This muscle is the largest of the gluteal group. Its origin is the posterior line of the upper ilium, the posterior surface of the lower sacrum, and the side of the coccyx. Its insertion is two-fold: First, the lower and larger portion of the gluteus maximus end with a thick tendon that passes through the greater trochanter (hip) into the iliotibial band. And there is also the gluteal tuberosity between the vastus lateralis (a quadriceps muscle) and adductor magnus.
Carbohydrates give my working muscles the energy to do their job. Without them, I would feel tired, and my gym sessions would definitely struggle as a result. Just like I approach my protein intake as a way to repair my muscles after training, I aim for the carb "sweet spot" where I can maximize energy and glycogen replenishment. And just like with protein, quality is crucial. My carbs come from high-fiber, high-nutrient foods. I include plenty of sweet potatoes, oatmeal, and brown rice, among others.
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Expert tip: To make it harder, inch yourself close to a wall so your trunk is about a foot away. Bring what would be your “planted” leg on the wall, foot flat against the surface. From here, raise your “non-working leg” up into the air, keeping your knee bent. As you raise up into the glute bridge, you’ll drive your heel against the wall, raising your hips. You can also use a bench. And like the standard bridge, you can up the ante by adding weight.
But, what about fats? Well, our body fat is the home for fats. Whatever fats not used for energy will be stored as fat. That’s the point of fat. This doesn’t mean fats make us fat, sure fats lead to direct fat gain, but this doesn’t mean weight gain. Fat vs weight gain is different. Fat gain can only lead to weight gain if you eat in a calorie surplus. Even if carbs to stored as fat, if you aren’t in a surplus…this fat will be used, so it doesn’t matter this is got stored as fat. Just stop filling up your glycogen levels unless you are always depleting then. Same with fats, just because they increase fat doesn’t mean they make us fat. INCREASED FAT VS INCREASED WEIGHT is different. If we eat fat we store fat. If we eat carbs we store carbs. If we store fat, that fat will only remain their and contribute to weight gain IF it’s not used for energy. If it’s used for energy then we are in a deficit unless we eat out way back to a surplus.
The first thing you need is a weight training program that signals the muscle building process to begin. Research has shown that a well designed program will generate this “signal” via a combination of progressive tension overload (as in, getting stronger over time), metabolic stress (as in, fatiguing the muscle and getting “the pump”), and muscular damage (as in, actual damage to the muscle tissue itself).
Want to get strong, but don’t have time for a gym? Strength training is key for increasing flexibility, reducing injury risk and maintaining an overall healthy body. The best part is that it doesn’t have to take long. Here we’ll teach you a simple nine-minute-long strength training program that you can complete in your own home. All you need is a set of dumbbells (or another type of weight), a clock and the goal of building a stronger body.
Don’t get us wrong—cardio is important for keeping your body fat down and keeping your heart health in check. (Bonus points if you run or bike, since outdoor exercise is linked to better energy and improved mental health.) But when it comes to building muscle, hitting the treadmill won't help you much. “Every component of exercise, minus cardio, can help with muscle hypertrophy,” which is the scientific term for muscle building, says Michelle Lovitt, an exercise physiologist and trainer in Los Angeles. “Cardio tends to burn calories and puts your body in a deficit, which is great for leaning out, but not building mass.”
While it's okay to chow down on the occasional fast-food choice for convenience, a mass-gain program isn't an excuse to gorge on pizza and chocolate sundaes. "Rebuilding muscle tissue broken down by training requires energy - in other words, calories," says bodybuilding nutritional guru Chris Aceto. "But many people, including many nutritionists, overestimate the energy needs for gaining mass, encouraging extreme high-calorie intakes. This often leads to an increase in bodyfat, making you bigger, for sure, but also leaving you fat." In general, aim for 300-500 more calories every day than your body burns through exercise and normal functioning (multiply bodyweight by 17). And that's divided among six meals a day.
Even when glycogen is full and glucose gets stored as fat. This fat can only make us gain IF we keep it their. And most people don’t exercise which keeps fat unused. Sure, fats directly leads to fat gain, but again that doesn’t make us fat unless we keep it their. Weight gain vs fat gain is different. Fat increases before weight does, then overtime it starts to show that fat makes up most of the weight. Same for people with muscle.
