Valentino was about a month old, I had to rush him to the hospital. It’s there that we learned he needed emergency surgery. It wasn’t even me running into that hospital with him—it was every parent who ever carried their sick child or sick baby. It’s easy to forget in those moments that what we’re actually doing is learning something about this human condition. 

    So…what does it even mean to live with an “undefended heart”? How do we train the heart to relax so we can learn about this phenomenon of being human? And how do we make it less about our individual pain, but connect instead to THE pain, and all the beings who share this condition with me? Because that’s when we’re able to allow the most caring part of ourselves to come forward. 

    It’s not easy, though. We have to keep an eye out for where we get stuck and bring compassion to that very place, to that VERY experience. Really loving means having to surrender a part of ourselves. The practice of compassion, then, is waking up to all the barriers we put up between ourselves and love. 

    Seeing where we’re hooked or locked up is important because there’s no chance of freedom if we can’t first recognize where we’re stuck. And if we can’t differentiate between an unskilful response and a skilful one, we’re sure to remain in our unconscious patterns. Tara Brach puts it this way, “Each time you meet an old emotional pattern with presence, you’re awakening to truth can deepen. There’s less identification with the self in the story and more ability to rest in the awareness that’s witnessing what’s happening. You become more able to abide in compassion, to remember and trust your true home rather than cycling repetitively through old conditioning. You are actually spiralling toward freedom.”

    As we open to what’s difficult, we will also open to understanding. Last week we talked about the ability to stay with the sensations in the body and not the mind’s story about what’s happened or is happening. We can usually bear the sensations. It’s the stories that overwhelm us. It’s the story that we’re always going to feel like this; that we’ve always felt like this; that whatever is happening is the only thing happening. 

    With this practice we can learn how to direct awareness in a very specific way—particularly with regards to the heart’s relationship to pain. We may not be able to save the world, but we do have to find a way to respond, to hold our experience of the world. Knowing in our hearts that we are not separate from this world is an important first step. Because, as we allow ourselves to be touched, we encounter the courage of the undefended heart. And our willingness to touch, to be moved, to hang out in this realm can bring a kind of beauty to the hard stuff of life.

    A Meditation to Nourish an Undefended Heart

    Watch the Video:

    Listen to the Audio:

    Read and practice the guided meditation script below, pausing after each paragraph. Or listen to the audio practice.

    1. Find a position that’s comfortable, steering your awareness inward. Let go of any demands you may sense in this moment; just let them fall away.

    2. Check in on your heart and your belly. As you do, let’s set an intention to meet whatever arises with as much gentleness and acceptance as possible.

    3. Bring to mind someone you’re familiar with. Let’s make it a person we see regularly, perhaps at the grocery store or in our neighborhood. What we’re doing is expanding our circle of care out to those we feel neutral about (so no big feelings either way). Picture them in your mind, knowing that they, too, have their own difficulties. They too know pain, struggle.

    4. Now let’s offer them the same care that we wished for ourselves last week. I care about your difficulties. May you be held in compassion. May your heart be at peace.

    5. Bring to mind all the different people you regularly cross paths with. Offer them the same phrases we offered ourselves: I care about your difficulties. May you be held in compassion. May your heart be at peace.

    6. As we close this practice, notice if there are any ways in which you’re judging yourself. Are you telling yourself that you’re not doing this well enough, or expecting something else to happen? No need for judgment here. We all just get to set our intention and care about what arises. 

    Over the course of the next week, allow yourself to see where compassion naturally arises and where it may need a little bit of help to flourish.

    About The Author

    Vinny Ferraro

    Vinny Ferraro has been a practitioner of insight meditation (vipassanā) since the early 1990s. He is a co-Founder of the Dharma Punx and co-Guiding Teacher of Against the Stream Buddhist Meditation Society. He is also a nationally recognized leader in designing and implementing interventions for at-risk adolescents and is currently Senior Trainer for Mindful Schools. In 1987, he began leading groups in drug rehabilitation centers, juvenile halls, and halfway houses. In 2001, he began teaching for Challenge Day, a nationally recognized, social & emotional learning program, eventually becoming their Director of Training and leading workshops for over 110,000 youth on four continents. Vinny is also a board member and former Training Director of the Mind Body Awareness Project and is the principal author of MBA’s mindfulness-based curriculum for incarcerated youth. Vinny has received national media coverage for his work with adults and youth; his work is the subject of the MTV series “If You Really Knew Me…”



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  • Autoinflammatory diseases: MedlinePlus Medical Encyclopedia

    Autoinflammatory diseases: MedlinePlus Medical Encyclopedia

    SAIDs occur due to a defect in the immune system. This may be due to a genetic mutation, or there may not be a clear cause. Environmental factors may trigger the response in some people.

