Is there a difference in the effects of different salt solutions on protein denaturation? Why?
Q: Is it reasonable to expect that protein degradation can take place at any location in a cell?
A: Protein degradation is considered as the most important step in the cell, during which proteins are…
Q: Are all the proteins separated properly using SDS-PAGE? Why or why not?
A: Proteins are massive biomolecules and macromolecules made up of one or more long chains of amino…
Q: Why are misfolded proteins a potential problem for the eukaryotic cell, and how do cells combat the…
A: Eukaryotic cells can be defined as the cells that are complex in terms of structure and function as…
Q: Define Capping protein
A: Capping protein is a protein complex and it binds in a calcium-independent manner to the first…
Q: How did the back mutation in hisG affect the protein produced by this gene?
A: Back mutation or backward mutation is a kind of mutation which leads to reversion of the mutated…
Q: How can a single change in a nitrogen base alter the formation of a resulting protein?
A: Change or replacement of a nitrogenous base in a design can modify the entire construction of a…
Q: Is the ubiquitination relatively stable or highly dynamic? how does ubiquitination become detached…
A: The translation is a process through which ribosomes synthesizes polypeptide chains using mRNA. This…
Q: What two reaction steps are required for the formation of an aminoacyl-tRNA?
A: In molecular biology, translation is the cycle wherein ribosomes in the cytoplasm or endoplasmic…
Q: In an experiment of egg white and calamansi juice in protein denaturation, what will happen?
A: Proteins are one of the most important metabolites in living organisms, which is almost present in…
Q: What is single-cell protein? Explain the reasons for the removal or reduction of nucleic acid in…
A: Protein is a substance formed of amino acids joined by peptide bonds. Nucleic acid - are compounds…
Q: What are the subunit interactions that account for the properties of ATCase?
A: Enzymes help to speed up various chemical reactions occurring in a human body as they are also known…
Q: first 20 amino acids of the CFTR protein?
A: CFTR is Cystic Fibrosis transmembrane Regulator Protein is an important protein that maintains the…
Q: Which peptide is the least likely to be made on the ribosome and why?
A: Ribosomes are composed of two subunits, the large and the small subunit, both of which consist of…
Q: What are the four components for the translocation of protein across endoplasmic reticulum? and…
A: Protein translocation is a process where proteins move between cellular components. It can occur…
Q: Give the normal value of CRP (C-Reactive Protein). Why is CRP significant? Is CRP specific to one…
A: Our immune system is responsible for production of different proteins that are involved in immune…
Q: What types of homogenization techniques are available for solubilizing a protein?
A: In the process of slating out, the solubility of the protein reduces due to the highly ionic salt…
Q: What secondary structures are most prevalent in SHBG protein?
A: SHBG protein stands for sex hormone-binding globulin protein.
Q: Protein X can be covalently modified with many methyl groups. What two general properties would be…
A: Note: Since you have posted multiple independent questions in the same request, we will solve the…
Q: What are the differences between the MWC model and the KNF model of allosteric regulation of…
A: Several models explain the behavior of the allosteric proteins. The concerted model is proposed by…
Q: The protein encoded by the cystic fibrosis gene is 1480amino acids long, yet the gene spans 250 kb.…
A: Because the gene contains introns (non-coding regions within the gene) that are removed during the…
Q: Is the histidine side-chain pKa value higher, lower, or unchanged in an environment surrounded by…
A: Histidine and arginine both are basic residues containing amino groups in their side chain.
Q: Based on the given blosum matrix, which 2 amino acid would most likely be found in place of val? Why…
A: SCORING MATRICES: In an alignment, a scoring system is a collection of values used to validate the…
Q: How Are Proteins Processed FollowingTranslation?
A: Proteins are biological polymers made of amino acids. Amino acids are comprised of carbon, hydrogen,…
Q: What factors can promote protein misfolding in cells?
