VIDEO

Our feet and ankles are one of the most important elements of the locomotor system: without them we can neither stand, walk, run, nor kick someone in the face. Unfortunately, their condition is very often neglected. Strong and flexible legs provide the basis for stable movement and are of primary importance for performing our daily activities without pain or strain. The ankle is a block-shaped joint formed by the articular surfaces of the distal ends of the tibia and fibula and the articular surface of the Talus block. Both tibia bones are connected by ligaments and form a kind of fork covering the upper and lateral surfaces of the talus body. The articular sac is reinforced by ligaments. Many of them connect the bones to each other to provide stability, along with various muscles from the calf to the small tendons that move your toes. The posterior aspect of the ankle is reinforced by the Achilles tendon, the strongest and most powerful muscle in the human body, which originates at the fusion of the calf and the cambal muscles and is connected to the calcaneus tuberosity. The ankle joint has to support the weight of the human body and ensure that it is properly distributed when you walk. Therefore, the strength of the ligamentous apparatus, cartilage, and bone tissue is important. Often people complain of tightness in the muscles of the legs and especially the lower leg. If the small muscles are too weak to keep the foot in the right position, the body responds by increasing tension, elsewhere, in the larger muscles. This leads to tightness in the shin and ankle. Stretching can help for a while, but in the long run, only strengthening the foot is the optimal solution. Surely everyone who knows about running firsthand knows the importance of strengthening the ligaments of the foot and ankle. Another thing is that sometimes it's hard to spare even 5-10 minutes of training for foot exercises: we get dressed, tie our shoelaces - and run out into the street. That's a pity. After all, good elastic ligaments reduce the risk of foot pain. Properly fitting shoes is a necessary but not sufficient condition for proper body alignment during running and after training. The ligaments and muscles of the foot can only be strengthened by special exercises.

One of the most important running muscles is the quadriceps - the large muscle at the front of the thigh. It has been scientifically proven that regular strength training improves workout performance and reduces the risk of injury, as well as strengthens your back, and leg muscles, making your running more productive. The quads, also known as the quadriceps muscle, is a group of muscles located at the front of the leg above the knee. It is one of the largest and strongest muscles in your body that consists of four heads: fastus medialis (medial wide), vastus intermedius (intermediate wide), vastus lateralis (lateral), and rectus femoris (straight thigh muscle). Almost every action performed by the legs involves two or more heads of the quadriceps. The quadriceps muscle plays an important role at the beginning of the movement (quick start) and during ascent and descent in elevated positions - which is why you may experience painful sensations in this area of the leg after an intense uphill workout. According to researchers at the University of Delaware, strong quadriceps act as cushioning and can protect the knees and the entire musculature of the hip from common running injuries. Often many runners are injured because they have weak and underdeveloped quadriceps, so it is especially important to strengthen them. By training and strengthening the quads, you can get the following benefits when running: Increased speed. Strong quadriceps help you tackle steep hills and climbs more easily and make pushing off the ground more powerful, resulting in increased speed. Reduced injuries. According to research, poorly developed quadriceps are often associated with many running injuries. For example, a common injury such as the 'runner`s knee' results from weakness in these muscles, which are unable to stabilize the knee joint during the movement. Increased endurance. Strengthening the quadriceps muscle will make your running more effortless and efficient, which contributes to increased running volume and endurance. Training The quadriceps occupy 70% of the muscle mass of the leg, so it is their development that is fundamental in leg training. The main exercise for developing the quadriceps is the squat. But, for beginners, at the first stages of training, it is better to start with leg curls sitting in an exercise machine, leg press, and hyperextensions to strengthen the lower back, to avoid injuries, in order to prepare the base for the heavy squats. It is a good idea to include squats in your training plan after about six months of training.

The hips are some of the strongest muscles in the human body. They keep the torso upright, control the hip and knee joints, and are engaged during various activities and even at rest. Their proper functioning is extremely important, and anyone should know how they function. The muscles located on the hip are involved in both hip and knee movements, providing different positions of the hip in space depending on the proximal or distal support. Topographically, the hipі are divided into three groups. The anterior group includes the flexors: the quadriceps and the tailor muscle. The medial group consists of the hip drive muscles: the comb, the long, short, big adductor, and the thin muscle. The posterior group includes the hip extensors: biceps femoris, semitendinosus, and semi-perineal. The lateral outer and inner thigh muscles are considered antagonistic pairs: while one group is working, the other group relaxes. The abductors, including the middle gluteal, small gluteal, thigh broad fascia tensor, pear, and tail muscles are responsible for your leg movements from the middle of your body. Essentially, whenever you take a step to the side or turn your foot on the bed, you are activating the abductors. The inner thigh muscles, particularly the large adductor, small adductor, short adductor, and long adductor muscles perform the opposite task, working whenever you move your leg toward the center of your body. Strong and injury-resistant athletes have well-trained hip muscles. This is very important when it comes to fast sports with a lot of lateral movements, such as tennis or basketball, but also when you want to work out without pain. If your goal is to strengthen your hip muscles, which is really important, but you don't have your favorite leg workout, we will share some great exercises with you. Wide Squats. Every leg workout should include different variations of squats. This exercise targets the lower body, including the inner and outer thighs. But to really engage your thigh muscles, you should do deep squats with your legs turned outward. Sumo Deadlift. The Sumo deadlift is based on a similar leg position as in the wide squat. However, it is the external rotation of the thigh muscles that results in increased involvement of the inner and outer thighs. Side Leg Raises. A 2005 study published in the Journal of Orthopedic and Sports Physical Therapy found that side leg raises without weights are just as effective as other weighted exercises. Side Leg Pull-Ups. The pull-up exercise can be done anywhere because you don't need anything but a comfortable mat. This is a great exercise that you can add to your daily home workout routine.

