(2) Carbohydrates- I use this to refill my liver and muscle glycogen. Not that I’m “dry empty”, but because I train and training for muscle growth uses mainly glucose for energy. Carbs are the best source for glucose. Study carbs deeper and you will notice different level rates of digestion, which means….carbs themselves have their own “timing”, but at the end of the day all carbs (complex or simple) become GLUCOSE. I consciously consume carbs before training because it helps, if I sense I don’t need them, then I will skip carbs because I am “filled up” enough. But, post workout, I FOR SURE, consciously consume as many carbs as I can to make sure I “refill” my glycogen levels via liver and muscle. The body can only store a certain amount of carbs before they body stores them as fat, so I usually eat up to that amount and continue with fats and protein to hit my surplus. With all this said…I am “timing” carbohydrates (a nutrient), which makes all this “nutrient timing”.
Consuming sufficient high-quality protein is essential for building muscle. Current recommendations are to consume a minimum of 0.8g of protein for each kg of body weight, however, this is really only applicable to the average sedentary individual. Current evidence shows that to support muscle development, protein intake is the key, therefore the recommended 0.8g per kg should be increased to 1.5-2.0g of protein per kg of body weight. For an 80 kg individual, that would equate to 120-160 grams of protein per day.
Most folks work a 9 to 5 position but if you’re not in the corporate world yet then odds are you’re a student with classes scattered throughout the day and it takes up the vast portion of your free time. That being said, you’re likely going to have to work out in the morning or the evening in order to fit in your session amidst the hectic commitments in your everyday life. Here are a few things to consider in regards to each time period:
Several muscles cross the front of the hip and create hip flexion, pulling the thigh and trunk toward each other, but probably the most important is the iliopsoas. It is actually composed of two muscles, the iliacus and the psoas, which lie deep in the back of the abdomen. If you looked at the front of a body with the internal organs removed, you would see the psoas lying alongside the spine, attached to the sides of the lumbar vertebrae. The iliacus originates on the inner bowl of the pelvis. Both muscles cross the floor of the pelvis, emerge at the outer edges of the pubic bones, and finally insert on the inner upper femur (thighbone). Because the muscles are buried so deep, we can't see or touch them, so it's easy to understand why there is much confusion about their location and action.
How to do it: Sit comfortably into the leg press machine, pressing your back against the seat and your feet firmly planted to the platform. Lift off and press, straightening your legs so your knees assume a neutral position (not straight or severely bent). Continue lowering the platform until your knees create 90° angles, then return to the neutral starting position and repeat.
How to do it: Begin with one foot firmly planted in front of you with your other leg extended back. Keep balance by putting your weight in the ball of your front foot and the back heel of your back foot. Hold a dumbbell in either hand, arms at your sides. Or, place a resistance band under the foot of your working leg, up, and around the same shoulder. Stand tall and bend your front working leg to approximately 90 degrees, keeping your knee directly over your ankle so it doesn’t over-extend. Return to the start position and repeat. Do both sides.
Working on gluteal muscle strength (buttock muscles) can be beneficial to reduce hip flexor tightness. Working the glute muscles pulls the hip into extension (the opposite of flexion which is what the hip flexor does) and improves muscle balance at the hip. Increasing the strength of your gluteal muscles can help calm the hip flexor down and reduce the feeling of “tightness”.
(6) “Needs to go somewhere” This is where I explain the end of point 3. Insulin is not a fat storage hormone. Insulin simply transports, nutrients, into cells for energy and then stores the nutrients. Protein is not stored, they are recycled, this is why it’s wise to be consistent with protein. Fats are stored as fat. Carbs are stored as glycogen. IF GLYCOGEN is full then insulin will transport the excess glucose to body fat as the glucose needs to go somewhere. It’s not just gonna sit in the blood. If so, this calls for chaos. People that are insulin resistant usually have this chaotic issue.
That pump is tangible, real-time biofeedback to let you know that blood is flowing to your muscle cells, beginning a chain of events that stimulates protein synthesis. Maybe that's why it's easy to overlook how important good nutrition is in the mass-building equation. When you choose to eat, say, chicken instead of ice cream, there's no immediate muscle gratification -- no pump to keep you motivated.
