Hey bloggsters,
I love my job!
Have a I said that before?
For the first 10 years of my career, I found good work, with some good and some not-so-good people and tried my best at whatever task I was given.
I got paid adequate compensation for the time I gave the companies I
worked for and made some life-long friendships along the way.
Unfortunately, I never really felt at home. Never truly felt on path
or on purpose. This feeling gnawed away at my guts a little bit every
day. I kept pushing those feelings down as I sat in peak hour traffic
and kept thinking about the salary, my reserved carpark and how good I looked in a
suit. This is not exactly a recipe for happiness.
Everyone has their breaking point when they are
not listening to their gut.
So eventually I had a meltdown. I felt nausea in my stomach every
morning before work. It's like the feeling I imagine soldiers feel
before running into enemy territory. You know shots are going to get
fired at you from all angles. You just don't know from where or by
who. A decade of letting fear dictate my decisions had taken its
toll.
Grateful for everything I'd learned and the people
who'd helped me along the way, I walked away from the highest paying
job of my career into uncertainty.
Tired of giving my energy all day to others, I decided that I needed
some energy back in and enrolled to do the Cert 3 & 4 in Fitness
and that started me on my path to my future and my passion for health,
fitness, self-improvement, nutrition, strength, longevity and sharing
this with as many people as I could.
We attract what we put out.
I love what I
do. I live these values every day. I love sharing my knowledge and
enthusiasm with those ready and willing to change their lives for the
better. I didn't just want to be an okay PT, I wanted to be a great PT
and I believe that those who see me in action recognise this pretty
quickly. In pursuing my own truth, I've attracted some amazing people
and some incredible opportunities. I have the best PT clients in the
world. However, after 5 years of waking up at 5am and finishing work at
9pm 5-6 days a week, I decided to embark on another dream and goal I've
harboured for some years now, and started my own sport supplements
company. Tired of sending people to retail shops to be overcharged and
sold god knows what, I decided the time was right to solve this problem
once and for all. This has flung me way out of my comfort zone; has me
on a very steep learning curve; has pushed me mentally, emotionally and
physically to my limits and has taught me yet again, that I'm capable
of more than I give myself credit for.
I'm tired,
nervous, excited, optimistic and proud. I've lost some PT clients
along the way which is sad and not my preference, but the vast majority
who have been with me for years have been amazingly supportive and
forgiving when I'm a little distracted or exhausted. I am grateful to
all of them for their support and for inspiring me to keep going. Thank
you so much.
If you haven't had a chance to check out my new business, please click on the links below. Like the facebook page, share posts with your friends, and if you ever need some nutritional support to help you with your training goals, don't waste your money anywhere else.
http://www.nutrientsdirect.com.au/
https://www.facebook.com/nutrientsdirect
When I'm not tied up being very busy and important, I love coming to the gym and spending time with my amazing, hard-working, focussed, dedicated and talented clients.
Take a look at where Kaite and I have gotten her boxing skills to in the pretty incredibly video of us in action (if I may say so myself). Enjoy.
Health and fitness tips, articles and celebrations of individual achievements.
Saturday, June 7, 2014
Celebrating Achievement - Vicky
Meet Vicky.
Vicky and I have been working together on and off for the majority of my career in fitness. Vicky has a rare and admiral drive to continually better herself. Her hard work and determination won her a Phd last year and have also seen her fitness, strength, health and body shape transform in the time we've been working together. I'd love to take credit for Vicky's transformation, but the truth is she came to me 'game ready' and just needed a map and a compass which I provided. Vicky is a great example of someone who has chosen not to let excuses hold her back and she could have easily done that. She comes from a background of larger, heavier body-types and a long-standing culture of eating that would set anyone up for weight gain. She has lost an incredible amount of body fat though hard work and a clean, Paleo-style way of eating. She has one of the best attitudes to life and training I have ever encountered.
Here's a short video of Vicky's story and of her in action. I hope it gives you all a sense of how brilliant she is and why I look forward to our training sessions so much. Between all the laughter, we actually get a lot of training done. Yours in good health.
Vicky and I have been working together on and off for the majority of my career in fitness. Vicky has a rare and admiral drive to continually better herself. Her hard work and determination won her a Phd last year and have also seen her fitness, strength, health and body shape transform in the time we've been working together. I'd love to take credit for Vicky's transformation, but the truth is she came to me 'game ready' and just needed a map and a compass which I provided. Vicky is a great example of someone who has chosen not to let excuses hold her back and she could have easily done that. She comes from a background of larger, heavier body-types and a long-standing culture of eating that would set anyone up for weight gain. She has lost an incredible amount of body fat though hard work and a clean, Paleo-style way of eating. She has one of the best attitudes to life and training I have ever encountered.
Here's a short video of Vicky's story and of her in action. I hope it gives you all a sense of how brilliant she is and why I look forward to our training sessions so much. Between all the laughter, we actually get a lot of training done. Yours in good health.
10 Reasons Your Workouts Are STOPPING You From Getting A Flatter Stomach and More Defined Abs…
By Kate Vidulich, BSc, ACSM, CTT Exercise Physiologist, Master Certified Turbulence Trainer I can’t believe it!
Despite living in New York City, a hot bed for personal trainers, boutique fitness studios, and big box gyms, I still see misinformed trainers taking their clients through boring, outdated workouts that will NEVER deliver sexy, six-pack abs.
Worst is that these trusting clients pay upwards of $300/hour of their hard-earned money for workouts that aren’t delivering results.
I feel sorry for them!
But trust me, if it’s happening here in NYC, it’s happening where YOU are, too. Why?
Because of the BS served up by mass media.
You see, with their endless late night infomercial gadgets, “miracle” pill supplements, and questionable detox cleanses, getting flat abs has become downright unattainable.
Add it all up, and you have a recipe for confusion, frustration, and a nation predominantly overweight.
But I want to help you.
So with these 10 “underground” abdominal training secrets I’m about to share, you’ll learn exactly what you should and should NOT being doing to accelerate fat loss and finally get your abs defined – all while training LESS.
By the way, you’ll also discover the absolute “minimum dosage” of exercise to lose fat. Because I’m a Scientist and I work with the busiest of New York executives, I had to formulate a system that works because if I didn’t… I’d be out of a job.
New York is a competitive market for training, yet my schedule is packed (I’m no longer taking private clients).
I’m warning you right now… some of the tips you’re about to read
(if not all of them) will surprise you. These tips for getting a flatter
stomach go against much of what you read about in mainstream magazines
or hear from the trainers at your local gym.
But here’s the thing, I’ve spent years researching and testing what actually works when it comes to six-pack training – not just on myself, but with my billionaire clients – and I guarantee that if you’re doing ANY of the 10 things listed below, you’re NOT burning fat and building lean, sexy muscle as fast as you can.
But here’s the thing, I’ve spent years researching and testing what actually works when it comes to six-pack training – not just on myself, but with my billionaire clients – and I guarantee that if you’re doing ANY of the 10 things listed below, you’re NOT burning fat and building lean, sexy muscle as fast as you can.
Okay, let’s get to it…
You probably know the story. There are articles everywhere about the dangers of crunches and the risk of injury to your lower back. Perhaps you have read these too.
Yet, every time I go to the gym I see people doing endless crunches and sit-ups with horrible form. Isn’t this shocking? I apologize if you’ve heard this before. But clearly, this is a very important point to bring up. AGAIN.
And believe it or not, doing crunches and sit up are not only a waste of time, but extremely dangerous for your lower back.
The expert research on this topic speaks for itself. Dr. Stuart McGill is a smart professor at the University of Waterloo, and his findings suggest that spinal flexion (like when you do crunches) could seriously damage your lower back.
(1) Callaghan JP, McGill SM. (2001). Intervertebral disc herniation: studies on a porcine model exposed to highly repetitive flexion/extension motion with compressive force. Clinical Biomechanics, 16, 28-37
Don’t mess with your discs.
Like I said, just because your back feels OK doing crunches now doesn’t mean it will be fine in the future. Repeated stresses like this damage your back and one day – bam – it will hit you.
Scary, right?
You’ve seen the image of a sprinter vs. marathoner. And honestly, I don’t know anyone who’s dream body reflects the scrawny, gaunt marathoner.
But most people are training like a marathoner – without even realizing it. They are doing hundreds, if not thousands of reps of the same ab exercises like crunches and sit-ups, plus long cardio workouts.
These exercises are great for muscular endurance, NOT for building muscle strength.
Just like other muscles in your body, you need to focus on building strong abdominals.
So instead of doing more reps in your workouts, you need to progress the exercise to challenge yourself. For example, once you master lying leg raises, try doing a Hanging Knee Raises, Ab Wheel Rollouts or another unique variation I’ll show you later in this article.
In fact, your friends joke that “cardio” is your middle name… You spend up to 60 minutes sweating it out. Everyday. Single. Day.
Let’s just admit. It’s miserable. And it’s STILL not working.
Another misleading lie people have been lead to believe is long cardio sessions will help you get a flat, sexy stomach. Cardio in the “fat-burning zone” is a total waste of time when you want to the maximum number of calories in the least amount of time possible.
Try interval training. I was personally involved with a breakthrough fat loss research study at UNSW, proving interval training is more effective for reducing belly fat.
