The key difference between supramolecular chemistry and molecular chemistry is that supramolecular chemistry deals with weak, reversible non-covalent interactions between molecules whereas molecular chemistry deals with laws governing the formation and breakage of chemical bonds between molecules. Chemistry is a broad subject that can be subdivided into different areas depending on the subject matter. Some […]
Difference Between Gelatinization and Retrogradation
The key difference between gelatinization and retrogradation is that gelatinization refers to the act of making or becoming gelatinous, whereas retrogradation refers to the motion in a retrograde manner. The terms gelatinization and retrogradation describe the properties of starch. Starch is a polymeric carbohydrate that consists of numerous glucose units that are joined by glycosidic […]
Difference Between Cisgenesis and Intragenesis
The key difference between cisgenesis and intragenesis is that in cisgenesis, genes are introduced without doing any change to the DNA sequence, and the genes have its native promoter, introns and terminator sequences while in intragenesis, genes can be designed using genetic elements from other plants with the same sexually compatible gene pool. Transgenesis is […]
Difference Between Anolyte and Catholyte
The key difference between anolyte and catholyte is that anolyte is an electrolytic solution mainly containing anionic species whereas catholyte is an electrolytic solution mainly containing cationic species. Anolytes and catholytes are liquid solutions containing electrolytic ionic species such as anions and cations. These electrolytic solutions have different applications in biological systems. CONTENTS 1. Overview […]
Difference Between DNA-RNA Hybrids and dsDNA
The key difference between DNA-RNA hybrids and dsDNA is that DNA-RNA hybrids are double-stranded nucleotides composed of one DNA strand and one complementary RNA strand while dsDNA is a double-stranded DNA composed of two complementary DNA strands. In its native state, DNA is double-stranded. It has two complementary DNA strands bonded via hydrogen bonds. RNA […]
Difference Between Ascending and Descending Paper Chromatography
The key difference between ascending and descending paper chromatography is that ascending paper chromatography involves the movement of the solvent in an upward direction whereas descending paper chromatography involves the movement of the solvent in a downward direction. Paper chromatography is a type of chromatographic technique in which the components in the analyte mixture are […]
Difference Between Anthrone and DNSA Method
The key difference between Anthrone and DNSA method is that Anthrone test is a general test to detect all types of carbohydrates while DNSA method is a quantitative method for the detection of reducing sugars. Reducing sugar is a type of sugar that is able to reduce another compound. Therefore, it can act as a […]
Difference Between Protein Digestion in Stomach and Small Intestine
The key difference between protein digestion in stomach and small intestine is that protein digestion in the stomach takes place by pepsin and hydrochloric acid while protein digestion in the small intestine takes place by trypsin and chymotrypsin secreted by the pancreas. Food that we consume is subject to chemical and mechanical digestion in the […]
Difference Between Allulose and Erythritol
The key difference between allulose and erythritol is that allulose is a monosaccharide sugar whereas erythritol is a polyol. Both allulose and erythritol are useful as sweeteners in food and beverage industry. These substances are sweet-tasting but not largely absorbed by the gastrointestinal tract. Instead, it is absorbed in the intestine and excreted from urine. […]
Difference Between Terpenes and Terpenoids
The key difference between terpenes and terpenoids is that terpenes are simple hydrocarbons whereas terpenoids are modified terpenes containing different functional groups and oxidized methyl groups. Terpenes and terpenoids are organic compounds. Terpenoids are derived from terpenes. Various different plants and animals produce terpenes, e.g. conifers and some insects. Terpenoids are also naturally occurring compounds. […]
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