A protein is a Biological polymer made up of as different amino acids joined by peptide bonds. A protein is formed by amino acids which are the basic building block of a protein components of an amino acid include a :C-carbon atom‚ H-Hydrogen atom‚ H3N+ - Amino Group‚ COOH- - Carboxyl Group‚ R- this group varies from amino acid to amino acid. There are 20 amino acids‚ each differing in its R group. Two examples are: Glycine‚ its R group being H(Hydrogen) and Phenylalanine its R group being CH2 (Carbon
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The sequence of a child ́s development is the order in which it occurs. Rate of development is how quickly they do it. It can be emotional development‚ communicational development‚ cognitive development‚ social development and behavioural or physical development. All children are individuals and have the same sequence of development‚ but they all do it at a different rate‚ but hopefully they will all reach the goals that they are meant to. Development is usually divided into different parts but
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of proteins that constitute the body‚ and these comprise only 20 kinds of amino acids in various combinations. These 20 kinds of amino acids are essential to the body. In addition to being the materials for proteins‚ they are used as an energy source for the body as necessary. Further‚ each amino acid plays an important and unique role in the body. The list below shows the role of each amino acid. | Valine Leucine Isoleucine | All of these 3 amino acids are called branched chain amino acid(BCAAs)
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4A.2 RRL 4A.2.1 Coagulation of Proteins Coagulation of protein refers to sticking together‚ like a blood clot‚ usually as a result of denaturation or coming out of solution due to abnormal ionic strength or a change of solvent. Definite characteristics of the proteins are changed when they are coagulated‚ among which is loss of solubility in water and dilute salt solutions. In some instances and under certain conditions the coagulation process may be reversible. (Campbell‚ et.al‚ 1979) 4A.2.2
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How inflation affects the functions of money? Inflation alludes to a sustained general rise in the prices of goods and services. In other words‚ it means a rise in the level of cost of living. Money is anything that is generally acceptable by the society for the exchange of goods and services. There are different functions of money such as: To act as a medium of exchange –Money is used to trade in goods and services both internally and externally. In this way money eases the exchange of goods within
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4.2 Changes in the Sequence of Senses in an Entry. Any language is vulnerable to changes at all its levels‚ so the core meaning/ historical meaning becomes no longer the commonest one. This shift of meaning is typical of basic words of everyday use and the reason for this can be the more frequent use of one of the senses. A proper example for this can be a word ‘see’ (v). In LDOCE 5 (2009) the first sense is “to notice or examine someone or something using your eyes”‚ the “ability to see”
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Ecosystem Structure‚ Function‚ and Change Keyich is a city in Casdonia‚ located in Eastern Europe. Over the past six years‚ the city’s population has grown rapidly from 265‚000 in 1995 to 650‚000 in 2001‚ resulting in a 145% increase. The continious fast-paced growth estimates that by 2008 the city’s population is expeted to reach 1‚600‚000. The Keywich City Council has concerns with the excelling growth pattern and possible negative consequences associated with the growth such as cultural‚ economic
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Carbohydrates have two major functions in plants and animals: they serve as fuel and building material. Plants store most of their energy in the form of starch. Starch is a polysaccharide (consisting of several conjoined sugars). Synthesizing starch enables the plant to stockpile surplus glucose‚ and since glucose is a major cellular fuel‚ starch represents stored energy. The sugar can later be withdrawn by hydrolysis‚ which breaks the bonds between monomers. Animals‚ in turn‚ have enzymes that
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of base-pairing in nucleic acids. These complementariness principles do not only underlie current ideas on the structure of the nucleic acids‚ but they form the foundation of all speculations‚ more or less well- founded‚ on their physical properties (denaturation‚ hypochromic- ity‚ etc.)‚ on the transfer of biological information from deoxy- ribonucleic acid to ribonucleic acid‚ and on the role of the latter in directing the synthesis of specific proteins. They form the basis of present
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Diagram of Essential Amino Acid Lysine ● ● Lysine is a base Physical properties: Polar‚ positively charged ● ● ● Highly reactive Hydrophilic Solubility: ^ soluble in cold water ● ● Reactivity: 0 Flammability: 1 (may be combustible at high temps Protein Structure Dehydration Hydrolysis Stabilizing Forces 1) Hydrophobic Interactions Non polar amino acids (leucine and phenylalanine are two examples). Weakest type of bond. 2) Hydrogen bonds: Polar or charged amino acids (example Tyrosine)
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