Subjects who did 40 minutes of slow cardio three times per week for 15 weeks didn’t lose a single inch of stomach fat. Shocking.
However, doing ONLY 20 minutes of interval training, three times a week helped subjects reduced their belly fat (and flattened their thighs.
(Reference: Trapp, E.G., Chisholm, D.J., Freund, J., Boutcher, S.H. (2008). The effects of high-intensity intermittent exercise training on fat loss and fasting insulin levels of young women. International Journal of Obesity. 32(4):684–691.)
But be careful of the trendy, celebrity workout plans that tout you’ll stay in the “fat burning zone” and still lose weight. It’s just another flat stomach LIE and fitness MYTH.
In fact, you can cut your workout time in HALF without stepping foot on a treadmill. You just have to be “smart” about it by using the unique training method I’ll show you below.
If the first three reasons didn’t surprise you, this one surely will.
In case you didn’t know, it has been discovered that common gym machines OVERESTIMATE the number of calories you burn. That’s right. They LIE to you.
A recent study named the elliptical as the least accurate when it comes to calorie counting, and most machines overestimate calorie burn by a whopping 42%!
So even though cardio exercise is considered healthy, the number of calories burned can be misleading. While you thought you burned enough calories to negate that muffin, in reality, you didn’t even come close.
To get flat, sexy abs, you need to burn the layer of fat off your stomach first. But exercises targeting your stomach will not do the trick. I’m afraid it’s not so simple, or every person I saw doing crunches would get results.
The problem is, you can’t spot reduce. This means you can’t choose where you lose fat off your body. It’s more important to focus on burning total body fat.
As long as you replace your cardio and crunch workouts with a combination of high intensity intervals, metabolic resistance training, and ab targeted circuits; you can boost your metabolism so you continue burning calories long after your workout finishes.
Even though it was traditionally thought MORE exercise is considered BETTER, it is completely unnecessary to train your abdominals every day.
Listen, would you train other muscle groups – like your legs – every single day?
Of course not. Your abdominals are just like any other muscle in your body. So there’s no need to train your abs this way too. Keep it to 3-4 times per week.
Which brings me to the next point.
Stop and think for a moment. How long do you spend doing abs?
Your ab workouts should take 5-10 minutes, on top of a total body strength training session or off-day conditioning workout. Keep your rest breaks short, and focus on exercise progression.
It’s unnecessary to do “abs workout classes” or even spend a whole 30 minute workout doing only abdominal exercises, especially if you’re looking to jump start your fat loss.
You may not know this, but your abdominal area is made up of smaller deep muscles and the larger muscles that maintain spinal control and pelvic balance. Plus, internal and external obliques, and major back muscles.
Listen, your abs includes more muscles than just the top layer you see in the mirror. The idea is to train your abdominals in three dimensions to support its main roles: stabilization, rotation, resisting movement and lending support simultaneously.
Crunches may directly target your abs, but you only isolate a few muscle groups through one plane of motion. You need to train ALL muscles in your stomach and lower back, through multiple planes of motion.
So add exercises like core rotations or diagonal wood chops to your routine and feel the difference. I’ll show you a few more powerful unique moves in a moment.
Albert Einstein defined insanity as: “Doing the same thing over and over again, and expecting different results.
Everyone has favorite ab exercises. But sadly, they are usually the least challenging. That’s just human nature. So it’s not your fault.
Why not spend your time doing something that actually works? You need to progress and change your ab exercises every month.
Yes. You are resting for too long. You need to hustle.
Ideally, your rest breaks should be no longer than 30 seconds when training for fast results. It’s tough, but using a GymBoss Interval timer (or your Smartphone) will stop you from cheating or slacking off.
Without any control over your rest breaks, your workout can become just like happy hour.
The name of the game is higher intensity, less rest, and short workouts.
You need strategic rest, to keep your fat-burning hormones switched “ON” to get rapid results. Believe it or not, you don’t even need to workout every single day.
1. You’re STILL doing crunches and sit-ups
You probably know the story. There are articles everywhere about the dangers of crunches and the risk of injury to your lower back. Perhaps you have read these too.
Yet, every time I go to the gym I see people doing endless crunches and sit-ups with horrible form. Isn’t this shocking? I apologize if you’ve heard this before. But clearly, this is a very important point to bring up. AGAIN.
And believe it or not, doing crunches and sit up are not only a waste of time, but extremely dangerous for your lower back.
The expert research on this topic speaks for itself. Dr. Stuart McGill is a smart professor at the University of Waterloo, and his findings suggest that spinal flexion (like when you do crunches) could seriously damage your lower back.
The Shocking Study Revealed Crunches Can Damage Your Back
McGill discovered that crunches and traditional sit-ups place 3,300 Newtons (the equivalent of 340 kg!) of compressive force on the spine when bent in flexion. These forces can squeeze the discs in your back to the point that it bulges. This presses on nerves and you guessed it, will cause back pain and potentially lead to a herniated disc.(1) Callaghan JP, McGill SM. (2001). Intervertebral disc herniation: studies on a porcine model exposed to highly repetitive flexion/extension motion with compressive force. Clinical Biomechanics, 16, 28-37
Don’t mess with your discs.
Like I said, just because your back feels OK doing crunches now doesn’t mean it will be fine in the future. Repeated stresses like this damage your back and one day – bam – it will hit you.
Now you can see why trying to get a flat stomach from crunches is really a waste of time and could damage your back if you’re not careful.
Scary, right?
2. You train for endurance NOT strength
You’ve seen the image of a sprinter vs. marathoner. And honestly, I don’t know anyone who’s dream body reflects the scrawny, gaunt marathoner.
But most people are training like a marathoner – without even realizing it. They are doing hundreds, if not thousands of reps of the same ab exercises like crunches and sit-ups, plus long cardio workouts.
These exercises are great for muscular endurance, NOT for building muscle strength.
Just like other muscles in your body, you need to focus on building strong abdominals.
So instead of doing more reps in your workouts, you need to progress the exercise to challenge yourself. For example, once you master lying leg raises, try doing a Hanging Knee Raises, Ab Wheel Rollouts or another unique variation I’ll show you later in this article.
3. You spend hours a week doing cardio
In fact, your friends joke that “cardio” is your middle name… You spend up to 60 minutes sweating it out. Everyday. Single. Day.
Let’s just admit. It’s miserable. And it’s STILL not working.
Another misleading lie people have been lead to believe is long cardio sessions will help you get a flat, sexy stomach. Cardio in the “fat-burning zone” is a total waste of time when you want to the maximum number of calories in the least amount of time possible.
Try interval training. I was personally involved with a breakthrough fat loss research study at UNSW, proving interval training is more effective for reducing belly fat.
Subjects who did 40 minutes of slow cardio three times per week for 15 weeks didn’t lose a single inch of stomach fat. Shocking.
However, doing ONLY 20 minutes of interval training, three times a week helped subjects reduced their belly fat (and flattened their thighs.
(Reference: Trapp, E.G., Chisholm, D.J., Freund, J., Boutcher, S.H. (2008). The effects of high-intensity intermittent exercise training on fat loss and fasting insulin levels of young women. International Journal of Obesity. 32(4):684–691.)
But be careful of the trendy, celebrity workout plans that tout you’ll stay in the “fat burning zone” and still lose weight. It’s just another flat stomach LIE and fitness MYTH.
In fact, you can cut your workout time in HALF without stepping foot on a treadmill. You just have to be “smart” about it by using the unique training method I’ll show you below.
4. The Machines… LIE!
If the first three reasons didn’t surprise you, this one surely will.
In case you didn’t know, it has been discovered that common gym machines OVERESTIMATE the number of calories you burn. That’s right. They LIE to you.
A recent study named the elliptical as the least accurate when it comes to calorie counting, and most machines overestimate calorie burn by a whopping 42%!
Treadmill: Overestimated calories burnt by 13%
Stationary Bike: Overestimated calories burnt by 7%
Stair Climber: Overestimated calories burnt by 12%
Elliptical: Overestimated calories burnt by 42%
Reference: The University of California at San Francisco’s Human Performance CenterStationary Bike: Overestimated calories burnt by 7%
Stair Climber: Overestimated calories burnt by 12%
Elliptical: Overestimated calories burnt by 42%
So even though cardio exercise is considered healthy, the number of calories burned can be misleading. While you thought you burned enough calories to negate that muffin, in reality, you didn’t even come close.
5. Spot Reduction is a Myth
To get flat, sexy abs, you need to burn the layer of fat off your stomach first. But exercises targeting your stomach will not do the trick. I’m afraid it’s not so simple, or every person I saw doing crunches would get results.
The problem is, you can’t spot reduce. This means you can’t choose where you lose fat off your body. It’s more important to focus on burning total body fat.
As long as you replace your cardio and crunch workouts with a combination of high intensity intervals, metabolic resistance training, and ab targeted circuits; you can boost your metabolism so you continue burning calories long after your workout finishes.
6. You train your abs every single day
Even though it was traditionally thought MORE exercise is considered BETTER, it is completely unnecessary to train your abdominals every day.
Listen, would you train other muscle groups – like your legs – every single day?
