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Where the hair gel came from?

Locust bean gum

Apium graveolens

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The hair gel mentioned in the contexts is derived from various sources and formulations. One source is a composite vegetable glue containing algal polysaccharide vegetable composite gel, carrageenan, Bacillus licheniformis, guar gum, cetyl alcohol, Agathis alba extract, sodium alginate, ramie fibre, locust bean gum, and fructose . Another source includes celery extract, specifically apigenin, known for its vasodilator properties that stimulate hair growth . Additionally, a hair washing gel is prepared using ingredients like ginger root oil, angelica sinensis root extracts, and radix salviae miltiorrhizae root extracts . Furthermore, a gel hair cosmetic is formulated with components like polyalkylene imine derivatives, C12-28 saturated aliphatic alcohol, and cationic surfactants . Lastly, a Chinese herbal hair-care gel is made from ginseng, radix angelica sinensis, radix rehmanniae preparata, and other herbal ingredients for blacking, wetting, and nourishing hair .

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Patent Hair washing gel Peng Zhihui 18 Dec 2018	The hair washing gel is formulated from ingredients like cocamidopropyl betaine, plant extracts, menthol, and guar gum in deionized water, providing nourishment, cleansing, and anti-fungal properties.
Patent Hair styling gel made from composite vegetable glue Tan Huafeng 22 Feb 2018	The hair styling gel in the study is made from a composite vegetable glue containing algal polysaccharide vegetable composite gel, carrageenan, Bacillus licheniformis, and other natural ingredients.
Open access•Journal Article•DOI Formulation of hair gel from celery ethanol extract (apium graveolens .l) 24 Dec 2022	The hair gel in the study was formulated from celery ethanol extract, specifically from Apium graveolens L., known for containing hair growth-stimulating compounds like apigenin.
Patent Gel hair cosmetic Shinichi Tokunaga, Hiroto Tanamachi, Ryosuke Suzuki - Show less +2 more 12 Dec 2013 1 Citations	The gel hair cosmetic discussed in the paper is formulated by emulsifying specific components in an aqueous base, resulting in a product with an endothermic peak between 40-75°C.

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What is the composition of a gel?5 answersA gel composition typically consists of a polymer, a solvent, and other additives. The polymer can be a partially neutralized product of an ethylenic unsaturated carboxylic acid unit, gellan gum, a neutralized product of an alkyl-modified carboxyl group-containing polymer, or a polymer compound with specific properties. The solvent can be an anhydrous polyhydric alcohol, water, or a betaine-based emulsifier. Other additives may include salts, a compound with an ethylenically unsaturated group, or a first and second solvent. The gel composition can be used for various applications such as tissue resection procedures, medical devices, cosmetics, and more.

Can DNA be extracted from hair?4 answersYes, DNA can be extracted from hair. There are several methods available for extracting DNA from hair samples. One method involves pretreating the hair to obtain hair fragments, which are then pyrolyzed and mixed with a magnetic bead suspension to separate and obtain a DNA solution. Another method involves treating the hair sample with a solution containing SDS, NaOH, and other reagents, followed by digestion and DNA adsorption using magnetic beads. Additionally, a method involving washing the hair follicle near sections with alcohol and water, followed by digestion in a PCR buffering solution and extraction using CTAB and chloroform isoamyl alcohol, has been developed. These methods have been shown to efficiently extract DNA from hair samples, making them suitable for various applications, including forensic investigationsand human remains identification.

Where does human hair come from?3 answersHuman hair is a keratin-containing appendage that grows from large cavities called follicles. It is believed that hair, which is the characteristic covering of mammalian skin, evolved from the epidermal scales of reptiles. The origin of human hair is still an important organ of touch and plays a role in normal sexual and physiological development. Hair evolution in mammals is thought to have originated from synapsid scales or glands. The morphogenetic process transformed the dermis of scales into small dermal papillae in hair. The evolution of a dermal papilla activated keratogenic genes, resulting in the formation of concentric layers of keratinocytes and specialized hard keratins. The medulla of hair may have been obliterated or replaced by cortical cells, while the cortex formed a cuticular surface.

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