The key difference between codominance and multiple alleles is that codominance is expressing the effects of both alleles independently, without blending in the heterozygous state, while multiple alleles refer to the state of a trait that has more than two different alleles. Generally, each gene comes with two different alleles. One is a dominant allele […]
Difference Between Radioactive and Nonradioactive Probes
The key difference between radioactive and nonradioactive probes is that radioactive probes are single-stranded DNA or RNA sequences that are labeled with radioactive isotopes while nonradioactive probes are single-stranded DNA or RNA sequences that are labeled with a chemical tag or a fluorescent tag. Nucleic acid hybridization is an important technique in molecular biology, especially […]
Difference Between Molecular Sieve and Silica Gel
The key difference between molecular sieve and silica gel is that a molecular sieve is a material containing pores of similar size, whereas silica gel is a substance can be used to prepare a porous material with pores of different sizes. Both molecular sieve and silica gel are important materials in chemical separations. They are […]
Difference Between Mastigomycotina and Zygomycota
The key difference between mastigomycotina and zygomycota is that mastigomycotina is a polyphyletic group of fungi that produce flagellated cells and have rhizoids while zygomycota is a division of fungi that produce characteristic resistant spherical spores called zygospores during the sexual reproduction. Fungi are filamentous eukaryotic organisms belonging to Kingdom Fungi. They produce both sexual and […]
Difference Between Titration and Neutralization
The key difference between titration and neutralization is that titration is an analytical technique, whereas neutralization is a chemical reaction. Titration and neutralization are very important terms in chemistry. Titration is a technique that requires a specific apparatus, and it proceeds based on a neutralization reaction. Neutralization reactions are chemical reactions where the acidity is […]
Difference Between Monoisotopic Mass and Average Mass
The key difference between monoisotopic mass and average mass is that monoisotopic mass is calculated considering a single isotope, whereas average mass is calculated considering all the abundant isotopes of a particular chemical element. Monoisotopic mass and average mass are important parameters in mass spectrometry. These values deal with the atoms of particular chemical elements. […]
Difference Between Hydrolase and Transferase
The key difference between hydrolase and transferase is that hydrolase is an enzyme that cleaves covalent bonds by the use of water while transferase is an enzyme that catalyzes the transfer of a functional group from one molecule to another molecule. Hydrolase and transferase are two types of enzymes that catalyze biochemical reactions. Hydrolases use […]
Difference Between Micelles and Colloidal Particles
The key difference between micelles and colloidal particles is that micelles form at a certain concentration whereas colloidal particles form as soon as the solutes are added to the solvent. The terms micelles and colloidal particles come in analytical chemistry where colloids are discussed. Micelles are also a type of colloidal particles. CONTENTS 1. Overview […]
Difference Between Moisture Content and Water Content
The key difference between moisture content and water content is that moisture content determines the amount of water vapour and other volatile components present in a sample, whereas water content determines the amount of water in a sample. Usually, we use the terms moisture content and water content interchangeably, thinking that they mean the same. […]
Difference Between Electrophoresis and Dielectrophoresis
The key difference between electrophoresis and dielectrophoresis is that electrophoresis separates charged particles, whereas dielectrophoresis separate charged or non-charged particles. Electrophoresis and dielectrophoresis are important analytical techniques in the field of biochemistry. These are separation methods we can use to separate desired particles from a mixture of particles. CONTENTS 1. Overview and Key Difference 2. […]
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