Of course not. Your abdominals are just like any other muscle in your body. So there’s no need to train your abs this way too. Keep it to 3-4 times per week.
Which brings me to the next point.
7. Your ab workouts are too long
Stop and think for a moment. How long do you spend doing abs?
Your ab workouts should take 5-10 minutes, on top of a total body strength training session or off-day conditioning workout. Keep your rest breaks short, and focus on exercise progression.
It’s unnecessary to do “abs workout classes” or even spend a whole 30 minute workout doing only abdominal exercises, especially if you’re looking to jump start your fat loss.
8. You only move through one plane of motion
You may not know this, but your abdominal area is made up of smaller deep muscles and the larger muscles that maintain spinal control and pelvic balance. Plus, internal and external obliques, and major back muscles.
Listen, your abs includes more muscles than just the top layer you see in the mirror. The idea is to train your abdominals in three dimensions to support its main roles: stabilization, rotation, resisting movement and lending support simultaneously.
Crunches may directly target your abs, but you only isolate a few muscle groups through one plane of motion. You need to train ALL muscles in your stomach and lower back, through multiple planes of motion.
So add exercises like core rotations or diagonal wood chops to your routine and feel the difference. I’ll show you a few more powerful unique moves in a moment.
9. Your ab workout is always the same
Albert Einstein defined insanity as: “Doing the same thing over and over again, and expecting different results.
Everyone has favorite ab exercises. But sadly, they are usually the least challenging. That’s just human nature. So it’s not your fault.
Why not spend your time doing something that actually works? You need to progress and change your ab exercises every month.
10. Your rest breaks are too long
Yes. You are resting for too long. You need to hustle.
Ideally, your rest breaks should be no longer than 30 seconds when training for fast results. It’s tough, but using a GymBoss Interval timer (or your Smartphone) will stop you from cheating or slacking off.
Without any control over your rest breaks, your workout can become just like happy hour.
The name of the game is higher intensity, less rest, and short workouts.
You need strategic rest, to keep your fat-burning hormones switched “ON” to get rapid results. Believe it or not, you don’t even need to workout every single day.
2 Sneaky Tricks That Control Your #1 Fat Burning Hormone
By Shaun Hadsall and Joel Marion
Best Selling Nutrition Authors and Stubborn Fat Experts
Picture how you look in the mirror naked at this very moment.
Did you know the amount of belly fat and cellulite that you’re carrying on your body right now is determined by ONE single solitary hormone?
Did you know that when you learn exactly how to CONTROL this hormone you can literally take total control of all other hormones to keep your body looking younger and healthier – while dramatically accelerating your fat loss?
Did you also know that this hormone is even responsible for helping you conquer your appetite and cravings?
Simply put, LACK of maximizing your body’s #1 fat burning hormone can age you faster, block your body’s ability to burn fat and send you into food binges that force you to pack on belly fat. But even though you’ve probably NEVER even heard of this hormone, we are on a serious mission to help people discover the real truth about how it works inside your body to help you get the flat, attractive belly you so deeply desire.
All you have to do is to read through the short article below and you’ll discover the easiest ways to manipulate this master hormone to end slow fat-loss – and you’ll experience a difference in LESS than one short week.
This isn’t another gimmicky diet quick fix where you’ll end up being sold some miracle weight loss pill or shady supplement. It doesn’t matter if you’re young or old – and it doesn’t matter how much experience you have OR how good you think your diet and exercise plan already is. These tricks work on EVERY person’s body with just a few small tweaks.
My name is Shaun Hadsall and my partner in fat burning crime is Joel Marion. We’ve spent the last 15+ years relentlessly researching, reading articles, and analyzing studies to master our knowledge of naturally controlling hormones to help average people like you end weight loss frustration once and for all.
What we’ve uncovered about controlling this particular hormone is never talked about. But your body’s resistance to this one solitary hormone could be keeping you fat and STOPPING your body from burning belly fat.
But we do have to give you a serious warning. What you’re about to read is often times considered highly controversial and never talked about in the mainstream diet and nutrition industry. In fact, as you’ll see below, you’ll NEVER hear about this hormone from your local dietician, your family doctor, nutritionists, or hardly ANY personal trainers.
These 2 simple steps reveal what you MUST STOP doing to take complete control of you body’s #1 fat burning hormone... and EXACTLY how to reprogram your metabolism to quickly burn off belly fat – in as little as 3 short days.
Just follow the 2 sneaky tricks below and you’ll discover exactly how to “shut off” your hunger hormones and cravings, while you “turn on” your body’s fat-burning switch with each and every bite making it IMPOSSIBLE for you NOT to burn more stubborn belly fat.Below, you’ll find the steps, and you’ll also discover an easy and delicious way to “fix” your broken diet and KEEP your body in a consistent, fat burning environment 24 hours a day – all while eating MORE of your favorite foods.
STOP Eating This Fat-Storing Food Ingredient (It’s “Hidden” in your favorite health foods)
Have you ever asked yourself, “Why can’t I STOP eating?!?”The one word answer: LEPTIN
Leptin is a hormone produced in fat cells and it communicates with your brain to help you CONTROL hunger and cravings. It also helps regulate your metabolic rate. When your leptin is working properly it will kill your cravings by telling your brain to stop eating, to stop storing fat, and to START burning it.
In other words, your sensitivity to Leptin is either making you BURN fat, or making your STORE fat.
But there is ONE particular food ingredient “hiding” in hundreds, if not thousands, of healthy foods that blocks the passage of leptin to your brain.
Its name is FRUCTOSE, and it’s found in almost all foods that are labeled “heart healthy”. In fact, this is the one food ingredient that could be STOPPING your body from maximizing leptin sensitivity, which will give you uncontrollable hunger and prevent your body from using fat as fuel source.
Getting moderate amounts of naturally occurring fructose from fruits is totally different because it has an all-natural antidote – fiber. But in order for you to restore your leptin levels simply REMOVE fructose from your diet – especially high fructose corn syrup.
When you cut out fructose, you’ll prevent those nasty cravings, increase your metabolic rate, MAXIMIZE Leptin sensitivity, and stack the deck in your favor for faster fat-loss.
Now you just have to make sure you’re avoiding the one type of exercise that suppresses your body’s #1 fat burning hormone.
Which leads us to Sneaky Trick #2….
AVOID long, boring, ineffictive cardio for burning fat (Use THIS 30 second exercise “trick” instead)
Did you know that if you perform 30, 40, even 50
minutes of slow and steady cardio day after day that, over time, it can
actually make you GAIN fat around your belly, your thighs, and your
legs?
All of these nasty side effects cause inflammation, which DECREASES your sensitivity to Leptin. This is why you should AVOID chronic, steady state cardio workouts and replace them with shorter bouts of higher intensity exercise instead.
For example, a study done by Guerra et al. in 2011 looked at high intensity exercise bursts, like sprints, and their effect on Leptin “signaling”.
What Happened? Researchers found that a SINGLE session of sprint training had powerful effects on Leptin “signaling”. The sprints RESET leptin levels, which will can help overweight and obese people burn MORE fat and help already lean individuals get “leaner”.
Below is a sample routine you can try.
Caution: The protocol below is typically not for beginners. Make sure you’ve conditioned yourself previously with normal exercise on a consistent basis and make sure you’ve been cleared by your doctor for higher intensity exercise.
Your 30 Second Leptin Boosting Exercise Protocol
Intensity Level Guidelines Below
Level 1 = Warm-Up or Slow Pace
Level 2 = Medium
Level 3 = Medium-High
Level 4 = High
Level 5 = Hard as you can go (based on your current level of personal condition)
Level 2 = Medium
Level 3 = Medium-High
Level 4 = High
Level 5 = Hard as you can go (based on your current level of personal condition)
*Intensity
levels are different for every person and are based on your current
condition, age, gender, or other limitations, so please gauge your
intensity level based on where you’re at right now personally.
Additionally, using this approach can make a dramatic change in how your body looks because it forces your body to “naturally” release fight or flight hormones that help you BURN OFF stubborn fat.
These higher intensity exercise bursts also increase blood flow to those hard-to-get-rid-of stubborn fat areas-–like lower abdomen fat and even pockets of cellulite—to help you burn even MORE fat.
Feel free to use any type of exercise you want for your 30 second bursts. Pick your favorite cardio exercise, use your bodyweight, or go outside and do some sprint work.
All you have to do is simply REPLACE two or three of your long, boring cardio sessions with this type of training a few days a week and it can serve as a legitimate way to RESET Leptin, and ultimately help you control long term fat loss.
Why is sleep still such a mystery?
Tom Chivers December 09, 2013 The Telegraph, London
The puzzle of sleep: we may not know why we do it, but we know we don't get enough of it.
We spend a third of our lives doing it, but take remarkably little time to think about it. How much do we really know about sleep?
How much do we really know about sleep? There is no single activity that humans do more: if you live to be 90, you will probably spend 32 years asleep. It is as vital for us as eating or drinking water. Sleep deprivation will kill you as surely as starvation. It is an activity we share with every other animal species, from cockroaches to chimpanzees. Yet we do not fully understand why we do it. Sleep scientists are locked in furious disagreements about what it's for. Some suggest it's to do with memory; some suggest it's about clearing toxins from the brain; others suggest a combination of several factors. Others are even trying to establish whether humans can do without it altogether, using pharmaceutical drugs.
