Find one example Of a dri drug that prevents Musce Contraction, Describe how it Works (be specific)

Q: Which of the following best describes the outcome of nitroglycerin use when considering it’s…

A: Nitroglycerin: It is a highly explosive and potent vaso dilator medication used to treat angina and…

Q: All of the following would activate PKA EXCEPT: CAMP production GPCR binding to ligand G alpha…

A: Protein Kinase A (PKA) is a family of enzymes whose activity is dependent on cellular levels of…

Q: Bank: A. Contraction C. Relaxation B. Myosin filament D. Actin filament C. Endocrine E. Contact…

A: A group of cells that have similar structure and that function together as a unit are known as the…

Q: How will you exploit the effector proteins of Type 3 and Type 4 secretion systems to develop novel…

A: Type 3 secretion systems are the needle-like structure which is used in the form of the sensory…

Q: Complete the statement: On metabotropic receptors, Gq protein activation results in the action of…

A: This given reaction results the contraction of smooth muscle which is done when the IP3 releases…

Q: Drugs bind to receptor and give response to the body. What type of binding involve in this process ?

A: Receptors are large molecules that play a role in biochemical communication among and inside cells.…

Q: Suggest what might be the actual cause of the various pathologies characterizing mevalonate kinase…

A: Mevalonate kinase deficiency is causes due to absence of gene. due to absence they stop producing…

Q: A patient with H. pylori infection develops a gastric ulcer and is treated with omeprazole. Which of…

A: The correct answer is option D. Inhibition of H+-K+ ATPase. Omеprazolе primarily еxеrts its…

Q: Predict which fractions will contain actin and which will contain myosin, and predict the degree of…

A: All types of muscle tissue contain actin and myosin. Muscle contractions and movements are generated…

Q: Which of the following results is consistent with muscle damage and necrosis of myoctes seen in…

A: INTRODUCTION Rhabdomyolysis Rhabdomyolysis is a syndrome caused by muscle injury. The muscles become…

Q: Receptors, such as G-protein coupled receptors (GPCRs) are common drug targets. Ligands that target…

A: Receptors are proteins that are involved in the biological pathways . Ligands are molecules that…

Q: 08.

A: Muscle is a specialized tissue derived from mesodermal origin. It contributes about 50percent of the…

Q: Please include a quantitative answer

A: Introduction Oxygen is known to play a key role in cellular energetics. Both oxidation and other…

Q: Explain the term The sliding-filament assayis used to detect myosin-powered movement.

A: The sliding filament theory was developed to understand the process of muscle contraction. When…

Q: a) brie fly explain the role of calcium 1on Cca2+) an d protein to regulal1 e Contraction triggered…

A: According to our guideline we can answer only the first question. The second question is a different…

Q: Explain with the help of diagram Myosin-binding site exposedContraction

A: Cytoskeletons are intracellular networks of protein filaments present in the cytoplasm of the cells,…

Q: explain  Mechanism of Myostatin Function & The PI3-K–Akt1 pathway

A: Myostatin is found almost exclusively in muscles used for movement (skeletal muscles), where it is…

Q: Discuss the following known health properties of dietary fibers.

A: Dietary fibers has important role in health of human beings. Many diseases occur due to an…

Q: Why steroid therapy is used as prophylactic in asthma treatment?

A: Asthma is caused by the exposure of the allergens to external chemicals affecting the respiratory…

Q: Give some idea about -: "Electrospun composite fibers for biomedical applications"

A: Electrospun composite fibers are new, unique, and versatile class of nanomaterials that have…

Q: A researcher wanted to investigate the relationship between Ca²+ binding proteins and the speed of…

A: The contraction of the muscles can be explained by the sliding filament theory or formation of the…

Q: Which of the following would help achieve high affinity adherens junction binding between…

A: Adherens junctions are defined as complexes of protein that will occur at the cell-cell junction…

Q: Some drug actions depend upon interactions with specific lon channels. This discussion is asking you…

A: Cells can communicate via their own chemical signaling system. Different chemicals, such as hormones…

Q: In 5-7 sentences. Provide a narrative overview of the function of the receptor including: The…

A: When an extracellular signal comes in contact with the specific receptor, the binding of…

Q: Outline the signal- transduction cascade for glycogen degradation in muscle.

A: Glycogen is stored form of carbohydrates in mammals. Glycogen serves as a fuel during exercise.…

Q: Nondepolarizing neuromuscular junction blocking drugs that act more like?

A: The chemical synapses between the motor neuron and muscle fiber is called as the neuromuscular…

Q: Describe in details the biochemical and mechanochemical series of events that enables motor neurons…

A: Muscle contraction means activation of tension-generating sites within our muscle cells and the…

Q: the Prove that morphine is an agonist? Explain at your own words. In Short.

A: An agonist is a chemical compound or a drug which binds to a receptor molecule and it activates the…

Q: how does photometric arrays detect Acetylcholinesterase inhibition

A: The acetylcholinesterase inhibitors basically inhibit the acetylcholinesterase enzyme from the…

Q: In EMG measurement the ground electrode normally attached to: * O Muscle Bell O Muscle Tendon Most…

A: Electromyogram (EMG) is used to record the action potential generated by muscle fibers during the…

Q: How we can improve pharmacokinetic parameters for the development  of H1-Antihistamine ? Discuss

A: Biochemically, H1 antihistamine drugs are classified as alkylamines, ethanolamines,…

Q: Using the coding techniques described in this chapter, carefully read through the case study and…

A: CPT states Current Procedural Terminology. This act as communication tool between the health care…

Q: Ore of vr coleap has ainedaample of mule phohoryethkown to be reutely inace Sehas proched you tor…

A: muscle phosphorylase also called glycogen phosphorylase.

Q: Which of the following is true when a muscle is at rest: calcium ions bind to the troponin complex…

A: Muscle contraction is the activation of tension-generating sites within muscle cells.

Q: Discuss the advantages and disadvantages of general chemotherapy like Etoposide compared to specific…

A: Chemotherapy is a treatment that involves a combination of drugs used to treat cancer in which…

Q: Pthe heurOF ealthy individual, what prevents ACh from accumulati ned contraction? Briefly describe…

A: The nervous system generates a signal resulting in starting of muscle contraction. This signal…

Q: Describe the major activity and possible localization of the three major subgroups of proteins that…

A: Protein, glycosaminoglycan, and glycoconjugate are the three primary components of the extracellular…

Q: The virus SARS-CoV-2 which causes covid-19 has quite flexible nail protein. Make a simplified…

A: The virus SARS-CoV-2 which causes covid-19 has quite flexible nail protein. It is therefore possible…

Q: Isoforme of creatinine kinase cea) present Heart.

A: Isoenzymes catalyzes same biochemical reactions but have different forms.

Q: how many myosin binding sites are uncovered or exposed per binding of calium ions to one troponin…

A: TroponinC, calcium and muscle contraction Calcium ions play a vital role in muscle contractions.…

Q: Protein-X has a calcium (Ca²+)-binding regulatory subunit. Upon calcium (Ca²+) binding the protein…

A: Skeletal muscle contraction involves interaction between actin (thin filament) and myosin (thick…

Q: b. Gardiac Smooth C. 2. Put the following steps of muscle contraction in order: a. b. C. d. The…

A: The muscle is made up of muscular tissues that consist of muscle fibers specialized for contraction.…

Q: Briefly describe the role of 3D printing in tissue engineering. Also describe its working principle.

A: The 3D printing plays a key role in the tissue engineering. The main goal of 3D printing is to…