LUS makes products for specific curliness levels for a range of ethnicities.
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Now Dudamel's hair—the luxuriant curliness of which was often admired in those early days—is graying, and his conducting, in which he takes evident pleasure, has mellowed somewhat.
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The patents weren't just for different types of lettuce, but specific traits such as resistance to a disease, a particular shade of red or green, or curliness of the leaf.
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Since her arrival on the scene in 2012, some on social media have deemed her hair unkempt because of its curliness around the edges, implying that the gymnast should chemically relax or otherwise straighten her hair.
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The curliness is passed on in up to 70 % of all trees in the next generation. Common spring birch is also sometimes referred to as masonry birch, but one should only use that term for trees that have the real curliness.
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On average, females produce 25-35 eggs per year.Holderread (1981) p.25 Though domesticated breeds of geese generally retain some flight ability, Sebastopols cannot fly well due to the curliness of their feathers and have difficulty getting off the ground.Holderread (1981) p.
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The long head-hair may be tied up in a topknot or it may be left hanging. Any suggestion of kinkiness, curliness, or woolly texture is objectionable. Maltese are a pure white, yet sometimes dull gold fur will grow behind their ears and on their back. Light lemon on the ears is permissible, but not desirable.
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Perms and relaxation using relaxer or thermal reconditioning involve chemical alteration of the internal structure of the hair in order to affect its curliness or straightness. Hair that has been subjected to the use of a permanent is weaker due to the application of chemicals, and should be treated gently and with greater care than hair that isn't chemically altered.
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The South African pencil test was one example of a characteristic other than skin color being used as a determiner. The pencil test, which distinguished either "black" from "Colored" or "Colored" from "white", relied upon curliness and strength of hair (i.e. whether it was capable of retaining a pencil under its own strength) rather than upon any color factor at all. The pencil test could "trump skin color".
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Curlies are most commonly chestnut colored, but can be found in every color from standard bays, blacks, and greys, to appaloosa markings; from pinto patterns to dilute colors such as buckskin, roan, grulla, and cremello. The care for the curly hair is simple with most people choosing to not comb the mane because the hair will lose its curliness. The manes are often trimmed to keep them from matting. The tails can be combed.
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All mammalian hair is composed of keratin, so the make-up of hair follicles is not the source of varying hair patterns. There are a range of theories pertaining to the curl patterns of hair. Scientists have come to believe that the shape of the hair shaft has an effect on the curliness of the individual's hair. A very round shaft allows for fewer disulfide bonds to be present in the hair strand.
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This created a highly profitable market in human hair, which was said in the mid-19th century to be worth twice its weight in silver. In 1851 of hair was imported from France to England with a value of £3,621 (£ today). The Hairdressers' Journal reported in May 1863 that a hundred tons of hair a year was being sold in Parisian markets. Not all hair was created equal; female hair from northern Italy and Spain was especially prized for its glossy blackness and curliness.
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All the current hair transplantation techniques utilize the patient's existing hair. The aim of the surgical procedure is to use such hair as efficiently as possible. The right candidates for this type of surgery are individuals who still have healthy hair on the sides and the back of the head in order that hair for the transplant may be harvested from those areas. Different techniques are utilized in order to obtain the desired cosmetic results; factors considered may include hair color, texture, curliness, etc.
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Scientists in the UK have formulated a mathematical model that predicts the shape of a ponytail given the length and random curvature (or curliness) of a sample of individual hairs. The Ponytail Shape Equation provides an understanding of how a ponytail is swelled by the outward pressure which arises from interactions between the component hairs."Science behind ponytail revealed."(2012, February 13) The researchers developed a general continuum theory for a bundle of hairs, treating each hair as an elastic filament with random intrinsic curvature.
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Detailed analysis and comparison of fresh specimens revealed that what had been collectively called "S. coccinea" actually consisted of four distinct species: S. austriaca, S. coccinea, S. dudleyi, and S. jurana. The phylogenetic relationships in the genus Sarcoscypha were analyzed by Francis Harrington in the late 1990s. Her cladistic analysis combined comparisons of the sequences of the internal transcribed spacer in the non-functional RNA with fifteen traditional morphological characteristics, such as spore features, fruit body shape, and degree of curliness of the "hairs" that form the tomentum.
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The phylogenetic relationships in the genus Sarcoscypha were analyzed by Francis Harrington in the late 1990s. The cladistic analysis combined comparison of sequences from the internal transcribed spacer in the non-functional RNA in addition to fifteen traditional morphological characters, such as spore features, fruit body shape, and degree of hair curliness. Based on this analysis, one major clade includes the species S. austriaca, S. macaronesica, S. knixoniana and S. humberiana, while another has S. korfiana, S. occidentalis, S. mesocyatha, S. dudleyi, S. emarginata, and S. hosoyae. S. jarvensis is sister to all these species.
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The phylogenetic relationships in the genus Sarcoscypha were analyzed by Francis Harrington in the late 1990s. The cladistic analysis combined comparison of sequences from the internal transcribed spacer in the non-functional RNA with fifteen traditional morphological characters, such as spore features, fruit body shape, and degree of hair curliness. Based on this analysis, S. occidentalis is part of a clade of evolutionarily related taxa that includes the species S. dudleyi, S. emarginata, S. hosoyae, S. korfiana and S. mesocyatha. All of these species contain large oil droplets in their spores, in contrast to the other major clade of Sarcoscypha (containing the type species S. coccinea), characterized by having smaller, more numerous droplets.
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