Whatever is going on when we sleep, we do know one thing: we're not doing it enough, and we're doing it badly. We're dosing ourselves with caffeine and nicotine to stay awake, and knocking ourselves out with alcohol and sleeping tablets, and all the while stopping ourselves from getting the healthy, normal sleep that lets our brains function.
''The question of why we sleep is incredibly interesting,'' says Prof Russell Foster, a neuroscientist and sleep specialist at the University of Oxford. ''You have to disentangle it into two parts. One, what's going on in the human brain as we sleep, and two, why did sleep evolve? They're related, but they're not the same.'' From an evolutionary point of view, on the surface, sleep is baffling.
Every member of the animal kingdom is forced to spend perhaps a third of its life unconscious and vulnerable: unable to feed, unable to watch for predators, unable to protect its offspring. ''Everything sleeps. Not just humans, not even just vertebrates. Most of our studies of, for example, the genetics of sleep have been done in fruit flies,'' says Adrian Williams, a professor of sleep medicine at King's College London. Any animal that could do without it, you might think, would be at a huge advantage. And yet none does. ''If sleep doesn't serve some vital function, it is the biggest mistake evolution ever made,'' as the great sleep scientist Allan Rechtschaffen said.
But perhaps it's not as mysterious as we think, and perhaps it does not have just one vital function, but many. The Earth has been spinning around the Sun for five billion years. Life, in some form or another, has been clinging to its surface for at least 3.5?billion of those. And for all of that time, it has had to deal with the abrupt and dramatic changes in light and heat that come with day and night. ''Early on in the cycle, animals, and indeed plants, became adapted to the varying pressures of the light-dark cycle,'' says Foster. They developed what we now know as a biological clock: a fine-tuning of physiology and behaviour to deal appropriately with that cycle.
''Animals have made an evolutionary commitment to being active at one stage or another of the cycle,'' says Foster. ''So, if you're a nocturnal animal, you've got big ears and eyes, and maybe big whiskers. That's pretty much useless during the day, and an animal adapted to the day is useless at night.''
It's good practice, then, to hide yourself away during the
hours of (in our case) darkness. And if you're going to be out of action
for a predictable period of time every day, says Foster, you might as
well use that time for something. ''Cells and bodies have to do a whole
raft of housekeeping functions,'' he says - clearing out toxins,
bringing in new fuel - and brains, especially, have a lot to deal with.
''All this information is streaming in during the day: it needs, at some
stage, to be processed and packaged.'' A recent paper found that one
activity of sleep is clearing a toxin called beta-amyloid protein, which
is associated with Alzheimer's disease, out of the brain. Not all sleep
scientists would agree with him, but Foster thinks that the correct
evolutionary answer to the question ''why do we sleep?'' is: lots of
reasons.
To examine those reasons in more detail, we need to talk about Foster's second question: what's going on, physiologically, in our brains when we sleep? To answer that, in turn, we need to ask what we mean by sleep at all. We tend to think of sleep as just an absence of consciousness, because that's what we experience it as: we lie there for a bit, then we nod off, then we get up with a full bladder and wander to the lavatory, then we go back to sleep again until the alarm goes off. But there is more to it than that.
For humans, there are four distinct phases of sleep: three largely dreamless phases of increasing depth, then a highly active period, known as ''rapid eye movement'' or REM sleep, when most of our dreams happen. ''We pass from wakefulness through the sleep phases in a very orderly pattern,'' says Williams, going through all the phases about four or five times in a normal night. The first four hours or so you spend more time in ''restorative'' non-REM sleep; the second half, you spend more in dream-laden REM sleep. ''Dreaming has a real biological function,'' says Williams. ''Rechtschaffen, one of the pioneers of sleep science, experimented on rats, forcing them to stay awake. They all died of weight loss, within two weeks, despite eating more than usual. But if you let them get some sleep, but just deprived them of REM sleep, they died within four.'' Francis Crick, one of the co-discoverers of the DNA double helix, was one of the first to suggest what's going on in REM and non-REM sleep. ''His idea was that non-REM sleep is for repairing the body and REM sleep is for rewiring the brain,'' Williams says. ''The brain is very active during REM sleep; it uses as much oxygen as it does while it's awake.'' REM sleep is when we do most of our dreaming. We are fascinated by dreaming.
The fascination comes, in part, because we feel there is something semi-mystical about dreaming. There are famous stories of people having great creative breakthroughs in their dreams: Paul McCartney claims that he woke up one morning with the tune for Yesterday already playing in his head; Dmitri Mendeleev is said to have seen the periodic table of elements in a dream, and when he wrote it down in the morning, ''only in one place did a correction seem necessary''. In a perhaps less epoch-making moment, Stephenie Meyer says she came up with the idea for her Twilight novels in a dream, as well.
Most of us won't come up with a scientific breakthrough or a bestselling vampire series in our dreams. But dreaming-time is still important. Foster believes the brain is making sense of events, that it is putting together a ''jigsaw'' of information and that the pieces that it can't fit into its usual model of how the world works create the bizarre associations of dreams - the ''I was in the office, but it was also Ikea, and Tom Selleck was there'' stuff. Those bits aren't kept for long-term memory, although we'll remember them if we wake in the middle of one. As Foster admits, the role of REM sleep in memory is unclear, as some studies have cast doubt on whether it has an effect on our recall.
Also controversial is the phenomenon of ''lucid dreaming'': wakefulness in dreaming, when dreamers are aware of the dream and able to control their actions. Some doubt its reality - the philosopher Norman Malcolm pointed out that there is something absurd about saying ''I dreamt that I realised I was dreaming, dreamt that I was affecting the course of my dream, and then dreamt that I woke myself up by telling myself to wake up.'' But, says Foster, it is a real phenomenon, and what's more, some people can train themselves to do it, much like the sci-fi film Inception. The internet is full of how-to guides, telling would-be lucid dreamers to ask themselves constantly during the day, ''Am I dreaming?'' so the habit carries on into sleep. Foster says the practice is ''akin to substance abuse'' in that you ''trick the brain into behaving in a way that is slightly disconnected from the real world''.
As the rat studies showed, sleeping is essential for survival. But we struggle to get enough. While, on average, we need 8.1 hours' sleep a night, a study in 2006 found that the average American got barely six hours (although 7.5 were spent actually in bed). ''We don't have as good data in the UK,'' says Foster, ''but all the data we do have suggests that we are getting significantly less sleep today compared to the Fifties and Sixties.'' That 8.1 hours is only an average, of course: the actual amount of sleep you need will almost certainly be between six and 10. ''It's taken from a very old study,'' says Williams, ''in which they took a group of healthy young people on holiday and let them sleep as long as they wanted. The first couple of nights they slept for nine hours, and after that it settled.'' You'll notice the same, if you're sleep-deprived: that you reach the weekend and you have to sleep for longer, to catch up on sleep debt. This is called the ''homeostatic drive'', and every creature has it. ''If you disturb a fish or a fruit fly or whatever during their rest period, it will need more sleep the following night,'' says Foster. ''And if it doesn't get it, the organism will seek more of it. Like starving something of food.'' In future, it may be possible to use drugs to reduce our sleep need, or even mimic it and thus do away with it altogether. Modafinil, a ''eugeroic'' or wakefulness-promoting drug that can keep people awake for days at a time, appears to do so without building up a sleep debt. Foster has said before that, in the relatively near future, it may be possible to reduce sleep need to a couple of hours a night, extending our conscious lives by nearly 50 per cent.
For the time being, though, that is not a realistic option, and instead people are self-medicating with stimulants and sedatives. That would be bad enough, but, says Foster, the practice is spreading to a far more vulnerable group: schoolchildren. ''Teenagers who get up late aren't lazy: they naturally need more sleep than adults,'' he says. ''The difference between a fifty-something and a late teen is about two hours, so making a teenager get up at 7am is like making a 55-year-old get up at 5am.'' A study in America found that teenagers need an average of nine hours' sleep, but that a quarter were getting less than six-and-a-half.
Foster says the situation is even worse in Britain. ''I visited a school in Liverpool and spoke to a 13-year-old girl,'' he says. ''She said she sleeps fine, because she takes lots of sleeping tablets. I asked how she manages the next day, and she said she has about three Red Bulls before lunchtime. This is a developing, plastic brain, which is being insulted with these sedatives and stimulants, and we have no idea what the consequences of that are.''
What's strange about all this is how sleep, a third of our lives, takes up so little of our thinking. Medical schools dedicate almost no teaching to it; our education system worries about so much else, but not about the very simple and obvious fact that sleep deprivation ruins children's ability to learn. ''This school in Liverpool was amazing,'' says Foster. ''The teachers were fantastic, it had all the books and equipment, but the kids were falling asleep in class, because they're not getting guidance on how important sleep is. No one's telling them, absolutely no one's telling them. We're educating our kids in so many areas - sex, hygiene, drugs - but nobody gives us any guidance about the single most important behaviour we experience. It's bordering on the criminal, frankly.''