As a parting thought, we can’t emphasize enough the importance of consistency and staying focused. Your workouts shouldn’t be two-hour affairs—each visit to the gym needs to be fast-paced and intense. With that as your guide and following the heavy-duty blueprint laid out here, we can’t promise it’ll be easy, but the results should be worth every drop of sweat. Just think, 10 more muscular pounds may be a mere month away.
Unfortunately, glute weakness often becomes exacerbated when we sit all day; those muscles don’t activate while seated. “Plus, sitting decreases bloodflow, further deconditioning the muscles,” Pandya says. So, before you do anything else, he suggests getting yours more action: Try to get up for five minutes every hour and, twice a day, squeeze your butt for three seconds and release, repeating for eight to 12 reps.
People eat way too many carbs and keep their glycogen levels full for too long. They are always turning sugar into fat because they are always eating carbs. The body wants fats to make fat, not carbs. The body doesn’t even like storing carbs as fat, that’s because we have fat to do that. It’s less stressful to store fat as fat rather carbs as fat. People are stressing themselves out by always eating carbs which always keep their glycogen levels full. They need to carb cycle so that they aren’t gaining fat from BOTH fats and carbs. This is how combining fats and carbs in a meal CAN lead to more fat, only if glycogen is full.
Stand with your feet at shoulder width and position a heavy kettlebell between your feet. Hinge at your hips and bend your knees while lowering your hands to the kettlebell handle. Your shins should stay vertical. Gripping the handle, exhale as you drive through our heels to extend your hips and rise to standing. Inhale as you slowly lower the kettlebell back toward the ground by hinging at the hips and allowing your knees to bend as needed. Do 10 reps.
Many trainees like to cycle between the two methods in order to prevent the body from adapting (maintaining a progressive overload), possibly emphasizing whichever method more suits their goals; typically, a bodybuilder will aim at sarcoplasmic hypertrophy most of the time but may change to a myofibrillar hypertrophy kind of training temporarily in order to move past a plateau. However, no real evidence has been provided to show that trainees ever reach this plateau, and rather was more of a hype created from "muscular confusion".[clarification needed]
Objective: Are you getting stronger? Increasing either weight or reps? If you're measuring individual markers on a daily basis like vertical jump, grip strength, or resting heart rate then what sort of trends are you noticing in these variables? If they're staying the same while your strength is increasing, then you're recovering well. If they're decreasing and you find yourself weaker over time then you're not recovering well.
Make no mistake: Eating for muscle is just as important as lifting for muscle. The foods you grab in the morning on the way to work, the meals you pack for lunch and mid-afternoon, what you put into your body immediately following your workout, and your final meal of the day impact your results as much as, if not more than, the number of reps you squeeze out at the end of a set. But in reality, it can be tough to stick to a "clean" diet when you're busy. We know that adding another layer of complexity to life in the form of reading food labels and studying ingredient lists just isn't an option for most of us. Not to mention actually preparing all those healthy meals.
In today's extra-large society, we tend to focus on the admirable guys who train hard and switch up their diet to transform their bodies by losing weight. We highlight their quests to lead healthier lives every chance we get — but there's another side of the wellness scale that can be just as difficult, depending on your body's makeup: Gaining mass and muscle.
Spero Karas, MD, assistant professor of orthopaedics in the division of sports medicine at Emory University, says that testosterone, the male hormone responsible for muscle growth, maxes out between the ages of 16 and 18. It reaches a plateau during the 20s and then begins to decline. As a result, muscle building after the adolescent years can be challenging, he says.
To test the flexibility of the hip flexors, specifically the iliopsoas, the Thomas' test10 is used. The patient lies supine and flexes one hip, pulling one knee to the chest. If a hip flexion contracture is present, the contralateral straight leg will rise off of the table. The modified Thomas' test (Figure 12.11) may be preferred. With this variation, the patient sits at the end of the examination table with the knees flexed to 90 degrees. Next, one knee is pulled tight to the chest. The patient is instructed to lie down while maintaining the knee against the chest. If a hip flexion contracture is present, the contralateral leg will rise off of the table. If a rectus femoris contracture is present, the contralateral knee will extend.
Notice when we are scared or exited that we start to breathe faster. Adrenaline causes this. Which means to calm ourselves we must not breathe fast, we just breathe slower. The slower we can breathe the less stressed we will feel. The slower we can breathe the longer our strokes will be. When we breathe fast, our strokes (breathing in and out) becomes shortened. When we breathe slower we can engage the diaphragm in a way to eventual allow us to breathe longer strokes.