    Your immune system protects you by detecting and fighting harmful substances in the body. These include bacteria, viruses, fungi, chemicals, toxins, and foreign particles (such as a splinter).

    Your immune system involves:

    • Innate immunity — this is the protection you were born with. Innate immunity involves barriers that keep harmful materials from entering your body. Examples include your skin, stomach acid, and mucus. This is the first line of defense against invaders.
    • Adaptive immunity — this is the protection you gain as your body learns over time which substances are harmful. Your immune system builds a defense against that specific substance. Vaccines work by training your adaptive immunity to recognize harmful invaders, for example flu viruses, and attacking them.

    SAIDs occur due to an abnormal reaction of innate immunity. Autoimmune diseases occur due to an abnormal reaction of
    adaptive immunity.

    When innate immunity is activated, it triggers your immune response. Certain chemicals in the body are released at the infection or injury site causing signs of inflammation, including redness, heat, pain, and swelling. Inflammation is part of the body’s self-healing process. As you recover from your illness or injury, inflammation goes away.

    SAIDs occur when innate immunity is activated without a clear cause. This may cause inflammation to occur in excess or to last for long periods of time. Excess inflammation can damage healthy tissues in the skin, bones, eyes, liver, heart, or kidneys.

    The defective MEFV gene responsible for the most common autoinflammatory disease, familial Mediterranean fever (FMF), was first identified in 1997. Since then, many SAIDs have been identified. Not all have a clear genetic cause.

    There are more than 50 SAIDs, including:

    • Familial Mediterranean fever (FMF)
    • Tumor necrosis factor receptor-associated periodic syndrome (TRAPS)
    • Cryopyrin-associated periodic syndromes (CAPS)
    • Hyperimmunoglobulinemia D with periodic fever syndrome (HIDS)
    • Aicardi-Goutières syndrome
    • Blau syndrome
    • Adult Still disease
    • Hereditary angioedema
    • Behçet disease

    Each SAID affects people differently. Some occur for a few years and never return. Some last a life-time and need ongoing
    management.

    SAIDs can be passed down in families. So if your parent or siblings have an SAID, you are more at risk for also developing it.

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  • What Does Personalized Nutrition Actually Deliver?

    What Does Personalized Nutrition Actually Deliver?

    There’s a lot of focus on personalized nutrition, but maybe we should focus on taking personal responsibility for our health.

    “Personalized nutrition (PN) is rooted in the concept that one size does not fit all,” and who doesn’t want to think they’re special? The idea of personalized nutrition is inherently appealing to our ego; that’s why simple messages recognizing individuality deeply resonate with us and why such messages are popular in marketing and sales. This focus on uniqueness has spurred the creation of personalized foods, along with the suggestion that “3D Food Printing seems to be a good candidate for food customization.”

    Now, there certainly are some legitimate differences between people. Some have a peanut allergy and keel over if they eat a peanut, others have celiac disease and need to avoid gluten, and some are genetically lactose-intolerant. There’s an enzyme mutation common in some parts of Asia that protects against alcoholism because people with the altered enzyme don’t metabolize alcohol as efficiently, so toxic metabolites build up. I published a fascinating video about fast versus slow caffeine metabolizers and the difference in health benefits that actually extends to athletic performance. Caffeine is ergogenic—performance-enhancing—but only in fast metabolizers, shaving more than a minute off 10 kilometers (about 6 miles) of cycling, whereas slower metabolizers either got no benefit or the caffeine actually slowed them down, adding two minutes to their cycling time, depending on which kinds of genes they have that code the enzyme that breaks it down. You can see these results below and at 1:24 in my video How Useful Is Personalized Nutrition?.

    But for most people, in most situations, we are more similar than different.

    While there is a specific minority of people who need a more personalized approach to nutrition, there is currently insufficient evidence to support truly personalized nutrition for most people. Yet a surprising number of direct-to-consumer genetic testing companies have proliferated, offering personalized nutrition advice. For example, there are supplement-hawking companies that claim to help consumers optimize micronutrient status based on a handful of genetic variants, even though most variants explain just a few percent of the difference in levels between people.

    Personalized nutrition is part of a broader push towards personalized medicine, also known as precision medicine. There is a “massive cultural allure” of personal control over diagnosis, treatment of disease, and prevention, spurring demand and intense commercialization. But unlike monogenetic diseases—which are rare genetic diseases caused by a single malfunctioning gene, like hemophilia or sickle cell anemia—most diseases are caused by a complex interaction between multiple genes and environmental factors, which pose a “major challenge for the realization of personalized medicine.”