This time we suggest paying special attention to the chest muscles. It is this zone that many athletes want to pump, but it is not so easy to do and one classic chest press is not enough. Chest muscles are one of the most complex and largest muscle groups. Therefore, competent training must be a combination of basic and isolation exercises. Only in this way, it will be possible to load the muscles at different angles. Exercises with barbells are suitable for increasing muscle mass, and with dumbbells, on blocks and training machines - for improving the form and detailed elaboration. These exercises also activate the stabilizing muscles. Imagine that the chest muscle is a rubber band that connects the shoulder, collarbone, and sternum. If you lift your arm to the side and then pull the elastic band, it will move your shoulder forward. You do this movement all the time in your normal life like when you close a door, push something away with force, or elbow your jaw. Most pectoral muscle exercises repeat this movement. The only difference is that they also use a barbell, dumbbells, or crossover slings to create extra resistance. The chest muscle has two heads: an upper head (clavicle) and a lower head. Their functions are slightly different, and this is important. In order to have a symmetrical chest, you need to pump both heads. The fibers of the clavicular head are directed upward, so you need to move the shoulder forward from the bottom to the top for additional exercise. Many people believe that the more they pump their chest, the faster their muscle mass will increase. In fact, this has a negative effect on muscle growth. The muscle gets bigger during rest when the tissues are recovering from an active workout. There are a few tips on how to properly pump your pecs and not overtrain: Exercise no more than 2 times in 7 days. In between do physical exercises on other parts of the body; Do not exercise for more than 45 minutes, as this may cause muscle size and strong growth to regress. Exercises that help you to pump the chest muscles include: push-ups. bench presses. triceps push-ups. To pump your muscles evenly, alternate your exercises. The bench press is great, but you don't have to do it in every workout, because there are other good options. Choose the weight so that the last reps in an attempt are difficult. If you find it easy and your muscles don't tire, they won't grow. Avoid flying in the clouds during the workout: concentrate on the muscle work. It really helps you to pump it better. Perform 3-5 sets of 8-12 reps. Do not use weights that are too heavy. Especially at the beginning if you do not have a good command of technique.

The anatomy of the human foot is complex. This is a part of the leg with many muscular compartments that perform functions such as balancing, maintaining stability, softening the impact of steps, creating solid support. Its structure allows us to see how evolution has adapted our body to an efficient way of movement - upright walking. Anatomically, it is similar to the hand. The anatomical structure of the foot is quite complex, due to the need for a small support area to support the weight of the human body. There are two parts distinguished in the foot: a plantar surface (which is in direct contact with the ground) and an opposite - dorsiflexion. All parts of this very complex mechanism work together to provide us with balance when we walk and exercise. The lower part of the limb is built from bones of different sizes connected into a single structure. It allows the weight of the body to be supported when moving and is capable of bearing enormous loads. The bones of the fingers include fourteen phalanges and their connecting articulations. Each finger is formed of three phalanges, except for the thumb, which contains two. They are connected with the parts of the skeleton forming the metatarsus through the articular cartilage. The function of the toes is to distribute the weight of the body equally and to improve balance. The foot includes sesamoid bones. These are small formations of rounded shape, their number is individual. And there are people who do not have these bones. Their option is to increase the curvature of the transverse arch. The muscles on the dorsal side are responsible for extending the toes and foot. The plantar side muscles are responsible for their flexion. They play an important role in the formation of the correct arch and take on a huge load when moving and jumping. Everyone needs to take care of their feet, not just people who like to run. Problems can arise from a sedentary lifestyle, excessive weight, or constant work 'on your feet'. The most common problem is flat feet. It can be not only congenital but also acquired at any age. Because of changes in the arch of the foot loses cushioning, while walking, shock load is transferred to other joints, causing problems in the knees and lower back. You can avoid ankle pathologies and injuries if you do special exercises. We have collected the best, in our opinion, sets of exercises to strengthen the foot, its muscles, ligaments, and joints. You do not have to do everything just choose exercises that you like, make your own complexes. Training your feet even 1-2 times a week will help prevent injuries, become more athletic and run faster.