WebView Case Study 1 .pdf from BIOL 230 at College of San Mateo. Bio 1 2/9/23 Case Study 1 - The Biochemistry of Curly and Straight Hair Part.II 1. Explain the difference between an ionic, covalent, and Webextremely curly hair fairly irregular in diameter False scalp massage increases hair growth False Pediculosis capitis is a type of bacterial infection that affects the scalp False when performing a hair porosity test, if the hair feels smooth, it is considered porous True oily hair and scalp can be caused by improper shampooing Students also viewed
How To Strengthen & Repair Hair Bonds – Curlsmith USA
WebHydrogen bonds Disulfide bonds Peptide bonds Salt bonds Disulfide bonds Salt bonds are broken by? Changes in the pH Water Cooling Heat Change in pH In permanent waving, the size of the curl is determined by the? Hair condition Size of the rod Products selected Hair texture Size of the rod The most common type of perm rod is the? Straight rod WebOf course, when your hair gets wet again, those hydrogen bonds will weaken and then reform in their original position, giving you back the hair you didn't want—making curly hair straight, straight hair curly. If you want a permanent change, you can perm your hair. cire afro
2c-Biochem Hair ChemistryII - Fermilab
WebSep 23, 2009 · The bonds may change the shape of individual hair molecules, folding them back for an overall curly effect. Scientists think that one or two genes determine the … WebApr 5, 2024 · These proteins are interlinked with hydrogen bonds and disulfide bonds. The structure of these bonds determines the type of hair that you have, whether it is straight, wavy, or curly. Webhydrogen bonds Weak physical side bonds that are also the result of an attraction between opposite electrical charges keratin proteins Long, coiled polypeptide chains. peptide bonds chemical bonds that join amino acids together, end to end in long chains Adding wave or curl to the hair is called: permanent waving cire blackboard login