Cyclin B and and degraded by active APC/C. are ubiquitylated

Q: Explain why the proteins involved in blood clotting, fi brin and thrombin, are fi rst synthesized as…

A: Enzymes are the biological catalyst that accelerates the biochemical reaction in the body. They are…

Q: chaperone mediated autophagy.

A: Autophagy that is mediated by chaperone proteins is called chaperone-mediated autophagy. The…

Q: Effects of BPA on phosphorylation

A:

Q: Isaform of Latate dehdngenase (DH)enyme pesant in Hen.

A: Isoenzymes are physically distinct from of enzyme but they catalyze same biochemical reactions.

Q: (a) Delineate an apoptosis initiated sequence of post-PDI activity in detail. How can tosis…

A:

Q: i need the answer quickly

A: The cytoplasm is the cell organelle present in the cell, it is mainly present in plant cells and…

Q: Describe the pathway, and any key events, a nascent soluble polypeptide would follow from the point…

A: Proteins are the major compounds required for the body. These proteins are produced in the the cell…

Q: Sepasate Membaane bound and oxgeneles and tell whethes they hon - membane bound ase prskanyabic and…

A: Many organelles are also filled with fluid. These fluid-filled organelles are surrounded by a plasma…

Q: Explain the mechanism/s through which molecules such as cyanide and rotenone can exert a cytotoxic…

A: The term "cyanide" refers to any chemical containing a carbon-nitrogen (CN) bond. Many substances…

Q: Myostatin is termed a negative growth regulator. Explain themeaning of this term, and describe the…

A: myostatin is called a negative growth regulator because it is a protein that acts on the muscle and…

Q: In the blood coagulation pathway, several proenzymes are activated by unique proteolytic cleavage…

A: Blood Coagulation is a series through which the blood clotting enzymes are activated in order to…

Q: Decide whether each of these statements is true or false, and then explain why. 16. All second…

A: Second messengers are the messenger molecule that transmits signals received at cell surface…

Q: abolic Gene Expression urance training induces up-regulation of metabolic genes encoding enzymes or…

A: The act of exercising to build endurance is known as endurance training. The phrase "endurance…

Q: Tumor cells, which tend to grow rapidly, typically express high levels of the glycolytic enzymes.…

A: Enzyme is a catalytic molecule that increases the rate of any chemical reaction without being used…

Q: he cleavage step in Notch signaling that releases the notch tail so that it can migrate into the…

A: Notch signalling pathway present mostly in animals is a cell signalling system which is highly…

Q: Accumulation of cytoskeletal proteins i.e. neurofilaments seen in Alzheimer disease

A: Alzheimer's disease is assumed to be caused by the abnormal build-up of proteins around the brain…

Q: During apoptosis, phosphatidylserine undergoes transverse movement (flip-flop). Explain why this…

A: The programmed cell death is also known as apoptosis. The apoptosis process includes phagocytic…

Q: Phosphorylation of CFTR by ____________ results in Cl− and HCO-3 secretion into the intestinal…

A: CFTR belongs to the ATP-binding cassette (ABC) transporter superfamily. It helps to maintain the…

Q: Lysosomes contribute is all of the followings events, except one:

A: Lysosomes contain hydrolytic enzymes that catalyzes the degradation of fat by hydrolyzing the…

Q: Know the GCPR adenylyl Cyclase steps

A: Cell is the smallest structural and, functional unit of life. It is simple machinery that houses all…

Q: ADP will - -- the regulatory enzymes of TCA cycle? Select one: O a. None O b. Both depending on…

A: The tricarboxylic (TCA) acid cycle is considered as the Kreb cycle, which helps to produce energy…

Q: Effects of BPA on phosphorylation of JAK family in RAW264.7 cells

A:

Q: “Cells under mild or moderate stress can revert to normal condition” explain the mechanism behind…

A: There are different cellular responses to help restore homeostasis for different types of stress. A…

Q: List two of the 5 CYP Phase I metabolic products and explain how they increase excretion.

A: Drug metabolism occurs in many places in the body, including lungs, liver, intestinal wall, kidneys,…

Q: One form of anemia results when individuals have a deficiency in the enzyme phosphatidylinositol…

A: Complement decay-accelerating factor (CD55 or DAF) is a protein that is transcribed and translated…

Q: of Covid-19 by rec

A: Outbreak of Covid 19 pandemic causes tremendous increase in the production of face maks whivh when…

Q: Atherosclerosis can obstruct or block flow in arteries, including those that provide oxygenated…

A: Artherosclerosis is a cardiovascular disorder caused due to build up of fat deposits in the walls of…

Q: describe the normal and abnormal metabolic pathways of COPD and describe why/how they are disrupted.