To examine those reasons in more detail, we need to talk about Foster's second question: what's going on, physiologically, in our brains when we sleep? To answer that, in turn, we need to ask what we mean by sleep at all. We tend to think of sleep as just an absence of consciousness, because that's what we experience it as: we lie there for a bit, then we nod off, then we get up with a full bladder and wander to the lavatory, then we go back to sleep again until the alarm goes off. But there is more to it than that.
For humans, there are four distinct phases of sleep: three largely dreamless phases of increasing depth, then a highly active period, known as ''rapid eye movement'' or REM sleep, when most of our dreams happen. ''We pass from wakefulness through the sleep phases in a very orderly pattern,'' says Williams, going through all the phases about four or five times in a normal night. The first four hours or so you spend more time in ''restorative'' non-REM sleep; the second half, you spend more in dream-laden REM sleep. ''Dreaming has a real biological function,'' says Williams. ''Rechtschaffen, one of the pioneers of sleep science, experimented on rats, forcing them to stay awake. They all died of weight loss, within two weeks, despite eating more than usual. But if you let them get some sleep, but just deprived them of REM sleep, they died within four.'' Francis Crick, one of the co-discoverers of the DNA double helix, was one of the first to suggest what's going on in REM and non-REM sleep. ''His idea was that non-REM sleep is for repairing the body and REM sleep is for rewiring the brain,'' Williams says. ''The brain is very active during REM sleep; it uses as much oxygen as it does while it's awake.'' REM sleep is when we do most of our dreaming. We are fascinated by dreaming.
The fascination comes, in part, because we feel there is something semi-mystical about dreaming. There are famous stories of people having great creative breakthroughs in their dreams: Paul McCartney claims that he woke up one morning with the tune for Yesterday already playing in his head; Dmitri Mendeleev is said to have seen the periodic table of elements in a dream, and when he wrote it down in the morning, ''only in one place did a correction seem necessary''. In a perhaps less epoch-making moment, Stephenie Meyer says she came up with the idea for her Twilight novels in a dream, as well.
Most of us won't come up with a scientific breakthrough or a bestselling vampire series in our dreams. But dreaming-time is still important. Foster believes the brain is making sense of events, that it is putting together a ''jigsaw'' of information and that the pieces that it can't fit into its usual model of how the world works create the bizarre associations of dreams - the ''I was in the office, but it was also Ikea, and Tom Selleck was there'' stuff. Those bits aren't kept for long-term memory, although we'll remember them if we wake in the middle of one. As Foster admits, the role of REM sleep in memory is unclear, as some studies have cast doubt on whether it has an effect on our recall.
Also controversial is the phenomenon of ''lucid dreaming'': wakefulness in dreaming, when dreamers are aware of the dream and able to control their actions. Some doubt its reality - the philosopher Norman Malcolm pointed out that there is something absurd about saying ''I dreamt that I realised I was dreaming, dreamt that I was affecting the course of my dream, and then dreamt that I woke myself up by telling myself to wake up.'' But, says Foster, it is a real phenomenon, and what's more, some people can train themselves to do it, much like the sci-fi film Inception. The internet is full of how-to guides, telling would-be lucid dreamers to ask themselves constantly during the day, ''Am I dreaming?'' so the habit carries on into sleep. Foster says the practice is ''akin to substance abuse'' in that you ''trick the brain into behaving in a way that is slightly disconnected from the real world''.
As the rat studies showed, sleeping is essential for survival. But we struggle to get enough. While, on average, we need 8.1 hours' sleep a night, a study in 2006 found that the average American got barely six hours (although 7.5 were spent actually in bed). ''We don't have as good data in the UK,'' says Foster, ''but all the data we do have suggests that we are getting significantly less sleep today compared to the Fifties and Sixties.'' That 8.1 hours is only an average, of course: the actual amount of sleep you need will almost certainly be between six and 10. ''It's taken from a very old study,'' says Williams, ''in which they took a group of healthy young people on holiday and let them sleep as long as they wanted. The first couple of nights they slept for nine hours, and after that it settled.'' You'll notice the same, if you're sleep-deprived: that you reach the weekend and you have to sleep for longer, to catch up on sleep debt. This is called the ''homeostatic drive'', and every creature has it. ''If you disturb a fish or a fruit fly or whatever during their rest period, it will need more sleep the following night,'' says Foster. ''And if it doesn't get it, the organism will seek more of it. Like starving something of food.'' In future, it may be possible to use drugs to reduce our sleep need, or even mimic it and thus do away with it altogether. Modafinil, a ''eugeroic'' or wakefulness-promoting drug that can keep people awake for days at a time, appears to do so without building up a sleep debt. Foster has said before that, in the relatively near future, it may be possible to reduce sleep need to a couple of hours a night, extending our conscious lives by nearly 50 per cent.
For the time being, though, that is not a realistic option, and instead people are self-medicating with stimulants and sedatives. That would be bad enough, but, says Foster, the practice is spreading to a far more vulnerable group: schoolchildren. ''Teenagers who get up late aren't lazy: they naturally need more sleep than adults,'' he says. ''The difference between a fifty-something and a late teen is about two hours, so making a teenager get up at 7am is like making a 55-year-old get up at 5am.'' A study in America found that teenagers need an average of nine hours' sleep, but that a quarter were getting less than six-and-a-half.
Foster says the situation is even worse in Britain. ''I visited a school in Liverpool and spoke to a 13-year-old girl,'' he says. ''She said she sleeps fine, because she takes lots of sleeping tablets. I asked how she manages the next day, and she said she has about three Red Bulls before lunchtime. This is a developing, plastic brain, which is being insulted with these sedatives and stimulants, and we have no idea what the consequences of that are.''
What's strange about all this is how sleep, a third of our lives, takes up so little of our thinking. Medical schools dedicate almost no teaching to it; our education system worries about so much else, but not about the very simple and obvious fact that sleep deprivation ruins children's ability to learn. ''This school in Liverpool was amazing,'' says Foster. ''The teachers were fantastic, it had all the books and equipment, but the kids were falling asleep in class, because they're not getting guidance on how important sleep is. No one's telling them, absolutely no one's telling them. We're educating our kids in so many areas - sex, hygiene, drugs - but nobody gives us any guidance about the single most important behaviour we experience. It's bordering on the criminal, frankly.''
Calorie control guide for men and women
If you’ve heard it once, you’ve heard it a thousand times: The best — maybe even the only — way to lose weight is to count calories.
After all, it’s a pretty simple equation: Calories in vs. calories out. Eat more calories than you burn, and you gain weight. Eat fewer calories than you burn and you lose weight.
Except counting calories isn’t that simple.
The problems with calorie counting
First of all — on the “calories in” side — you do need to figure out how many calories are in the foods you want to eat. And that takes handbooks, websites, databases and math. Just to plan your lunch. Groan.
Next, you have to assume that the handbooks, websites, and databases’ calorie estimates are correct. They’re often not. In fact, research has shown they can be off by about 25% because of incorrect labeling, laboratory measurement error, and food quality.
Then, of course, there’s the “calories out” side. Estimating your calorie expenditure each day comes with another 25% measurement error because of the equipment you’re using, laboratory measurement errors, and individual differences.
A possible 25% error on the “calories in” side, and another 25% error on the “calories out” side.
Is it even worth:
- pulling out measuring cups to a chorus of boos from family members;
- dusting off the food scale while trying to ignore the taunts of friends;
- wheeling in the abacus from the den to keep up the calorie tally;
- subscribing to apps and web services to track these less-than-accurate numbers?
Sure, we should have an idea of how much food we’re eating each day, so we can adjust based on our goals.
But counting calories itself is a drag! No wonder so many people give up and go back to eating the way they were before.
The calorie counting antidote
Here’s the good news: counting calories is rarely necessary. No carrying around weigh-scales and measuring cups. No calculators or smart phones.
All you need is the ability to count to two. And your own hand.
Here how it works:
- Your palm determines your protein portions.
- Your fist determines your veggie portions.
- Your cupped hand determines your carb portions.
- Your thumb determines your fat portions.
To determine your protein intake
For protein-dense foods like meat, fish, eggs, dairy, or beans, use a palm sized serving.
For men we recommend two palm-sized portions with each meal.
And for women we recommend one palm-sized portion with each meal.
Note: a palm-sized portion is the same thickness and diameter as your palm.
To determine your vegetable intake
For veggies like broccoli, spinach, salad, carrots, etc. use a fist-sized serving.
For men we recommend 2 fist-sized portions of vegetables with each meal.
And for women we recommend 1 fist-sized portion of vegetables with each meal.
Again, a fist-sized portion is the same thickness and diameter as your fist.
To determine your carbohydrate intake
For carbohydrate-dense foods – like grains, starches, or fruits – use a cupped hand to determine your serving size.
For men we recommend 2 cupped-hand sized portions of carbohydrates with most meals.
And for women we recommend 1 cupped-hand sized portion of carbohydrates with most meals.
To determine your fat intake
For fat-dense foods – like oils, butters, nut butters, nuts/seeds – use your entire thumb to determine your serving size.
For men we recommend 2 thumb-sized portions of fats with most meals.
And for women we recommend 1 thumb-sized portion of fats with most meals.
A note on body size
Of course, if you’re a bigger person, you probably have a bigger hand. And if you’re a smaller person… well, you get the idea. Your own hand is a personalized (and portable) measuring device for your food intake.
