The lunula, the crescent-shaped white area at the base of the nail, appears white due to the reflection of light from the thickened, opaque layer of keratin and the underlying nail matrix. This area is not fully transparent like the rest of the nail, and the presence of blood vessels underneath is less pronounced, contributing to its lighter appearance. Additionally, the keratin in this region is more compact and has a different structure compared to the surrounding nail, enhancing the white coloration.
The mother tiger must carry both the allele for orange color and the allele for white color since she produced both orange and white offspring. The white color is a recessive trait, so the mother must have the genotype Oo (where O represents the allele for orange color and o represents the allele for white color).
It's not. Where your lunula is, the nail matrix is thicker. This means that you cannot see the blood as well, causing that part of your nail to look pale. That's it.
Bones are primarily white due to their composition, which includes a mineral called hydroxyapatite, made up of calcium and phosphate. This mineral gives bones their rigidity and strength, contributing to their white appearance. Additionally, the organic matrix of collagen fibers in bones can also reflect light in a way that enhances their white color. Other factors, such as age and diet, can influence the color of bones, but the dominant white hue is primarily due to their mineral content.
A roan horse has a coat color pattern characterized by an even mixture of white hairs with another color, usually red or bay. This gives the horse a speckled or dappled appearance. Roan is a common color in various horse breeds.
White tigers inherit their unique coloration from a recessive gene that causes them to lack the pigment called pheomelanin, which gives normal tigers their orange color. The white coat color is a result of a genetic mutation that causes the tiger to be born with a light fur pigmentation.
because it lies over the thick nail matrix
This is called the lunula.
The lunula is located on the fingernail. It is the white crescent shaped area on the fingernail.
lunula
Lunula
The white crescent at the proximal end of the nail is called the lunula. It is the visible part of the matrix, which is the tissue responsible for nail growth. The lunula appears lighter in color than the rest of the nail due to the thickness of the underlying tissue. Its size and visibility can vary among individuals.
The half-moon shaped white region at the nail root is known as the lunula. It is a visible part of the nail matrix and is located at the base of the nail. The lunula may vary in size and prominence from person to person.
A lunula is the white crescent moon on the end of your finger where your cuticle and nail meets.The Lunula is often referred to as "moons". The lunula is in fact the front end of the matrix. The whitish half moons are keratin cells that have not yet been completely flattened and still have some of their content. Not everyone has visible lunula's The lunula is normally more prominent on the thumbs. The shape of the lunula determines the shape of the free edge/distal edge.
Its called the LUNULA.
Oh honey, the lunula is that cute little white crescent shape at the base of your fingernail. Its purpose? Well, it's just the visible part of your nail matrix, where your nail grows from. So basically, it's like the starting point for your fabulous nail journey. Keep those lunula looking sharp!
The medical term for a half-moon-shaped white region at the nail root is "lunula." It is a normal anatomical feature found at the base of the fingernail.
The white area at the base of the nail is called the lunula. It is the visible part of the nail matrix, which is responsible for nail growth. The lunula appears as a pale crescent shape and can vary in size and visibility from person to person.