The key difference between contractile and noncontractile tissue is that the contractile tissue can contract while the noncontractile tissue lacks the ability to contract and relax. The musculoskeletal system is an important tissue system in our body that provides support and movement. It consists of two main systems namely the muscular system and skeletal system. […]
Difference Between Isopentane and Neopentane
The key difference between isopentane and neopentane is that the isopentane contains a four-membered carbon chain with one methyl group attached to this chain at the second carbon atom of the chain whereas the neopentane contains one carbon centre attached with four methyl groups. Isopentane and neopentane are structural isomers of each other. Therefore, both […]
Difference Between Apical Intercalary and Lateral Meristem
The key difference between apical intercalary and lateral meristem is that the apical meristem situates at the tips of the roots and the shoots while the intercalary meristem situates at the internodes and lateral meristem locates at the lateral side of the stem and the roots. Meristematic tissue in a plant includes the young cells […]
Difference Between Tert Butyl and Isobutyl
The key difference between tert butyl and isobutyl is that the tert butyl group contains a double branched carbon chain whereas the isobutyl contains a single branched carbon chain. The two terms tert butyl and isobutyl refer to two different functional groups in organic chemistry. However, these two groups have the same number of carbon […]
Difference Between Biological Control and Chemical Control
The key difference between biological control and chemical control is that the biological control uses a living organism to kill the pest while the chemical control uses different synthetic chemicals to kill pests. Pests are small creatures that injure, harm or kill plants or domestic animals. Furthermore, they transmit diseases, cause economic loses, etc. Pests […]
Difference Between Drying and Dehydration
The key difference between drying and dehydration is that the drying refers to the removal of solvent from a solid, semi-solid or a liquid whereas dehydration refers to the removal of water from the water-containing compound. Both terms drying and dehydration refers to the removal of solvent from a solution, thereby leaving only the solute. […]
Difference Between Coleoptile and Coleorhiza
The key difference between coleoptile and coleorhiza is that the coleoptile is a protective sheath of the young shoot tip of monocot plants while the coleorhizae is a protective sheath of the radicle and the root of monocot plants. Coleoptile and coleorhizae are two structures of monocot plants. In plant anatomy, the coleoptile and the […]
Difference Between Land Plants and Water Plants
The key difference between land plants and water plants is that the lands plants have a more extensive root system while many of the water plants do not have a root system. Plants are autotrophic living organisms that have the ability to photosynthesize. Photosynthesis takes place in both land plants and water plants, but the […]
Difference Between Active Site and Binding Site
The key difference between active site and binding site is that an active site aids the catalysis of a chemical reaction whereas a binding site aids on the binding of a ligand to a large molecule. A binding site is a region on a protein, DNA or RNA, to which a ligand can bind. Enzymes […]
Difference Between Positive and Negative Zeta Potential
The key difference between positive and negative zeta potential is that the positive zeta potential indicates that the dispersed particles in a suspension are positively charged whereas the negative zeta potential indicates that the dispersed particles in the suspension are negatively charged. The term zeta potential refers to the electrokinetic potential of colloidal dispersions. Since […]
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