    Take something like adult stature, for example. Researchers have found at least 40 locations on our chromosomes that have been associated with human height, which is strongly inherited. The genes from parents account for about 80% of the difference in height between people, yet those dozens of identified genes explain only about 5% of height variation between individuals.

    Researchers find those genetic links by using genome-wide association studies, in which all the chromosomes are scanned to look for statistical associations between diseases and any particular stretches of DNA. That’s interesting, but companies marketing genetic susceptibility tests are reinterpreting these data as if they predict individual risks. But all you’re really getting are modest genetic associations with a slight increase in disease risk and with little predictive power when compared to more significant contributions of things we already know, like lifestyle behaviors. Currently, the practice of using a person’s DNA to predict disease “has been judged to provide little to no useful information.”

    For example, let’s say a person’s genetic analysis says they’re at slightly greater risk for some grave condition compared to others in their ancestral group. This person was advised to exercise, keep their weight down, not drink too much alcohol, and eat fruits, vegetables, and whole grains. It’s sound advice, but we should be living this way regardless of our genetic risk. And we know—at least we should know—these simple, basic strategies to reduce risks of common chronic diseases. “The problem, of course, is that very few individuals live this way. Actually, to be more precise, almost nobody lives this way.” That’s not just hyperbole—nationwide surveys show that nearly everyone in the United States consumes a diet that’s not on par with even the wimpy recommendations of the Dietary Guidelines.

    Indeed, almost “no one in the United States is eating a healthy diet.” Findings like that remind us that when it comes to public health, “worrying about personalizing our preventive strategies based on genetic risk information borders on the absurd.”

    Doctor’s Note

    Here’s the video I mentioned about fast versus slow caffeine metabolizers and the difference in health benefits extending to athletic performance: Friday Favorites: Do the Health Benefits of Coffee Apply to Everyone?.

    For more about lifestyle approaches, check out related posts below.



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  • How Laparoscopic Cholecystectomy Works and What to Expect During Recovery

    How Laparoscopic Cholecystectomy Works and What to Expect During Recovery

    Gallbladder removal surgery, also known as laparoscopic cholecystectomy, is one of the most common procedures performed to treat gallbladder conditions such as gallstones, inflammation, or infection. Often called a keyhole gallbladder operation, it’s a minimally invasive technique that allows patients to recover faster and experience less discomfort compared to traditional open surgery.

    Understanding how the procedure works and what to expect during gallbladder surgery recovery helps patients prepare for a smoother healing process and informed post-operative care.

    What Is Gallbladder Removal Surgery?

    Gallbladder removal surgery is a medical procedure designed to remove the gallbladder — a small, pear-shaped organ located under the liver that stores bile. Bile helps digest fats, but when gallstones or inflammation occur, they can block bile ducts, causing severe abdominal pain, nausea, and digestive issues.

    The most common method used today is laparoscopic cholecystectomy, which involves small incisions and the use of a thin tube fitted with a camera (a laparoscope). Surgeons perform the operation using specialized instruments, avoiding the need for one large incision typical of open surgery.

    Laparoscopic surgery offers several advantages: smaller scars, reduced pain, lower risk of infection, and a quicker post-op recovery time. In most cases, patients can go home the same day or within 24 hours.

    People often wonder whether gallbladder removal is a major surgery. While it is a surgical procedure requiring general anesthesia, the laparoscopic approach significantly minimizes trauma to the body, making it less invasive and easier to recover from than open operations.

    How Laparoscopic Cholecystectomy Is Performed

    A keyhole gallbladder operation typically follows several precise steps. Before surgery, patients undergo imaging tests such as ultrasound or CT scans to assess the gallbladder’s condition and confirm the presence of gallstones or inflammation.

    1. Preparation and anesthesia: Patients receive general anesthesia to ensure they’re asleep and pain-free during the operation.
    2. Creating incisions: The surgeon makes a few small cuts in the abdomen, usually around the navel and upper stomach area.
    3. Insertion of the laparoscope: Through one incision, a thin tube with a tiny video camera (laparoscope) is inserted. This allows the surgeon to view the gallbladder and surrounding organs on a monitor.
    4. Removal of the gallbladder: Using delicate surgical instruments inserted through other incisions, the gallbladder is carefully separated from the liver and bile duct before being removed through one of the openings.
    5. Closing the incisions: Once the procedure is complete, the small incisions are closed with sutures or surgical tape.

    The entire surgery typically takes about 45 to 90 minutes. Most patients experience mild discomfort or shoulder pain afterward, caused by the gas used to inflate the abdomen during the procedure. This discomfort usually subsides within a few days.

    What Happens After Gallbladder Surgery

    After a laparoscopic cholecystectomy, patients are taken to a recovery area for monitoring as they wake up from anesthesia. If the surgery is uncomplicated and vital signs remain stable, many can return home later the same day, according to Mayo Clinic.

