Trace the pathway by which proteins made in a cell are secreted out of the cell. Include and distinguish between the two pathways (include a diagram) through which proteins released by the cell.
The proteins synthesized by the ribosomes of rough endoplasmic reticulum enters into the Golgi complex with the help of transport vesicles.
In Golgi complex, proteins are processed in various stages and packed in membrane vesicles or transport vesicles or secretory vesicles.
The secretory vesicles deliver the proteins to plasma membrane. where these proteins are move to the extracellular environment by exocytosis.
The transport vesicles carry the proteins to the lysosome and the membrane vesicles carry the proteins to the plasma membrane where proteins get incorporated into the plasma membrane.

Trace the pathway by which proteins made in a cell are secreted out of the cell....
-Trace the general mechanism by which a signal transduction pathway occurs (i.e. from signaling molecule to response) Describe the two ways in which signaling proteins act as molecular switches -Which amino acid residues do kinases typically add phosphate groups? Distinguish between the two types of G proteins -What proteins regulate GTP-binding protein (G proteins) in terms of activation and inactivation? - Distinguish between the three main classes of cell surface receptors.
-Trace the general mechanism by which a signal transduction...
Insulin is a protein hormone secreted by pancreatic beta cells. Diagram the pathway that is used to synthesize and (secrete) export proteins. Include the amount of detail that helps you properly review the endomembrane system.
These molecules are made in and secreted out of a microbial cell and may affect cellular processes _______.
Many cell surface or extracellular proteins are glycoproteins, as are most secreted proteins. List three purposes which the covalently attached oligosacharide portion of glycoproteins serves.
1. Trace the pathway that a blood cell would follow from the anterior tibial vein to the anterior tibial artery. 2. Liver cirrhosis is a progressive disorder in which normal hepatocytes are replaced by scar tissue. This scarring damages blood vessels and can block blood flow through the liver. Patients with cirrhosis often present with ascites, an abnormal build-up of fluid in the peritoneal cavity. Explain why this might occur. What other organs could be affected?
5.DISEASE AND PATHWAYS: Most drugs target proteins involved in signaling pathways in the cell. Describe two examples by which a protein can be chemically altered and thereby act as a logic switch in a signaling pathway in the cell. 6.MOLECULAR DRUG DOCKING: Why is molecular docking (e.g. autodock vina) take less time to run than molecular dynamics? What aspect of molecular reality regarding the target protein is sacrificed during simulation to obtain computational speed?
Which of the following scenarios will lead to the protein to be secreted out of the cell? Select one: a. A protein, normally localized to the Golgi apparatus, to which the Signaling peptide is deleted b. More than one of the describe scenarios will cause the protein to be secreted outside the cell c. A protein that is normally secreted, to which its Signaling peptide is deleted and replaced with a PLS d. A protein normally localized to the nucleus,...
Which of the following scenarios will lead to the protein to be secreted out of the cell? Select one: a. A protein that is normally secreted, to which its Signaling peptide is deleted and replaced with a PLS b. More than one of the describe scenarios will cause the protein to be secreted outside the cell c. A protein, normally localized to the Golgi apparatus, to which the Signaling peptide is deleted d. A protein that is normally localized to...
Question 8.3 Which would be the best pathway to target in an antibiotic made for people: glycolysis, the pentose phosphate pathway, or the Entner-Doudoroff pathway? Why? Hint: Reread the preceding section, Other Catabolic Pathways for Oxidizing Nutrients.
5. (12pts) You have discovered a novel cell-signaling pathway, in which cells stimulated with a hormone, Simpson, leads to a cell death response. The pathway involves 5 proteins with the following signaling: Simpson (signal) Homer --I Marge > Bart Lisa MaggieCell growth (response) A. Do you expect the Simpson stimulus to lead to increased or decreased levels of cell growth? Please provide your reasoning. B. You construct a series of cell lines with mutations in each one of these genes...