True, some people do have larger or smaller hands for their body size. Still, our hand size correlates pretty closely with general body size, including muscle, bone – the whole package.
Planning your meals flexibly
Based on the guidelines above, which assume you’ll be eating about 4 times a day, you now have a simple and flexible guide for meal planning.
For men:
- 2 palms of protein dense foods with each meal;
- 2 fists of vegetables with each meal;
- 2 cupped hands of carb dense foods with most meals;
- 2 entire thumbs of fat dense foods with most meals.
For women:
- 1 palm of protein dense foods with each meal;
- 1 fist of vegetables with each meal;
- 1 cupped hand of carb dense foods with most meals;
- 1 entire thumb of fat dense foods with most meals.
Of course, just like any other form of nutrition planning — including calorie counting – this serves as a starting point.
You can’t know exactly how your body will respond in advance. So stay flexible and adjust your portions based on your hunger, fullness, and other important goals.
For example: if you’re trying to gain weight, and you’re having trouble gaining, you might add another cupped palm of carbohydrates or another thumb of fats. Likewise, if you’re trying to lose weight but seem to have stalled out, you might eliminate a cupped palm of carbohydrates or a thumb of fats at particular meals.
Remember: This is a starting point. Adjust your portions at any time using outcome-based decision making, aka “How’s that working for you?”
For fitness and nutrition professionals
As a fitness or nutrition coach, you might have certain food/nutrient goals in mind for your clients. No problem.
But should you tell them to eat 1 g of protein per pound of body weight? Or 25-50 grams of protein with lunch? (Hint: No.)
Many clients don’t even know which foods have protein in them, let alone knowing how many grams each food has and what a portion size of that food looks like. That makes gram-based recommendation pretty tricky.
Fussing with numbers creates a lot of anxiety and confusion for clients. Eating healthy will seem “just too complicated” for them, and they’ll eventually give up or wander off in the wrong direction.
Plus, here’s the most important piece: Most clients don’t need this level of detail. The simpler and clearer you can make your recommendations, the more likely clients are to follow them.
So, instead, why not share these guidelines? How much easier can healthy, individualized eating be?
Download our calorie control guides
To make this even easier, we created one-page guides that summarize our recommendations. One for men and one for women. Download them, print them out, and share them with friends, family, or clients.
Click the image below to download and print the guide for men.
Strong At Every Age
- Date
Paula Goodyer
The debate is over - the key to health and fitness is to get moving, whether you are three or 73.
Strength training now has considerable traction with the over-60s. Photo: AFR
If you still see exercise as an optional extra, not a health
essential, science is finding more reasons to change your mind -
including new research that suggests strong muscles are good medicine.One of the most compelling recent findings is that muscles are actually a huge secretory organ. When we exercise them, they release hormone-like chemicals that have a major influence on every system of the body, says Rob Newton, foundation professor of exercise and sports science at Western Australia's Edith Cowan University.
The effects of these chemicals - called myokines - include reducing the low-level inflammation in the body thought to contribute to heart disease, type 2 diabetes and Alzheimer's - and possibly working as tumour suppressants.
'Doing aerobic exercise like walking, running or
cycling and ignoring strength exercises is like remembering to change
the oil in the car regularly but ignoring the transmission fluid.'
''Some studies have found that extracting blood from
exercising humans and adding it to cancer cells in test tubes slows the
rate of cell reproduction,'' he says. ''In a study of mice, the growth
of breast cancer cells was halted in mice that exercised, while the
cancer continued developing in mice that were inactive.''This may be one reason exercise appears to help reduce the risk of some cancers and improve survival in people with cancer.
''Some types of exercise, including strength training, also produce a surge of the hormone testosterone, which helps sharpen thinking and memory,'' he adds.
Then there's the effect of exercise on mitochondria, the little energy ''factories'' in our cells. When you exercise, your body makes more mitochondria - and the more you have the more you can do.
''But when you're inactive, the numbers of mitochondria decline so it gets harder to do things,'' Newton explains. ''If you become ill when you already have fewer mitochondria, it's harder to recover. ''
Examples like these show why an exercise habit is like a pill that boosts energy, strength and improves resistance to disease, he says.
And if we want to reduce the risk of inactivity-driven diseases such as heart disease, diabetes, cancer and Alzheimer's, we need a regular dose all the way from childhood to old age.
Childhood and adolescence: Fighting inactivity
It's not just grown-ups who have been forced into inactivity by 21st-century lifestyles. When did you last see a toddler walking in a shopping centre? It's more common to see toddlers and even older children sitting in strollers or shopping trolleys and it's easy to see why. Wheeling children around is more convenient than walking at their pace. Yet if you check Australia's latest Physical Activity Guidelines, spending long periods in car seats and strollers isn't on the to-do list. ''All children (birth to five years) should not be sedentary, restrained, or kept inactive for more than one hour at a time, with the exception of sleeping,'' is the advice.
''Once I would have said that it's in the teens when children leave school that physical activity declines, but kids are becoming less active at younger ages,'' Newton says. ''Screen time is up but there are also other factors, including concerns about litigation or safety that lead to limits on what children are allowed to do - like banning monkey bars or even lunchtime sport in some schools.''
And although we hear a lot about kids needing calcium for strong bones, only physical activity will build bone, he says.
Ironically, among the tips for bone and muscle-building moves for five to 12-year-olds from the Physical Activity Guidelines is climbing or swinging on monkey bars and climbing frames. Other suggestions are games such as tug o' war (great for muscle) and hopscotch (because jumping is good for strengthening bone), along with dance, gymnastics and martial arts.
Prime time for bone growth is childhood, adolescence and young adulthood - getting as much bone in the ''bank'' between then and 30 is a hedge against the gradual bone loss that starts after 40.
20 to 50: Exercise boosts performance
Because these are peak years for building careers and families, time is limited, but being physically active helps mind and body work better, improving productivity, Newton says. ''If you say, 'I've got kids - there's no time to exercise', it's worth remembering that you won't be much good for your kids if you have a heart attack.''
While aerobic exercise to prevent heart disease is important, we also need two to three sessions of strength training a week, he says.
''Doing aerobic exercise like walking, running or cycling and ignoring strength exercises is like remembering to change the oil in the car regularly but ignoring the transmission fluid.''
50 to 65: Disease-proofing for better health
An exercise habit now will help stave off chronic diseases that can blight older age.
''If you're planning to travel in retirement but get to 65 with problems - overweight, arthritis and muscle loss - it won't be so much fun,'' says Newton, stressing that conserving muscle and bone with strength training helps head off frailty further down the track.
''Walking is terrific for helping to prevent cardiovascular disease but does nothing for building muscle or bone,'' he says.
''Regular strength training also provides muscles with a built-in repair kit. It causes satellite cells attached to the outside of muscle cells to proliferate and donate nuclei to muscle tissue, allowing new cells to grow and repair - so even though you're older, muscles are still strong and tuned for repair and growth.
''Exercising muscle also helps control blood glucose levels. If you have low muscle mass you can't control blood-sugar levels so well, increasing diabetes risk.''
60 plus: Getting with the strength
You'd think the generation most likely to pick up weights are 20 or 30-somethings doing CrossFit, but strength training now has considerable traction with the over-60s, Newton says. Many have joined Living Longer, Living Stronger - a program of strength-training classes, available in some states, to reduce age-related decline and improve health.
''It doesn't have to be strength training at the gym - it can be gardening if there's lifting and digging involved. The No. 1 reason people go into dependent care is frailty. This is the age group with the most to lose if muscle strength dwindles, but a lot to gain if they can slow muscle loss.''
4 million Australians deficient in vitamin-D
- The Age : Date
Lucy Carroll
Health Reporter
More than 1.1 million people had moderate to severe deficiency in vitamin D.
Almost 4 million Australians are not getting enough vitamin D, data released by the Bureau of Statistics shows.
In the most wide-ranging survey of the nutrient to date, researchers found that levels of the vitamin varied wildly between seasons. Deficiency rates soared to almost 50 per cent for those living in Victoria and the ACT during winter.
Specialists say this is a warning that people are limiting their exposure to the sun by spending too much time indoors, thereby increasing their risk of poor bone health and chronic disease due to poor levels of the vitamin.
''It's a real problem which alerts the population that we shouldn't dismiss it,'' Rebecca Mason, a professor of physiology at the University of Sydney's Bosch Institute, said.
She said Australians needed at least 10 minutes of exposure to the sun on the arms during mid-morning or afternoon in summer to receive adequate vitamin D, which is absorbed through the sun's ultraviolet-B rays.
''We are spending far too much time indoors watching television and using technology,'' Professor Mason said. ''We're just not getting out there enough - with or without sunscreen.''
The survey also found that about one in 20 people took supplements in 2011-12. The majority were women aged over 54.
Surprisingly, about one in three young adults aged 18 to 34 were deficient, double the number of people aged between 65 and 74.
Although most of those surveyed were mildly deficient in vitamin D, more than 1.1 million people had moderate to severe deficiency.
But Australian Medical Association NSW vice-president Saxon Smith said historically people lacked the sunshine hormone, and low measures did not necessarily have negative health implications.