    During the first few days of gallbladder surgery recovery, mild abdominal soreness, fatigue, or bloating are common. Pain is often managed with prescribed or over-the-counter medication. Patients are encouraged to walk short distances to prevent blood clots and promote healthy circulation.

    Diet plays an important role during early recovery. Doctors usually recommend starting with light, low-fat foods and gradually reintroducing a normal diet as the digestive system adjusts to the absence of the gallbladder.

    Some people experience mild changes in digestion, particularly when eating high-fat or greasy meals, but this often improves over time.

    Gallbladder Surgery Recovery Time and Post-Op Care

    Recovery time after gallbladder removal surgery varies depending on the patient’s health, age, and whether the procedure was laparoscopic or open.

    For a laparoscopic cholecystectomy, most people can resume normal activities within one to two weeks. Some may return to light work within a few days. In contrast, open surgery typically requires a hospital stay of a few days and up to six weeks for full recovery.

    Key factors that influence post-op recovery time include proper wound care, following dietary advice, and avoiding heavy lifting until cleared by a doctor. Patients should also watch for warning signs such as increased pain, swelling, fever, or jaundice, which could indicate infection or complications.

    Light activity, gentle walking, and rest are all crucial in the early weeks. Following the surgeon’s instructions is the best way to avoid setbacks and ensure a safe recovery.

    Diet and Lifestyle After Gallbladder Removal

    Living without a gallbladder is entirely possible, as the liver continues to produce bile even after surgery. However, bile flows directly into the small intestine instead of being stored, which can affect how the body digests fats at first.

    During gallbladder surgery recovery, patients may notice temporary digestive changes such as frequent bowel movements or mild bloating. A balanced diet that limits fatty, spicy, and processed foods can help ease these symptoms.

    Recommended foods include:

    • Lean proteins such as chicken, fish, and tofu
    • Fruits and vegetables high in fiber
    • Whole grains and low-fat dairy
    • Smaller, more frequent meals instead of large, heavy ones

    Over time, most people can return to a normal diet without issue. Maintaining a healthy weight and following a balanced eating plan also supports long-term digestive health after laparoscopic cholecystectomy.

    Risks and Complications of Laparoscopic Cholecystectomy

    Although gallbladder removal surgery is considered safe, like all procedures it carries some risks. The most common issues include minor bleeding, infection at the incision sites, or leakage of bile from the bile ducts. Rarely, injury to nearby organs or ducts can occur.

    Complications are relatively uncommon and are typically treatable when detected early. Patients should call their doctor immediately if they experience persistent pain, fever, yellowing of the skin or eyes (jaundice), or fluid leaking from the incisions, as per Johns Hopkins University.

    Choosing an experienced surgical team and following all post-operative instructions greatly reduces the likelihood of complications and promotes faster healing.

    When to Contact a Doctor During Recovery

    During post-op recovery time, it’s important to be aware of concerning symptoms that require medical attention. These include:

    • Increasing abdominal pain or swelling
    • Redness or pus around incision sites
    • Fever or chills
    • Nausea or vomiting persisting beyond a few days
    • Shortness of breath or chest pain

    Regular follow-up visits allow doctors to ensure that healing is on track and that there are no signs of infection or bile leakage. These appointments also provide an opportunity to discuss dietary adjustments and return-to-work plans.

    Adjusting to Life After Gallbladder Removal Surgery

    For most individuals, gallbladder removal surgery offers relief from painful gallstones and the digestive discomfort associated with gallbladder disease. Thanks to modern laparoscopic cholecystectomy techniques, the keyhole gallbladder operation allows for smaller incisions, shorter hospital stays, and faster gallbladder surgery recovery.

    With attentive care, a gradual return to normal activities, and attention to diet, patients typically regain their energy and well-being within weeks. Understanding the post-op recovery time and knowing what to expect helps ensure a confident and healthy return to everyday life after the procedure.

    Frequently Asked Questions

    1. Can gallbladder removal affect your weight?

    Some people notice minor weight changes after surgery, often linked to dietary adjustments. However, the procedure itself does not cause weight gain or loss.

    2. How long after gallbladder surgery can you travel?

    Most patients can travel within one to two weeks if recovery is smooth. Long trips should be delayed until a doctor confirms it’s safe.

    3. Is it normal to feel tired weeks after surgery?

    Yes, mild fatigue is common as the body heals and adapts. Rest, hydration, and balanced meals can help restore energy levels.

    4. Can you drink coffee after gallbladder removal?

    Yes, in moderation. However, strong or highly caffeinated coffee may cause mild digestive upset in early recovery, so it’s best reintroduced gradually.



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