A: A cell is the basic structural and functional key of life. A cell has multiple organelles that carry…
Q: what is the the function of the protein related to KGD1
A: KGD1 is referred to as the mitochondrial alpha ketoglutarate's subunit. It is a very important…
Q: What is the primary function of chaperones? How docells sometimes reuse partially denatured…
A: In accordance with the molecular biology, the molecular chaperones are the proteins that help in the…
Q: What is denaturation? Give examples. What are the factors that affects the protein synthesis?
A: Protein is macromolecule that is vital for maintaining muscle mass.
Q: What is a proteasome? Why is it important to the proper functioning of the ER?
A: Introduction Proteins are the essential biomolecules which plays a diverse role. Almost all…
Q: What are the steps required to attach ubiquitin to a target protein?
A: Proteins contain amino acid chains. After the synthesis of proteins, they are folded with the help…
Q: Define about catabolite-activating protein (CAP) ?
A: Certain terms are fundamental concepts and terms used in biology, which is the study of life and…
Q: What is the role of the signal-recognition particle in protein translocation?
A: Protein Translocation : It is a process by which proteins move between cellular compartments.short…
Q: Which of the proteins is changing at the slowest rate and is most conserved?
A: Evolution can be defined as the change in the characteristics that are inherited over generations of…
Q: (a) How many activation cycles are needed for a protein with 150 amino acids? (b) How many…
A: The process of translation or protein synthesis occurs in the cytoplasm of a cell in both…
Q: What is Barchyury protein? What is the structural aspects of DNA binding of Barchyury?
A: In 1927 brachyury mutation was first described in mice by adezhda Alexandrovna…
Q: What is the Rf value of each amino acid observed?
A: Rf ( retardation factor):- It is defined as the ratio of distance traveled by the centre of a spot (…
Q: How is tRNA edited?
A: Transfer RNA, also known as soluble RNA is an adapter molecule that is composed of 76 to 90…
Q: What might be an explanation for how the human protein binding to pili protects against a UTI?
A: The UTI is referred to as the urinary tract infection that is a commonly occurring infection,…
Q: Why might a protein precipitate when its tag is cleaved?
A: Precipitation of protein occurs because the change in pH or hydrophobicity results in the alteration…
Q: How can widely separated parts of a protein interact with the spike protein
A: Spike proteins are glycoproteins that are present on the surfaces of the enveloped viruses of many…
Q: What are the advantages of expressing proteins under study in host organism?
A: Gene expression refers to the processes involved in protein production, which include replication,…
Q: What is oligonucleotide adapter?
A: The oligonucleotide adapters are 20 to 25 nucleotides long DNA (deoxyribonucleic acid) molecules.…
Q: What type of proteins do redundant genes often specify?
A: Gene redundancy is when a biochemical function is encoded by two or more genes in a redundant…
Q: What is the purpose of a protein ‘sorting signal’? What are some examples of common sorting signals…
A: A protein sorting signal is an amino acid sequence of the transported proteins, these signal helps…
Q: Explain the reasons for the removal or reduction of nucleic acid in Single Cell Protein.
A: Algae when commercially produced as a single-cell protein can cause harm if the nucleic acid content…
Q: What would be the effect of a mutation that causes a poly(A)-binding protein to be nonfunctional?
A: Poly(A)-binding protein (PABP) is a RNA binding protein, which helps the polyadenylate polymerase…
Q: how can one induce protein denaturation: select one or more
A: Protein denaturation is the process by which the protein molecule unfolds from its highly ordered…
Is there a difference in the effects of different salt solutions on protein denaturation? Why?
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Solved in 2 steps
- What is single-cell protein? Explain the reasons for the removal or reduction of nucleic acid in Single Cell Protein.Why are misfolded proteins a potential problem for the eukaryotic cell, and how do cells combat the accumulation of misfolded proteins?What is denaturation? Give examples. What are the factors that affects the protein synthesis?
- What is a proteasome? Why is it important to the proper functioning of the ER?The protein encoded by the cystic fibrosis gene is 1480amino acids long, yet the gene spans 250 kb. How is thisdifference possible?Find a method that uses some form of HPLC for the analysis of proteins. What was the stationary phase used? How does this kind of stationary phase separate the proteins? What kind of mobile phase was used? Was the method isocratic or was a gradient used? How were the proteins detected?
