The growth plate is the part of your foot right before your toes. (i would know I broke it :()
There are also growth plates in your ankle, leg, elbow, and all your other bones. Just so you know. I broke the one in my ankle :(
Epiphyseal plate, located on the end of long bones.
Somatotrophin is the scientific name for genuine human growth hormone.
Fingernails and toenails are made of a tough protein called keratin, as are animals' hooves and horns. Along with hair and teeth they are an appendage of the skin. The parts of the nail are: * Matrix This is the only living part of the nail. It is situated behind and underneath the Nail Fold and produces protein keratin which makes up the Nail Plate. If the matrix is ever damaged in any way, it would affect the Nail Plate growth. * Eponychium This is the dead skin that forms around the cuticle area. This can be lifted and trimmed during a professional manicure treatment. Tends to be more prominent on males. * Paronychium This is the 'live' skin that folds around the cuticle area giving protection to the Matrix. * Hyponychium, Is the area of attachment between the Nail Plate and Nail Bed that lies underneath the free edge. Anatomical terms of location Proximal and distal, end of the nail. * Nail plate Is the hard and translucent portion which is composed of layers of protein keratin. * Nail bed The Nail Bed is responsible for the 'pinkish' colour of the Nail Plate. It also determines what shape the nail will grow. * Lunula Tends to only be visible in larger nails. Is the whitish crescent shape around the base of the nail plate, is the shadow of the Matrix. * Nail fold A fold of hard skin overlapping the base and sides of a fingernail or toenail * Free edge The part of the nail that extends past the finger, beyond the nail plate. There should always be a free edge present to prevent infections. Ideally a free edge should be half of the 'pink' nail in length.[citation needed] * Nail Groove Acts as 'runners on drawers' and guides the direction of nail growth. They are situated down the sides of the Nail Fold.Taken from Wikipedia.com...the answer to all things.
If it does not have enough sun the stem will be spindly and not look well more stem thickness is highly regulated and is related to overall growth speed. one can use plant hormones to slow down growth rate resulting is shorter and thicker stems look up tropic response in plant growth more a plant's stem gains thickness by growth of lateral meristems. Various factors affect the growth rates of these - namely water and food availability and sunlight. When the stem is regularly trimmed and prunned as seen bonsai plants.
A vertebrate is an animal that has a backbone so they can grow in any condition, humans are vertebrates and so are birds, snakes, dogs, cats etc. When vertebrates grow there bones grow bigger and heavier so there skin stretches which is how they get bigger, but any animal needs water and food in order to grow correctly. Hope this has helped
it hurts quite bad. I fractured my growth plate in my shoulder.I took a couple x rays and it had a tiny crack in the growth plate.
Epiphyseal plate
The epiphyseal plate.
Epiphyseal plate
break your growth plate...in your bone
When the epiphyseal plate is replaced by bone, then growth at that bone stops.
In those who are not fully adult, growth plates are located on the ends of long bones. On the arm, the growth plate is located on the end of the humerus near the elbow.
Epiphyseal plate, located on the end of long bones.
The thin band of cartilage where bone growth occurs is called the epiphyseal plate. This plate is responsible for lengthening bones during the growth phase in children and adolescents. Once growth is complete, the plate ossifies and is replaced by solid bone.
There are a number of materials that are found in the growth plate which is also referred to as physis. The main materials are fats and cartilage.
The growth plate, also known as the epiphyseal plate, is the site for longitudinal growth in a child. It is a cartilage region at the ends of long bones where bone growth occurs, allowing bones to elongate during childhood and adolescence. Once growth is complete, the growth plates close and are replaced by solid bone.
The growth plate of a long bone is located at the end of the bone, near the joint. It is also known as the epiphyseal plate and is responsible for longitudinal growth during childhood and adolescence.