A: COPD (chronic obstructive pulmonary disease) is a lung syndrome that includes both bronchitis…

Q: Measurement of beemolulose transport kinetics into oocytes in the presence of different sugars. 1)…

A: Enzyme is basically biocatalyst that increase the rate of chemical reaction without itself being…

Q: In vivo, ATP is usually bound to magnesium or manganese ions. Why is this the case?

A: Adenosine triphosphate or ATP is a molecule that carries energy within cells. It is the main energy…

Q: Turnover of RNA and protein helps to control gene expression by influencing the concentration of…

A: Gene expression is a process in which the genetic instructions of genes are utilized to manage…

Q: Using M cyclin-Cdk as a specific model describe the different ways it can be activated or…

A: The mitotic (M) phase comprises of mitosis and cytokinesis. Mitosis is the process of cell division…

Q: Heparan sulfate proteoglycans appertain to which of the following processes?* a. transport by…

A: Heparan sulfate proteoglycans are the extracellular matrix proteins. These are basically the…

Q: Activity: Label A through H Cytosol Mitochondrion-

A: cellular respiration and its various steps.

Q: the effect of bpa on  STAT1 and STAT3 phosphorylation in RAW264.7 cells

A: Marcrophages are not only the part of our innate immune system, but also they actively participate…

Q: Give Major Mechanisms by Which an Increase in Cytosolic Ca21 Concentration Induces the Cell’s…

A: Calcium ion (Ca2+) concentrations in the cytoplasm are generally kept at about 100 nM at rest. This…

Q: In a given sample (whole organism, tissue, cell, subcellular compartment), what fraction of the…

A: Biological processes require several different macromolecules for their metabolic and functional…

Q: Describe how the anaphase-promoting complex (APC) is activated in cells (name the cellular/molecular…

A: During exit from mitosis and in the G1 phase of the cell cycle, the anaphase-promoting…

Q: A genetic mutation leads to reduced function/loss of function of the V-ATPase on the surface of…

A: V-ATPases are prevalent in the membranes of multiple organelles, including endosomes, lysosomes, and…

Q: Describe the Lpt pathway

A: Lpt stands for Lipopolysaccharide transport. Lpt pathway is the transport of Lipopolysaccharides…

Q: Increased stability of, would lead to low G1/S-Cdk activity. Select one: O a. Cdc20 O b. Wee1 О с.…

A: The G1/S transition is highly regulated by transcription factor p53 in order to halt the cell cycle…

Q: activation of PKC, for example) in as much detail as possible what happens to a mammalian cell when…

A: When a mammalian cell is irradiated, DNA damage occurs and the tumor protein 53 (p53) and MDM2 get…

Q: In a cell that is signaled to undergo apoptosis, the caspase cascade is initiated ("turned ON") by…

A: Apoptosis is suicidal cell death in response to certain cues or signals. It is a programmed and…

Q: Explain how phosphorylation affects the function of the CREB protein.

A: It is a transcription factor that regulates a wide range of cellular responses, including…

Q: Also explain why this enzyme does not break down proteins on its way to the lysosome but becomes…

A: Lysosome. A lysosome is a membrane-bound cell organelle that contains digestive enzymes. ... They…

Q: Ketosis in Dairy Cattle: 1. Explain why propionate can contribute to the next synthesis of glucose…

A: Ketosis in dairy cattle is a metabolic disorder appears with increased energy demand due to…

Q: How CDK–cyclin complexes mediate the G1-to-S phase transition.

A: Introduction: A cell cycle is a progression of occasions that happens in a cell as it develops and…

Q: the acclimatization of E. Coli to degrade phenol.

A: E.coli is a rod-shaped, anaerobic, facultative, gram-negative bacteria that is most commonly…

Q: Active transport involves Select one: O a. Production of adenosine triphosphate (ATP)

A: Answer is b.)transport of solute down a concentration gradient.

Q: To examine: Whether the statement "protein tyrosine phosphatases display exquisite specificity for…

A: Protein tyrosine phosphatases shows exquisite specificity for their substrates.

Metabolic pathways

Metabolism is defined as the group of life-supporting, enzyme-mediated chemical reactions in organisms. A metabolic pathway is a set of these chemical reactions that involve anabolism (synthesis of complex biomolecules) and catabolism (breakdown of biomolecules into small molecules) that occur inside a cell. Metabolites are the reacting substances, products, and intermediate substances of an enzymatic process that are altered by a series of chemical events catalyzed by enzymes.