Sentences with phrase «bone and muscle structure»

Your dog's correct weight depends upon her height, bone and muscle structure.

These dew claws can sometimes appear on your pup's hind legs as well, and usually have lesser bone and muscle structure as compared to the front ones.

You look at its conformation [its bone and muscle structure and the proportions of its body], you look at its athletic ability.

The scientists printed ear, bone and muscle structures that, when implanted in animals, matured into functional tissue and developed a system of blood vessels.

Not exact matches

From the selection of memory as a paradigm of experience, and from the generalization of the paradigmatic intuition of the past, temporal ordering and structure are built into the very conceptual bone and muscle of the theory of experience which Hartshorne constructs and proposes.

Black Africans do better at short distance events because of biologically superior muscle type and bone structure.

This type of vitamin helps in catering to different kinds of functions like healing, enhancing bone structure, blood vessels, muscles, healing, cartilage and resisting infections by absorbing enough iron.

Some people think that shoes are needed to support a child's developing leg and foot muscles and bone structure to help prevent future problems with walking.

Tensegrity structures consist of elements that are either in a state of tension or compression, and the balance between those interacting forces allows such structures to stabilize themselves in state of isometric tension, much like muscles and bones in our bodies.

Judging by the internal and external bone structures of the ribs, Eunotosaurus evidently only had reduced back muscles, but already possessed a muscle sling that aided respiration.

When researchers implanted ITOP - generated bone, muscle, and cartilage into rats and mice, the printed materials developed blood supplies and internal structures resembling those of natural tissue.

In the case of the rat forearm, this included the collagen structures that make up blood vessels, tendons, muscles and bones.

The foot is a complex structure that is made out of 26 bones, 33 joints, 120 muscles and ligaments, and over 7,000 nerve endings.

«Depending on bone structure, muscle mass, and genetics, a range for healthy women of 5 feet could be anywhere from the low 90s to the 120s,» Cohn says.

Muscles, tendons, ligaments, cartilage, and bones are living structures that react to the stress of exercise very slowly, Cosgarea explains.

A pinched nerve, also called a pressed or compressed nerve, is exactly what it sounds like: Some of the structures around the nerve, like muscles, tendons, tissue, and bone, pinch the nerve and cause different sensations.

But with 26 bones, 33 joints, and a network of more than 100 tendons, muscles, and ligaments, a lot can go wrong with these amazingly complex structures.

The joints were developed to allow for movement, while the muscles and bones give structure and support to hold up the weight of your body.

For example, a lifter who is 5» 5 with a smaller bone structure will still appear quite strong and muscular even if his lifetime muscle building potential is only 15 - 20 pounds.

Some people simply have a much harder or easier time building muscle than others, and this is influenced by different factors such as muscle fiber distribution, testosterone levels, growth hormone levels, bone structure, insulin sensitivity, myostatin levels and individual recovery ability.

Even though ectomorphs, with their delicate bone structure and stringy muscles, don't possess a great deal of strength and power in general, these men can train to be strong and significantly improve their endurance, and this should be their main goal.

The endomorphs are characterized by a larger bone structure with wider hips and shoulders and a natural tendency to accumulate body fat and gain muscle mass.

If no matter how hard you sweat in the gym you get nothing to show for it, no matter how much you eat the pounds never add up and you always get overpowered on the field, congratulations: your genetics have made you a hardgainer, i.e. a person who is naturally smaller and has a lighter bone structure, while packing a small amount of both body fat and muscle mass.

And you need kapha, or structure, to form muscle, fat, bone, and tendons and ligamenAnd you need kapha, or structure, to form muscle, fat, bone, and tendons and ligamenand tendons and ligamenand ligaments.

Feel the talon of the heel and sense the stacking of bone on bone as you line up your structure to bear the weight of your body with lightness, using as little muscle activation as is needed to remain upright.

