Sentences with phrase «bone and cartilage development»

This promotes bone and cartilage development which helps slow or eliminate the process of osteoporosis which women can be very prone to developing as they deal with bone loss as they age.

The screens in the German Mouse Clinic are designated to the areas of behaviour, bone and cartilage development, neurology, clinical chemistry, eye development, immunology, allergy, steroid metabolism, energy metabolism, lung function, vision and pain perception, molecular phenotyping, cardiovascular analyses and pathology

Not exact matches

Agree with tas about the development of physique and the growing process of bones and cartilage etc When you look at Reiss it does appear he could do with just a little bit more weight / muscle on him.

The protein ALX3, which helps direct development of bones and cartilage in the face, also paints light stripes down the rodents» backs, a new study suggests.

As development proceeds, neural crest cells break away, migrating from head to toe to form tissues involved in pigmentation, muscles, teeth, bone, cartilage, and adrenal glands, which produce stress hormones as well as testosterone.

Vitamin D can reduce bone turnover and cartilage degradation, thus potentially preventing the development and progression of knee osteoarthritis.

All biological processes that were analyzed from total and unique genes were found with high significance of FDR p - value < 0.05, except of «connective tissue development» cluster within the biological process cartilage and bone biogenesis, with FDR p - value of 0.068.

Progressive overload not only does it stimulate muscle hypertrophy by forcing the muscle to adapt to increased loads, it also aids in the development of stronger and denser bones, ligaments, tendons and cartilage.

Produced by the pituitary gland, HGH plays an essential role in the growth and development of long bones and cartilage.

Copper promotes the development of connective tissues that allow for efficient bones, cartilage and blood vessels through all bodily systems.

These theories include failure of transition of cartilage to bone during development, and excessive wear and tear on the coronoid process due to joint incongruity which places abnormal stresses on the developing bone.

If glucosamine and chondroitin are needed for peak cartilage development, then calcium and phosphorus are essential for strengthening and keeping the structural integrity of bones.

There are certain nutrients that are beneficial in the continued growth and development cartilage and bone in dogs.

While calcium and phosphorus play a major role in bone development, protein is also needed in greater amounts to supply the structural proteins needed for cartilage development.

Growth diets also provide optimal amounts of calcium, phosphorus, copper, and essential fatty acids, «which have an important role in bone formation and maturation, cartilage maturation, hair color, red blood cell development, and trainability.»

Most dwarf dogs have a condition called «osteochondrodysplasia,» which refers to an abnormality in the growth and development of bone, cartilage, or both.

Raw bones will also supply small amounts of cartilage, bone marrow and minerals, essential for healthy development.

The long - term response to this joint laxity is the progressive loss of cartilage, the development of scar tissue around the joint, and the formation of osteophytes (bone spurs) around the ball and socket (Figure 2).

Our mission is to study the cause, mechanism of development, and methods for treatment of cartilage, bone, tendon, and ligament diseases.

Although the occipital bone comprises a single bony plate in an adult individual, its development is complex and mosaic as it develops from the basioccipital, exoccipital, and supraoccipital bones which are derived from distinct acrochordal and parachordal, occipital arch, and supraoccipital cartilages, respectively [40].