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Chemistry Amides have an organic radical (R) and an amino group (NH connected to the carbonyl group (C The proteins and nylon are substances formed by many molecules containing atoms, known as polymers. These molecules have the amide group and form natural substances and industrialized, important for life and have various industrial applications. You know with these substances you kiss more science! After all how is this possible? Is it possible? Proteins are polymers formed by - Amino acids, compounds having: an amino group (-NH connected to the second carbon atom of the chain, and a hydroxyl (- OH) attached to the carbonyl (CO). The - Amino acids joined to each other via the amino group of one molecule and the carbonyl group of another molecule (peptide or amide bonds). Proteins have specific functions, such as keratins, which protect your outer layer of skin, hair and nails. Another synthetic polymer, known as polyamide is nylon (trade name). It was the first fiber produced artificially in 1935 by Dr. Wallace Carothers, the du Pont Company. Used in textile fibers is more resistant to natural fibers such as silk. It has great elasticity, toughness and brilliance, was widely used after its discovery in fabric production of parachutes and other war materials to Second World War. Today's industries produce various types of polyamides, used in the production of lightweight fabrics, durable and waterproof, to make clothes knitting, underwear, backpacks, sleeping bags, tents, etc.. Other advantages raise the demand of nylon in our day, such as ease of washing, quick drying, no need to flatten, and has nice touch. Remember that our eye can awaken interests and emotions. The group "AMIDA" provides a more bold, attractive, youthful, and the comfort it offers. Scheme 10 amide function
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Kemija Amidi imaju organski radikal (R) i amino skupine (NH ) spojen na karbonilnu skupinu (C O) Proteini i najlon su tvari nastale mnoge molekule sadrže atome, poznat kao polimera. Te molekule imaju amidne grupu i čine prirodne tvari i industrijaliziranim, važne za život i imaju različite industrijske primjene. Znaš s tim tvarima poljubiš više znanost! Uostalom kako je to moguće? Je li moguće? Proteini su polimeri nastale - amino spojevi koji pokazuju: amino skupina (-NH ) spojen na drugi atom ugljika u lancu, i hidroksilne (- OH) povezan na karbonilnu (CO). - Aminokiseline su ujedinjeni jedan s drugim preko amino skupine u molekuli i karbonilne skupine druge molekule (peptid, ili amid obveznice). Proteini imaju određene funkcije, kao što keratins, koji štite svoj vanjski sloj kože, kose i noktiju. Još jedan sintetski polimer, poznat kao poliamid je najlon (trgovački naziv). To je bio prvi vlakana proizvodi umjetno 1935 dr. Wallace Carothers, tvrtke du Pont. Koristi se u tekstilnim vlaknima je otporniji na prirodnim sastojcima poput svile. To je velika elastičnost, žilavost i genijalnost, bio je naširoko koristi nakon njegova otkrića u proizvodnji tkanina od padobrana i drugih ratnih materijala do Drugog svjetskog rata. Današnja industrija proizvesti različite vrste poliamida, koji se koriste u proizvodnji laganih tkanina, izdržljiv i vodootporan, napraviti odjeću za pletenje, donje rublje, naprtnjače, vreće za spavanje, šatora, itd.. Ostale prednosti podići potražnju najlona u našem danu, kao što su jednostavnost pranje, brzo suši, ne treba poravnati, i ima lijep dodir. Sjeti se da naše oko može probuditi interese i emocije. Skupina "AMIDA" daje više bold, lijepa, mlada, i udobnost pruža. Shema 10 amid funkciju