The key difference between closo nido and arachno boranes is that closo structure has n+1 skeletal bonding electron pairs, and nido structure has n+2 skeletal bonding electron pairs, whereas arachno structure has n+3 skeletal bonding electron pairs. The structure of borane comes in three types as closo, nido and arachno skeletal structures, depending on the […]
Difference Between Feedback Inhibition and Feedback Repression
The key difference between feedback inhibition and feedback repression is that in feedback inhibition, the product inhibits the enzyme by binding with the active site of the enzyme and prevents the formation of the substrate-enzyme complex. Meanwhile, in feedback repression, end product inhibits the enzyme by inhibiting the production of the enzyme at the gene […]
Difference Between Primary Secondary and Tertiary Halogenoalkanes
The key difference between primary secondary and tertiary halogenoalkanes is the position of the carbon atom that carries the halogen atom. In primary halogenoalkanes, the carbon atom, which carries the halogen atom, is attached to only one alkyl group. But, in secondary halogenoalkanes, this carbon atom is attached to two alkyl groups. Whereas, in tertiary […]
Difference Between F Plasmid and R Plasmid
The key difference between F plasmid and R plasmid is that F plasmid is an extrachromosomal DNA that contains genes coding for fertility factor. Meanwhile, R plasmid is an extrachromosomal DNA that contains genes coding for the resistance against antibiotics. A plasmid is a small circular double-stranded DNA present in bacteria. They are extrachromosomal DNA […]
Difference Between Embden Meyerhof Pathway and Entner Doudoroff Pathway
The difference between Embden Meyerhof Pathway and Entner Doudoroff Pathway is that the Embden Meyerhof Pathway is the classic glycolysis that converts glucose into pyruvate in eukaryotes and many prokaryotes. At the same time, the Entner Doudoroff Pathway is an alternative pathway of glycolysis in few bacteria and converts glucose into pyruvate in order to […]
Difference Between Ferredoxin and Rubredoxin
The key difference between ferredoxin and Rubredoxin is that ferredoxin has a considerably lower redox potential compared to Rubredoxin. Both ferredoxin and Rubredoxin are iron-containing proteins. However, we can find ferredoxin in bacterial forms and in plants because it is a chloroplast-protein. However, Rubredoxin is a protein that occurs only in bacteria and archaea. These […]
Difference Between Eclipse and Latent Period
The key difference between eclipse and latent period is that eclipse period is the time of synthesizing phage proteins and nucleic acids inside the host cell, while the latent period is the time between injection of the viral genome into the cell and host cell lysis. A bacteriophage (phage) is an obligate intracellular virus particle […]
Difference Between Isopoly and Heteropoly Acids
The key difference between isopoly and heteropoly acids is that isopoly acids form from the combination of similar acids or anions, whereas heteropoly acids form from the combination of different acids or anions. A poly acid is an acidic compound that forms from the combination of two acids via elimination of a water molecule. If […]
Difference Between Conidiophore and Sporangiophore
The key difference between conidiophore and sporangiophore is that conidiophore is the aerial hypha of ascomycetes fungi that bears asexual spores called conidia while sporangiophore is the aerial hypha of zygomycetes fungi that bears asexual spores called sporangiospores. Fungi are eukaryotic microorganisms which are filamentous in nature. They reproduce sexually as well as asexually. Asexual […]
Difference Between Dikaryotic and Diploid
The key difference between dikaryotic and diploid is that dikaryotic cell is the cell that contains two genetically distinct nuclei while diploid cell is a cell that contains two sets of chromosomes. Generally, a cell contains only one nucleus. However, in some instances, cells contain more than one nucleus. In sexual reproduction, we can also […]
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