Genome Wide Associated Studies:   Question 7 options:   use SNP arrays to statistically link single nucleotide polymorphisms to diseases   use Next Generation Sequencing technology to identify genetic variances within protein coding regions on DNA to identify genetic variances involved in diseases   use Sanger Sequencing to identify single nucleotide polymorphisms   use Next Generation Sequencing technology to identify single nucleotide polymorphisms within the entire genome   studies prespecified sub-regions of the genome to identify genetic variants statistically associated with diseases

Q: Calculate KI (in units of nmol L-1) for a competitive inhibitor that has α = 1.65 when 11.0 nmol L-1…

A: α=1+​ [I]​/KIWhere:α (alpha) is the degree of inhibition[I] is the concentration of the inhibitorKI…

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A:

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A: Your diagram likely needs labels for the following:Each part of ATP synthase (F_O and F_1 subunits,…

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A: here in first step in presence of base H+ ion is removed from alpha position of carbonyl carbon and…

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A: Codon is defined as the combination of three ribonucleotides of  mRNA. These are complementary to…

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A: The parameter  is used to define catalytic efficiency of an enzyme. The greater the value, greater…

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A: The urea cycle is a crucial metabolic pathway that converts ammonia to urea in the liver, allowing…

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A: The given pH value is 7.5 which lie at the Second Titration.The transition region between the…

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A: To find the correct diene for the product, we need to consider the structure of the product and work…

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A: The statement in question relates to the process of decarboxylation in the tricarboxylic acid (TCA)…

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A: A nonsense mutation results in an exon junction complex remaining on the mRNA. This mRNA:  Will be…

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Q: STEM Workplace Practices Q2

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Viral Infections

Viruses are abundantly found, minute entities that have genetic material enclosed within a protein coat. The proteinaceous material enclosing the genetic material of the virus is called a capsid. The genetic material could be either DNA (deoxyribonucleic acid) or RNA (ribonucleic acid). A virus is too minute to be looked at with naked eyes and therefore visualized with the help of a microscope. They are acellular entities that require a host for processes, such as replication, transcription, translation and multiplication. Plants, animals, and bacteria act as host wherein the virus reproduce. Viruses cannot multiply outside the host's body and thus are considered nonliving outside the host body.