Both Reeves and Park were over 6 feet tall and extremely genetically gifted for bodybuilding, yet at their peaks they carried «only» roughly 35 and 38 pounds more muscle, respectively, than an average untrained man of their heights and bone structures.

They would actually be carrying just 20 pounds more muscle than they would if they never even touched a weight, and compared to other advanced trainees of their heights and bone structures they would be just average.

The above equation, as it was derived from collected data, applies most accurately to individuals of approximately average, balanced bone structures for their heights and average muscle belly lengths.

The equations in this article are accurate for individuals of approximately average bone structure sizes and muscle belly lengths and heights from roughly 5» 5» to 6» 2».

Dave Goodin, the most winning drug - tested man of the modern natural bodybuilding era, carried about 30 pounds more muscle than an average untrained man of his height and bone structure (at 5» 7» he was much shorter than Reeves and Park).

Calcium makes up about 2 % of your body weight contributing to bone structure as well as playing a role in controlling muscle and nerve function.

HGH aids in tissue and joint regeneration, keeping the muscle mass lean and strong, keeping the bones strong and dense and preserving the skeletal structure.

Besides promoting skin elasticity, which it is well known for, it also keeps your bones and muscles together, protects your organs, and provides structure to joints and tendons, specifically in terms of helping with achy joints.

It's not even just about body structure or your muscles, bones, tendons, and ligaments.

Genetics affect thyroid levels, insulin sensitivity, muscle fiber types, muscle lengths, bone structure, joint size, recovery capabilities, volume tolerance, work capacity and more.

It is important to bear in mind that your muscles stabilize your joints and support the body's underlying structures of bones, nerves and other tissues.

Body structures made from protein include skin, hair, nails, bones, connective tissue and of course skeletal muscle.

BODY: We use our bodies in yoga asana (postures) to connect to the body and move it in ways that strengthen our muscles and bones, assist our internal organs to function more fully, and balance our structure and energies in ways to make us more vibrant, open and alive.

When your muscles are firm, they «hug» the bones and support the skeletal structure.

Think about the structure of our bodies — it is protein that does the work of holding together our cells, organs, muscles, connective tissue and bones.

Today's genes that determine our muscle and bone structure and function were «coded,» or developed during the Paleolithic period.

Michelle reveals the anatomy of the human body, from muscle to bone to spine and how these spinal structures can cause obstacles in asana practice.

However, we don't have any bones at the front of the abdomen, so instead, the abdominal muscles overlap via layers of fascia and connective tissue (9) to form a thicker midline structure - the Linea Alba or LA (25)- which runs from your breast bone (the xyphoid process) to your pubic bone, providing a strong lever from which these muscles can generate force to move or stabilize the spine and abdominal contents.

Myostatin (GDF - 8) as a key factor linking muscle mass and bone structure.

Becoming more active diminishes stress, forms stronger muscles, diminishes the hunger and enhances your bone structure.

Individuals who fail to consume, digest or absorb adequate amounts of protein may benefit from taking AminoSelect ™ to provide the essential amino acids needed to build muscle fiber and other protein - containing structures in the body (for example, collagen, bones, antibodies and enzymes).

Branci et al. (2013) reviewed the literature and reported that radiological studies have consistently identified degenerative changes at the pubic symphyseal joint, pathology of the proximal adductor muscle attachments, pubic bone marrow oedema, and the secondary cleft sign in groin strains, although the precise terminology of the diagnosis and of the structures involved was not always consistent between studies.

Structure is controlled by genes that affect bones, muscles, tendons, ligaments, and growth rate, and health depends on gene interaction as simple as that governing progressive retinal atrophy (the dog either has it or he doesn't; there's no halfway) or as complex as that influencing various autoimmune diseases, seizures, or various circulatory defects.

Enzyme functions; muscle and nerve - cell membrane stability; hormone secretion and function; mineral structure of bones and teeth

This helps her maintain muscle tone and avoid putting on excess weight which can put a great deal of strain on her bone structure and joints.