Transport the Spike protein to bone marrow

Q: Name two types of soluble fiber and their sources.

A: Dietary fibers are edible plant fibers. These are the fibers that are not digested in the small…

Q: What is Scc1 subunit

A: Scc1 along with Scc3, Smc3 and Smc1 form cohesin

Q: pathway of proteins from the nucleus

A: Proteins bound for the core (nucleus) contain NLSs. These short stretches of amino acids communicate…

Q: Define the term beta-amyloid protein?

A: An significant example is the amyloid-beta precursor protein. It is a large protein in the membrane…

Q: Define Polokinase

A: An enzyme is a protein that serves as a catalyst in living organisms, controlling the rate at which…

Q: describe the function of APC/C in a functional healthy cell.

A: APC/C (anaphase-promoting complex/cyclosome) is a large protein complex that regulates the cell…

Q: Explain how the loss of AP3 causes a defect in melanosomes.

A: Specialized lysosomes called melanosomes are where the pigment is kept. They possess unique…

Q: b. In superhelical proteins, such as collagen, several polypeptide helices are intertwined. What is…

A: Introduction  Protein is the key biomolecule in the biological system, any important physiological…

Q: Define binding affinity

A: Binding affinity is conjointly measured as a part of the drug discovery method to assist design…

Q: Define thymosin-β4,

A: A cell is the basic structural and functional key of life. A cell has multiple organelles that carry…

Q: Explain why it would be difficult for a mature multinucleate cell such as a skeletal muscle fiber to…

A: Long, striated, multinucleate cylindrical cells that are surrounded by a sarcolemma are called…

Q: Diferentiate between embryonic and adult stem cells.

A: Cell is the basic structural and functional unit of all living organisms. Cells are classified into…

Q: Define MRN complex,

A: MRN complex is a protein Complex consisting of : Mre11 Rad50 Nbs1

Q: Define nonelectrolyte

A: Body fluid contains electrolytes, electrolytes are chemicals which, when they dissolve in aqueous…

Q: Why would a loss of dystrophin protein cause weakness and a loss of coordination?

A: Introduction Dystrophin is a vital linker protein responsible for the protection and stability of…

Q: How would the changes from the table above result in skeletal muscle cell protease and lipase…

A: Numerous signalling pathways and biological activities are under the control of intracellular…

Q: Define fibrocyte

A: Unlike prokaryotic cell, eukaryotic cell has membrane bound well organised nucleus. A typical…

Q: scenario: The doctor explained to Joe’s wife that plaque in his arteries had ruptured causing a…

A: The blood clot is formed when a clump of blood gets dislodged in the blood vessels and prevents the…

Q: severe ketosis situations produce acidosis, explain

A: In case of physiologic ketosis, ketones in the blood are higher above baseline levels, however, the…

Q: The major action of ADH in the kidneys is to: a. increase water absorption by the proximal…

A: Introduction: ADH is abbreviated for anti-diuretic hormone and is also referred to as arginine…

Q: Proteins play many different and important roles in the body. Explain how all of the types of…

A:

Q: List four intracellular mediators affected by G proteins.

A: G-protein-coupled receptors (GPCRs) are the largest and most diverse group of membrane receptors in…

Q: Why mutant HTT protein affects a large number ofcellular processes ?

A: Cellular processes is defined as the complex activity of various biological molecules in term of…

Q: Describe the roles of calcium in the cell, and the mechanisms that the cell uses to control…

A: Calcium is a vital nutrient that aids in the mineralization of the skeleton. Over 99 percent of the…

Q: To explain the mechansim of histocompatibility.

A: Innate defence and adaptive defence are two bodily processes that guard against pathogens. Innate…

Q: Transport Mechanism

A: The molecules in the body is carried out from one part of the body to another via various mechanisms…

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: Define melanosome

A: A cell organ may be a subcellular structure that has one or additional specific jobs to perform…

Q: Explain the plasma membrane calcium pump in health and diseases

A: In the plasma membrane of the cells are found the plasma membrane calcium pump which facilitates the…

Q: Explain "integrins can convert mechanical signals into intracellular molecular signals" is true or…

A: Mechanotransduction is the process by which mechanical signals are transformed into biochemical or…

Q: Describe the interkinetic nuclear movement

A: Interkinetic nuclear movement refers to the process where nucleus moves within the cytoplasm of…

Q: a skeletal muscle cell has depleted its stores of ATP how will the altered transport properties of…

A: Skeletal muscle is one of the three significant muscle tissues in the human body. Each skeletal…

Q: Define intrinsic factor

A: The digestive system is responsible for the process of conversion of complex food substances to…

Q: Define plasmin

A: Plasmin can be considered as a serum protease which is a key component of the fibrinolysis cascade.…

Q: It is not an easy matter to assign particular func-tions to specific components of the basal lamina,…

A: A gene is described as the basic physical as well as the functional unit of heredity. Genes have a…

Q: In cystic fibrosis protein abnormality occurs, that protein is found in?

A: Dear student answer of your question is given below:  It is located on the long arm of Chromosome 7.…