(3) This is where I explain the parentheses: The liver and the muscles contain glucose storages. Glucose all chilling together hanging out stored is/are called glycogen. When these storages become full, then glucose will spill over and get stored in our fat cells just like fat does. Why? The glucose “needs to go somewhere”, it’s not just gonna chill circulating around the body. (I’ll explain “needs to go somewhere” in point 6) FAT does not mean looking like Santa, fat is stored energy. Carbs only lead to fat gain when there is a spillover. Fats only lead to fat gain when that fat isn’t used for energy. *keep reading
^ Burd, Nicholas A.; Yang, Yifan; Moore, Daniel R.; Tang, Jason E.; Tarnopolsky, Mark A.; Phillips, Stuart M. (2012). "Greater stimulation of myofibrillar protein synthesis with ingestion of whey protein isolate v. Micellar casein at rest and after resistance exercise in elderly men". British Journal of Nutrition. 108 (6): 958–62. doi:10.1017/S0007114511006271. PMID 22289570.
Do Belgian squats (or "single leg squats") with a dumbbell. Hold out in front of your chest a dumbbell using both hands. Standing in front of a bench, lift your right leg back so that it's parallel to the floor and resting comfortably on the bench. Bend into a squat using the left leg, so that the right knee almost hits the floor. Lift and repeat 3 x 8. Repeat using opposite leg.
From a standing position on your left foot, hinge forward from your hips keeping your back flat and right leg in straight behind it, and core braced. Reach your right hand toward your left foot. Then, engage your glutes and hamstrings on your left leg to drive yourself back up to standing and swing your right knee up and through toward your chest. Stand as tall as possible and hold that end position for 2-3 seconds before repeating. This entire exercise is about “sticking” the knee drive hold at the end, so don’t rush through it. Repeat for required reps, then switch sides.
A good butt workout should target the muscles of the entire glute complex: the big, power-producing gluteus maximus, and the smaller, stabilizing gluteus medius and minimus. Below, York, Jones, and award-winning personal trainer Katie Gould share 13 effective butt exercises you can do at home with minimal equipment. All you need for these glute exercises is a flat resistance band/mini band and a kettlebell.
Getting it is another matter, since this is the spot where women tend to hold the most body fat for the longest time. Thankfully, Kim Oddo, celebrity trainer to the fitness stars, and IFBB figure pro—and mother of three—Cheryl Brown are here to show you how to kick your own ass into the shape you want with 10 butt exercise moves specifically designed to improve your bottom line.
Longer rest periods are more ideal for making progressive tension overload happen, and shorter rest periods are more ideal for generating metabolic fatigue. So, if you’re doing an exercise that is better suited for progressive overload (i.e. primary compound exercises), you’re going to want to rest longer between sets to maximize strength output. And if you’re doing an exercise that is better suited for metabolic fatigue (i.e. isolation exercises), you’re going to want to rest less between sets to make that happen. And if you’re doing an exercise that is suited equally for a combination of the two (i.e. secondary compound exercises), you’re usually going to want a moderate rest period somewhere in between.
"How do you get your butt like that?" is the fitness question I hear the most. And before you say it, yes, genetics play a part. Just like a pretty smile or clear skin, there are people born with a genetic booty advantage, but that doesn't mean it's impossible to improve your glutes. Women often turn to cardio to "get a butt," but the clear path to a better booty doesn't go through the treadmill or the elliptical. Instead, start with weights.
If you’ve been training longer than 6–12 months, you can split your workouts into upper- and lower-body days. The most common setup is to train upper body one day and lower the next so that each area gets trained twice in one week. If you train four days per week, you can train upper body on Monday, lower Tuesday, rest Wednesday, and then do upper body again on Thursday, lower body on Friday, and then rest on the weekend.
Note that this recommendation is for total weekly volume, which means it would need to be divided up based on how many times you’re training each muscle group per week. So, for example, someone training everything twice per week would do 30-70 reps for each bigger muscle group in each of those workouts, and 15-35 reps for each smaller muscle group in each of those workouts.
I know this goes against the recommendations you often see in stereotypical bodybuilding routines (i.e. the ones that involve having a single “chest day” or “arm day” or “shoulder day” once a week), but that’s just one of the many reasons why those types of routines suck for us natural, genetically-average people, and work best for steroid users with great genetics.
The hip flexors are prone to becoming tight and shortened. They are active with each step that we take, especially while running. A major contributing factor to their tightness is that based on their location and anatomical attachments, when we sit, we are putting the hip flexors in a shortened position. Unfortunately, many of us spend a good part of our day sitting. The combination of sitting and heavy use of the muscle during activity causes it to become shortened. A shortened muscle does not generate as much power as a normal length muscle is capable of. The shortening and weakening of the hip flexors creates a muscle imbalance in the hip, which can cause problems in other parts of the body.
This exercise is challenging and will certainly be beneficial even without weights. If you can execute perfect form with your body weight, you can make the exercise harder by adding weights to your hands, by stepping on an unstable surface with your front foot (balance disc, foam pad), or you can place your rear leg on an unstable surface such as a physioball. You should be able to comfortably perform 2-3 sets of 10 reps on each leg before advancing this exercise.