WebAccording to Encyclopedia of Health, everyone has the same number of melanocytes regardless of natural coloration. What makes the difference between skin, eye or hair tones is how active those melanocytes are in producing melanin. Also, the type of melanin produced causes variation in coloration. WebStatement: Although everyone has a different number of melanocytes, the amount of melanin within the melanosomes within them is fairly constant. True or False? True False This problem has been solved! You'll get a detailed solution from a subject matter expert that helps you learn core concepts. See Answer
Solved QUESTION 9 The study of human variation and evolution - Chegg
WebOur records indicate you have visited Interactive Exploration of How We Get Our Skin Color on this device before. If you are returning to continue the interactive exploration, select … WebJun 18, 2024 · answered Everyone's skin contains about the same number of melanocytes even though people come in many different colors. How is this possible? See answer Advertisement lunahtx This is because the melanocytes are located in the stratum basale. spanish b grammar and skills workbook
Skin: The Histology Guide - University of Leeds
WebMalignant melanoma-The most serious of the three types of skin cancer, malignant melanoma arises from the melanocytes, the skin cells that produce the pigment melanin. 0 0 Vitiligo is a failure of melanocytes in specific areas of the skin. 0 0 It also contains melanocytes, which are the pigment cells that give skin its color. 0 0 WebSep 18, 2013 · Melanin is made by specialist pigment producing cells, named melanocytes. All races have much the same number of melanocytes, but they vary in how much melanin they produce, i.e. how active the cells are. In very dark people the melanocytes are active all the time, producing lots of melanin. In pale people melanocytes are not very … WebApr 28, 2024 · Melanin has a variety of biological functions, such as: pigmentation of the hair; pigmentation of the skin; protection of the eyes and skin from sunlight; … tear of ligament fibers