The key difference between panmictic and apomictic species is that panmictic species are all potential mating partners since there are no behavioural or genetic mating restrictions while apomictic species bypass meiosis and fertilization during the formation of seeds asexually. Panmictic and apomictic species are two categories of organisms. Panmixia is the random mating of individuals […]
Archives for September 2020
Difference Between Isopropyl Myristate and Isopropyl Palmitate
The key difference between isopropyl myristate and isopropyl palmitate is that isopropyl myristate is the ester of isopropyl alcohol and myristic acid whereas isopropyl palmitate is the ester of isopropyl alcohol and palmitic acid. Both isopropyl myristate and isopropyl palmitate are ester compounds. These are organic compounds which can be categorized as fatty acids; they […]
Difference Between Nernst Potential and Zeta Potential
The key difference between Nernst potential and Zeta potential is that Nernst potential is given for a biological cell or an electrochemical cell whereas zeta potential is given for a colloidal dispersion. Nernst potential and zeta potential are terms in physical chemistry that describe the potential difference between something, e.g. the cell membrane, electrochemical cell, […]
Difference Between ORF and Exon
The key difference between ORF and exon is that the ORF or the open reading frame is a stretch of DNA sequence that begins with translation initiation site (start codon) and ends with translation termination site (stop codon) while exon is a nucleotide sequence within a gene that encodes for amino acids. An open reading […]
Difference Between DNA and RNA Probes
The key difference between DNA and RNA probes is that DNA probes are fragments of DNA that are complementary to target nucleotide sequences while RNA probes are stretches of single-stranded RNA which are complementary nucleic acid sequences of target sequences. A probe is an artificially synthesized short sequence of DNA or RNA that could be […]
Difference Between Hypermorph and Neomorph
The key difference between hypermorph and neomorph is that hypermorph alleles produce the same active product with an increased activity while neomorph alleles produce an active product with a new different function. A mutation is a change in the nucleotide sequence of a gene. As a result, the gene cannot produce the same product as […]
Difference Between Haploinsufficiency and Dominant Negative
The key difference between haploinsufficiency and dominant negative is that haploinsufficiency involves the loss of function in just one copy of two alleles while dominant-negative involves the gain of function mutation. Haploinsufficiency and dominant-negative are two types of dominant mutations. Haploinsufficiency is due to the loss of function while dominant-negative is due to the gain […]
Difference Between Natrium and Sodium
The key difference between Natrium and Sodium is that Natrium is the Latin name for the chemical element having the atomic number 11 whereas sodium is the common name for the same chemical element. Both names, Natrium and sodium, refer to the same chemical element but they are used differently; sodium is the common name […]
Difference Between CSF and Mucus
The key difference between CSF and mucus is that cerebrospinal fluid or CSF is the clear fluid that surrounds and cushions the central nervous system while mucus is the white, stingy and slippery fluid produced by many tissues of our body. CSF and mucus are two important fluids present in our body. CSF surrounds our […]
Difference Between Debye and Einstein Model
The key difference between Debye and Einstein model is that the Debye model treats vibrations of the atomic lattice as phonons in a box whereas Einstein model treats solids as many individual, non-interacting quantum harmonic oscillators. The terms Debye model and Einstein model are used mainly in physical chemistry, regarding the thermodynamic properties of solids. The […]
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