The key difference between sonication and homogenization is that sonication is a cell disruption technique which uses sound energy to disrupt tissues and cells, while homogenization is a cell disruption technique that mainly utilizes a physical force to break cell membranes. In order to analyze biomolecules, their reactions and other cell contents, it is required […]
Difference Between Pachytene and Zygotene
The key difference between pachytene and zygotene is that pachytene is the third sub-stage of prophase 1 in which the homologous recombination or chromosomal crossover takes place between non-sister chromatids. Meanwhile, zygotene is the second sub-stage of prophase 1 in which maternal and paternal chromosomes line up with each other into homologous chromosome pairs. Meiosis […]
Difference Between Catalytic and Stoichiometric Reagents
The key difference between catalytic and stoichiometric reagents is that catalytic reagents are not consumed during the reaction, whereas stoichiometric reagents are consumed during the reaction. Catalytic reagents and stoichiometric reagents are two types of reactants in a particular chemical reaction. Catalytic reagents are superior to stoichiometric reagents. This is because the chemical products of […]
Difference Between Sea Hare and Nudibranch
The key difference between sea hare and nudibranch is that sea hare is a herbivorous mollusc that belongs to order Anaspidea, while nudibranch is a carnivorous mollusc that belongs to order Nudibranchia. Phylum Mollusca consists of soft-bodied organisms. Sea slugs are marine gastropods that belong to phylum Mollusca. Sea hare and nudibranch are two types […]
Difference Between Anisole and Diethyl Ether
The key difference between anisole and diethyl ether is that anisole contains a methyl group and a phenyl group attached to the same oxygen atom, whereas diethyl ether contains two ethyl groups attached to the same oxygen atom. Both anisole and diethyl ether are organic compounds. These are ether compounds which contain a central oxygen […]
Difference Between Alpha and Beta Anomers
The key difference between alpha and beta anomers is that in alpha anomer the hydroxyl group at the anomeric carbon is cis to the exocyclic oxygen at the anomeric centre, whereas in beta anomer the hydroxyl group is trans to the exocyclic oxygen. An anomer is a geometric variation among carbohydrates. It is a type […]
Difference Between HHV and LHV
The key difference between HHV and LHV is that HHV can be determined by bringing all the products of combustion back to the original pre-combustion temperature while allowing any produced vapour to condense. Meanwhile, LHV can be determined by subtracting the heat of vaporization of water from the higher heating value. Heating value is a […]
Difference Between Stipule and Axillary Bud
The key difference between stipule and axillary bud is that the stipule is one of the two leaf-like appendages present at the base of the leaf. Meanwhile, the axillary bud is the bud or the little protuberance present in between the angle formed by the stem and the leaf petiole. Roots, stems, and leaves are […]
Difference Between Variegated Leaves and Simple Leaves
The key difference between variegated leaves and simple leaves is that variegated leaves have green and non-green parts while simple leaves have a single leaf blade directly attached to the petiole or leaf stalk. Leaves are the major photosynthetic parts of plants. They are rich in chloroplasts and appear in green. They carry out photosynthesis […]
Difference Between Gypsum and Phosphogypsum
The key difference between gypsum and phosphogypsum is that gypsum is a naturally occurring form of calcium sulfate, whereas phosphogypsum is a synthetic form of calcium sulfate. More specifically, gypsum is a rock-forming, soft crystal obtained by mining or quarrying, but phosphogypsum is a by-product during the production of superphosphate from phosphate rock. Therefore, both […]
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