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Key Difference – Dominance vs Epistasis Dominance and epistasis are two situations which explain the occurrence of phenotypes from genes. Dominance describes how different alleles of a gene influence the expression of the phenotype and which allele is actually responsible for the observable phenotype. Epistasis describes the relationship between genes for the same phenotype […]
Key Difference – AFLP vs RFLP DNA studies have an immense importance in understanding and determining phylogenetic relationships, diagnosing genetic diseases and mapping organism’s genomes. Several techniques associated with DNA analysis are also used for the identification of a particular gene or a DNA sequence in a pool of unknown DNA. They are known […]
Key Difference – Upstream vs Downstream DNA It is important to have a general knowledge about the composition and structure of DNA in order to understand the difference between upstream and downstream DNA. DNA is composed of polynucleotide chains. Nucleotides are the building blocks which create polynucleotide chains and each nucleotide is made from […]
Key Difference – Non GMO vs Organic There are various products available in the market with different labels such as GMO, non GMO, organic, etc. Therefore, it is important to know the correct meaning of each of these words. GMO refers to a genetically modified organism. Non GMO refers to an organism or a […]
Key Difference – GMO vs Hybrid GMO and Hybrid are improved organisms with beneficial characteristics via genetic engineering or breeding programs. The key difference between GMO and hybrid is that GMO is an organism with modified genome through genetic engineering technology inside the lab while hybrid is an offspring produced by controlled sexual reproduction […]
Key Difference – HYV Seeds vs Traditional Seeds Varietal improvement is a common practice among breeders with the objective of developing high yielding crop varieties with improved characteristics such as high grain quality, early maturation, vigor seedlings, better adoption to the environment, stress tolerance etc. Varietal improvement mainly focuses on making high yield varieties […]
Key Difference – Microarray vs RNA Sequencing Transcriptome represents the whole content of RNA present in a cell including mRNA, rRNA, tRNA, degraded RNA, and, nondegraded RNA. Profiling transcriptome is an important process in order to understand the cell insights. There are several advanced methods for transcriptome profiling. Microarray and RNA sequencing are two […]
Key Difference – SYBR Green vs Taqman SYBR Green and Taqman are two methods employed to detect or watch amplification process of real-time PCR. SYBR Green is a method based on intercalating nucleic acid staining dye while Taqman is a method based on hydrolysis probe. Both technologies are designed to generate fluorescence during the […]
Key Difference – Transition vs Transversion It is important to have a general knowledge of base pairing in DNA in order to understand the difference between transition and transversion mutations. There are five different nitrogenous bases in nucleic acids: adenine (A), guanine (G), cytosine (C), thymine (T) and uracil (U). First two bases (A […]
Key Difference – DNA Damage vs Mutation DNA bears the genetic information of each cell. It is stored with the heredity information which is supposed to be passed from one generation to the next generation. The genetic information is hidden within the DNA molecules in the form of precise nucleotide sequences. There are billions […]