For people with renal failure or brittle bones, taking supplements is important, he said, but if ''healthy young Australians are measured during the middle of winter, then the results could be inconsequential''.
Dr Smith said estimates by the Royal College of Pathologists of Australasia showed that at least half the 4 million tests for vitamin D deficiency taken each year were ''unnecessary''.
It recommended that testing be limited to people at high risk of deficiency, including those with chronic kidney failure or strong risk factors, such as having very dark skin.
Recent studies have questioned the role of the vitamin in preventing chronic disease. One study, published in The Lancet, said taking supplements could be a waste of money and should be avoided.
Professor Mason said while there was ''overwhelming'' evidence that adequate vitamin D with calcium was important in reducing falls and fractures, as well as in lowering mortality, it was unclear if low levels were a marker of poor health.
What To Eat Before, During, And After Exercise
Workout nutrition:
By Brian St. Pierre
We all know that what you eat is important. But what about when you eat? Especially if you’re active?
In this article, we’ll review the evidence on workout
nutrition and give you practical recommendations for what to eat before,
during, and after exercise.
Quick summary
By eating a healthy, well-considered meal 1-2 hours
before exercise, and another healthy, well-considered meal within 1-2
hours after exercise, most people can meet their workout nutrition needs
without anything else.
In other words:
If you’re a healthy person who exercises regularly, you probably don’t need special workout nutrition strategies.
Athletes have special needs
Of course, if you’re…
- An endurance athlete. You train for high-level competition. You log a lot of high intensity miles each week. For you, carbohydrate and calorie needs are likely higher. You could add a protein + carbohydrate (P+C) drink during your training.
- Training as a bodybuilder. You lift weights with serious muscle growth in mind. You want to gain weight. Your protein and calorie needs are likely higher. You could also add a protein + carbohydrate (P+C) drink during your training.
- Getting ready for a fitness competition. You accumulate a lot of exercise hours. You’re trying to drop to a single-digit body fat percentage. For you, carb intake should be lower. You’d benefit from the performance-enhancing, muscle-preserving branched-chain-amino acids (BCAA) during your training.
Here’s a handy table that outlines our recommendations by goal and by body type.
Workout nutrition guidelines by goal and body type
Body type | General goal | Pre-workout | During workout | Post-workout |
---|---|---|---|---|
Ectomorph | Muscle gain or endurance support | Eat normally 1-2h prior | 1 P+C drink, BCAA drink, or water during | Eat normally 1-2h after |
Mesomorph | Physique optimization or intermittent sport support | Eat normally 1-2h prior | 1 P+C drink, BCAA drink, or water during | Eat normally 1-2h after |
Endomorph | Fat loss or strength sport support | Eat normally 1-2h prior | 1 BCAA drink or water during | Eat normally 1-2h after |
Average people: Focus on food quality & quantity
Remember:
- if you’re exercising for general health and fitness;
- if your goals are more modest; and/or
- you don’t have unique physiological needs…
…then you probably don’t need any particular workout nutrition strategies.
Focus on:
- eliminating nutrient deficiencies;
- ensuring your portions are the right size; and
- starting to eating right for your body type.
Not everyone needs nutrient timing
These days, even women’s magazines like Cosmopolitan recommend exercise drinks to help with hydration and recovery. Nutrient timing, they say, is important for every exerciser.
Well, we hesitate to disagree with the eminent sports
nutrition pros staffing lifestyle magazines, but most people don’t need
to worry about nutrient timing. Ever.
For most people trying to look and feel their best, nutrient timing is not a main priority.
For a review, check out … Is nutrient timing dead? And does “when” you eat really matter?
Indeed, for a lot of people, stressing out about:
- when to eat their carbs;
- when to eat their fats; and
- what to eat in and around their workouts…
(For other people, nutrient timing actually gives them a
framework for making good food decisions. Of course, if that’s you, rock
on with the nutrient timing!)
Context matters
Remember, we’re not saying nutrient timing is good or bad here.
It certainly can, and often does, work.
But nutrient timing is just one tool. Like every tool, it has to be used skillfully, in the right way and in the right situation.
What’s true for the pre-diabetic office worker who’s never
exercised is certainly not true for the serious endurance runner or the
long-time bodybuilder. In fact, the people who stand to benefit most
from specific nutritional strategies around their workouts are athletes.
So, in the end, if you’re reading this as an athlete, or a
serious exerciser – or a trainer/coach who works with these populations –
know that these strategies could help make a difference.
Nutrient timing isn’t magic
Nutrient timing won’t suddenly transform your physique or
performance. This is especially true if you aren’t yet doing basic good
habits consistently.
If you’re a recreational exerciser who just wants to look and feel better, this is the article to read.
Workout nutrition in detail
For those of you interested in learning more, let’s dig in.
First we’ll cover what’s happening during the pre-exercise, during-exercise, and post-exercise time periods.
Then we’ll share what to eat to get the most out of them.
Pre-exercise nutrition needs
What and when you eat before exercise can make a big difference to your performance and recovery.
In the three hours before your workout, you’ll want to eat something that helps you:
- sustain energy;
- boost performance;
- hydrate;
- preserve muscle mass; and
- speed recovery.
Here are a few ways to ensure you’re meeting your requirements.
Protein before exercise
Eating some protein in the few hours before exercise:
- Can help you maintain or even increase your muscle size. That’s important for anyone who wants to improve health, body composition, or performance.
- Can reduce markers of muscle damage (myoglobin, creatine kinase, and myofibrillar protein degradation). Or at least prevent them from getting worse. (Carbohydrates or a placebo eaten before exercise don’t seem to do the same thing.) The less damage to your muscles, the faster you recover, and the better you adapt to your exercise over the long term.
- Floods your bloodstream with amino acids just when your body needs them most. This boosts your muscle-building capabilities. So not only are you preventing damage, you’re increasing muscle size.
Before you rush off to mix a protein shake: While
protein before a workout is a great idea, speed of digestion doesn’t
seem to matter much. So any protein source, eaten within a few hours of
the workout session, will do the trick.
Carbs before exercise
Eating carbs before exercise:
- Fuels your training and helps with recovery. It’s a popular misconception that you only need carbs if you’re engaging in a long (more than two hour) bout of endurance exercise. In reality, carbs can also enhance shorter term (one hour) high-intensity training. So unless you’re just going for a quiet stroll, ensuring that you have some carbs in your system will improve high intensity performance.
- Preserves muscle and liver glycogen. This tells your brain that you are well fed, and helps increase muscle retention and growth.
- Stimulates the release of insulin. When combined with protein, this improves protein synthesis and prevents protein breakdown. Another reason why a mixed meal is a great idea. No sugary carb drinks required.
Fats before exercise
Fats before exercise:
- Don’t appear to improve nor diminish sport performance. And they don’t seem to fuel performance — that’s what carbs are for.
- Do help to slow digestion, which maintains blood glucose and insulin levels and keeps you on an even keel.
- Provide some vitamins and minerals, and they’re important in everyone’s diet.
Pre-exercise nutrition in practice
With these things in mind, here are some practical recommendations for the pre-exercise period.
Depending on what suits your individual needs, you can simply have normal meal in the few hours before exercise. Or you can have a smaller meal just before your exercise session. (If you’re trying to put on mass, you may even want to do both.)
Option 1: 2-3 hours before exercise
This far in advance of your workout, have a mixed meal and a low-calorie beverage like water.
If you’re a man, here’s what your meal might look like:
If you’re a woman, here’s what your meal might look like.
Note: Your actual needs will vary depending on your size, goals, genetics, and the duration and intensity of your activity.
For example, an endurance athlete preparing for a 20 mile run will need more carbs than someone getting ready for a 45 minute gym session.
This article talks more about how you can individualize these meals for your own needs.
Option 2: 0-60 minutes before training
Rather than eating a larger meal 2-3 hours before exercise, some people like to eat a smaller meal closer to the session.
The only issue with that: the closer you get to your
workout, the less time there is to digest. That’s why we generally
recommend something liquid at this time, like a shake or a smoothie.
Yours might look like this:
- 1 scoop protein powder
- 1 fist of veggies (spinach works great in smoothies)
- 1-2 cupped handfuls of carbs (berries work great)
- 1 thumb of fats (like mixed nuts or olive oil)
- low-calorie beverage like water or unsweetened almond milk
Here’s a delicious example:
- 1 scoop chocolate protein powder
- 1 fist spinach
- 1 banana
- 1 thumb peanut butter
- 8 oz. chocolate, unsweetened almond milk
It probably goes without saying, but with pre-training nutrition, choose foods that don’t bother your stomach. Because… er… you know what happens if you don’t.
During-exercise nutrition needs
What you eat or drink during exercise is only important
under specific circumstances. But if you are going to eat during
exercise, your goals will be similar to those for pre-workout nutrition.
Above all, you’ll want to maintain hydration.
Goals of nutrition during exercise:
- stay hydrated;
- provide immediate fuel;
- boost performance;
- preserve muscle; and
- improve recovery.
Protein during exercise
Eating protein during exercise:
- Helps prevent muscle breakdown. This can lead to improved recovery and greater adaptation to training over the longer term. And this is especially true if it has been more than three hours since your last meal. You only need a small amount of protein to control protein breakdown — around 15 grams per hour. If you’re the type of person who prefers to exercise on an empty stomach, then 10-15 grams of BCAAs during training can be helpful.
- Is really only necessary for some people: athletes doing long, intense training bouts, multiple daily training sessions, and/or people trying to gain mass.
Carbs during exercise
For years we’ve known that eating carbs during exercise can boost performance and recovery.
This effect is greatest for endurance athletes, for people
who want to gain a lot of muscle, and for highly active people who need
every calorie they can get to increase size, strength, and/or
performance.
How much should you eat?
That depends. The maximum amount of carbohydrates that can be digested/absorbed during exercise is 60-70 grams per hour.
However, if you include protein in the mix, you can achieve
the same endurance benefits with only 30-45 grams of carbohydrate per
hour. Note: the protein also protects against muscle breakdown so it’s
typically a good idea to add some in.
Fats during exercise
Eating a bit of fat before and after exercise can be a great idea. (And tasty, too!)
But you should try to avoid eating fats during exercise.
That’s because fats can be more difficult to digest. And during
training, you don’t want to give your stomach more work than it can
handle.
During-exercise nutrition in practice
Do you need to eat during your workout?
That depends on how long it’s been since your last meal and the length/type of exercise you’re planning on.
For training that’s less than two hours long, the main
focus should be hydration. This is especially true if you’re using good
pre- and post-training nutrition. So make sure you bring plenty of
water.
But what about sports drinks? They don’t offer much benefit
for events less than two hours long. Especially if you ate a good
pre-exercise meal.
There are some exceptions, though.
- If you’re exercising in the heat and sweating a lot, sports drinks may be useful since they have electrolytes that help speed hydration and recovery.
- Also, if you’re going to be competing or training again in less than eight hours, sports drinks may jumpstart recovery before the next session.
- If you’re trying to gain muscle, then including a protein and carbohydrate drink or some BCAAs during training could provide a small advantage.
- Finally, at the highest end of sport or competition, while it may not help, it certainly won’t hurt to sip on a sports drink during competition to ensure maximal hydration and energy supply.
Exercise lasting more than two hours
For training that is longer than two hours, sports drinks can be a huge help. Every hour you’ll want to consume:
- 15 grams protein
- 30-45 grams carbs
This can come in the form of liquids, gels, or even some solid food.
Many endurance athletes prefer to drink water and eat fruit
and other foods to supply their energy even on really long runs. Either
approach is fine, as long as you ensure you’re getting enough protein,
carbohydrates and electrolytes, especially sodium.
If you are exercising intensely for longer than two hours, especially in the heat, do not rely on water alone.
This will decrease your performance and your recovery. And it could
also lead to hyponatremia, a condition in which the sodium levels in
your blood become too low. Hyponatremia causes your muscles and heart to
contract erratically, and can even lead to death.
Under these conditions, when you’re sweating a lot, go with sports drinks.
Post-exercise nutrition needs
Now let’s take a look at post-exercise nutrition.
Post-workout nutrition can help you:
- recover;
- rehydrate;
- refuel;
- build muscle; and
- improve future performance.
Protein after exercise
Eating protein after exercise prevents protein breakdown
and stimulates synthesis, leading to improved muscle tissue. So it’s a
great strategy for better recovery, adaptation, and performance.
In the past, most fitness experts recommended fast acting
proteins like whey or casein hydrolysate. This is because early research
indicated that the more quickly amino acids get to your muscles, the
better the result.
However, new research shows that hydrolyzed, fast-digesting
proteins may get into our systems too fast. Because they’re in and out
of the bloodstream so quickly, they might not maximize protein synthesis
or maximally inhibit protein breakdown after all.
What’s more, hydrolyzed casein is preferentially taken up
by the splanchnic bed (i.e. our internal organs). Which means it isn’t
maximally effective for improve protein synthesis elsewhere.
In other words, there’s no real evidence that
protein powders, especially the fast-digesting kind, are any better for
us than whole food protein after training.
They’re probably not worse either. Which means you can choose whichever type of protein you want for your post-workout meal.
Want fast and convenient? Make an awesome post-workout protein shake.
Want real food? Then make an awesome high-protein meal.
Any high quality complete protein should do the job, as
long as you eat enough. That means about 40-60 grams for men (or 2
palms) and 20-30 grams for women (1 palm).
Carbs after exercise
Contrary to popular belief, it’s unnecessary — and probably
a bad idea — to stuff yourself with refined carbohydrates and sugars to
“spike” insulin and restore muscle and liver glycogen as rapidly as
possible after your workout.
In fact, a blend of minimally processed whole food
carbohydrates, along with some fruit (to better restore or maintain
liver glycogen) is actually a better choice, because:
- it’s better tolerated;
- it restores glycogen equally over a 24-hour time period; and
- it might lead to better next-day performance.
Endurance athletes who perform two glycogen-depleting
sessions within eight hours of one another might be an exception to this
guideline, as speed of glycogen replenishment is critical in that
situation. But for most healthy exercisers, whole food with some fruit
is a better way to go.
Research shows that muscle protein breakdown is most
inhibited and muscle protein synthesis happens best when insulin is at
15-30 mU/L. This is only about three times above fasting levels of 5-10
mU/L.
These levels are easily reached if you eat a mixed meal or
drink Super Shake a few hours before and after training. Plus, with
mixed meals, your levels should stay at this rate for about four hours
after consumption.
Fats after exercise
Dogma has it that we should avoid fats after exercise because they slow the digestion and absorption of nutrients.
While this is true, in most cases, it’s also irrelevant.
We’ve already seen that speed of digestion of protein and carbs is not
necessarily as important as we once thought. The same with fats.
In fact, one study compared what happens when people drink
skim milk rather than whole milk after training. Participants drank
either 14 oz. of skim milk or 8 oz. of whole milk (that equalized the
calories, for those of you who love calorie math).
The skim milk drinkers got the same number of calories
— along with six extra grams of protein. So you’d think they’d have the
advantage.
Yet the whole milk drinkers actually ended up with a higher
net protein balance! And the researchers had no explanation other than
the fat content of the whole milk.
Additional research shows that eating as much as 55 grams
of fat post-training, and another 55 grams in the two subsequent meals
did not get in the way of glycogen replenishment compared to lower fat
meals with the same amount of carbohydrates.
Clearly, fat doesn’t reduce the benefits of protein and
carbohydrate consumption around training. In fact, it actually might
provide some benefits of its own!
Post-exercise nutrition in practice
While you don’t have to rush in the door and straight to
the fridge the minute you finish at the gym, you shouldn’t dawdle and
poke around forever before eating. Failing to eat within a two-hour
window following training can slow recovery.
But this is context dependent; what you ate before your workout influences things.
If your pre-training meal was a small one or you ate it
several hours before training, then it’s probably more important for you
to get that post-workout meal into your system pretty quickly. Probably
within an hour.
If you trained in a fasted state (say, first thing in the
morning before breakfast) then it’s also a good idea to chow down as
soon after your workout as you can.
But if you ate a normal sized mixed meal a couple of hours
before training (or a small shake closer to training), then you have a
full one to two hours after training to eat your post-workout meal and
still maximize the benefits of workout nutrition.
So go ahead — spend an hour in the kitchen cooking up a feast.
0-2 hours after exercise
The approach to recover from training is the same as your preparation for a workout: have a mixed meal of real food.
Again, here’s how men might build it:
- 2 palms of protein;
- 2 fists of vegetables;
- 2 cupped handfuls of carbs;
- 2 thumbs of fats;
- low-calorie beverage like water.
And here’s how women might build it:
- 1 palm of protein;
- 1 fist of vegetables;
- 1 cupped handful of carbs;
- 1 thumb of fats;
- low-calorie beverage like water.
Sometimes after training you might not feel hungry. And
that’s okay. If you don’t feel like eating, you can go with liquid
nutrition.
Make a Super Shake using the same hand-sized portion guidelines as discussed above.
Conclusion
In the end, there’s no perfect pre-and-post-training feeding regimen for everyone.
What to eat is always context specific.
The protein, carbohydrate, fat, and fluid requirements for a
155 lb. endurance athlete in the midst of marathon training vs. a 225
lb. bodybuilder recovering from a heavy resistance-training session are
quite different.
Times of your training year will also dictate different
needs in the post-exercise recovery period. That same bodybuilder will
need a different approach when he starts to diet in preparation for a
contest.
For most of us, people without athletic
competitions on the horizon, the best pre- and post-training meals will
contain some combination of high quality protein, high quality
carbohydrates, healthy fats, and some fruit and vegetables.
These whole foods provide an awesome blend of nutrients:
protein, carbohydrates, fats, fiber, vitamins, minerals, antioxidants,
and phytonutrients that build muscle, supply energy, decrease
inflammation, and boost recovery.
Of course, you can eat solid foods or drink smoothies. And
the amount of each macronutrient can vary depending on your needs as
well as personal preferences and tolerances.
In terms of timing, you have about one to two hours on both sides of your training to still get maximal benefit.
And, according to the most recent data, the total amount of
protein and carbohydrate consumed over the course of the day is far
more important to lean mass gain, fat loss, and performance improvements
than any specific nutrient timing strategy.
So enjoy your workout. And your meals.
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