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- Diagram the cyclization of monosaccharides which leads to the formationof pyran rings. Required: Please show me a correct and step by step process of the diagram and show me the correct drawing of the pyran ring.BIOMOLECULES - MULTIPLE CHOICE - Please answer properly QUESTION : 1. Which of the following statements is TRUE in the catabolism of cytidine triphosphate (CTP)? A. the final product will have the same type of nitrogen-containing ring as CTP B. the nitrogen-containing ring will be oxidized C. nitrogen will be released in the form of ammonia (ammonium ion) D. hypoxanthine will be an intermediate 2. Which of the following biomolecules is a lipid? A. all of the above B. triglycerides C. steroids D. fatty acidsCyclic forms of D-glucose: Haworth formula The furanose and pyranose forms of D-glucose can be presented using Haworth formula. The following templates are used for this formula. Note the numbering of the carbon atoms and the anomeric carbon (this carbon defines the alpha and beta isomer). Furanose template (furan) Pyranose template (pyran) anomeric carbon anomeric carbon Compare the Fisher and Haworth formula of D-glucofuranose and D-glucopyranose. Notice that the groups attached to C-1, C-2, and C-3 on the left side of the Fisher formula are written above the plane of the furanose template. Fisher formula Haworth formula H FOH H-2 HOH,č 5 -OH FOH- H HO-3H 4 он H 1 H-4 H-5 H OH 3 6 CH2OH H OH Alpha-D-glucofuranose Alpha-D-glucofuranose HOH2C- он OH но H FOH- OH Но H H. OH H ČH2OH Beta-D-glucofuranose Beta-D-glucofuranose
- б. Draw all possible products of a single hydrolysis being completed on the following polypeptide: Ala-Ser-Met-SerLong explanations are not needed. Direct answers would suffice. ***kind of in a hurry so having the answer asap would greatly be appreciated, thank you :)) a. Which of the following is FALSE about sucrose? i. It is a non-reducing sugar. ii. It is the transport sugar in plants. iii. It is a disaccharide. iv. Its monosaccharide units are linked via glycosidic bond α1→β1. v. It is composed of glucose and fructose. b. How many carbon atoms are found in the smallest molecules that can be classified as carbohydrates? i. 5 ii. 2 iii. 1 iv. 4 v. 312 Determine the type of biochemical reaction that occurs in the reaction shown below. O O O O O redox isomerization group C-C bond formation/cleavage transfer hydrolysis/condensation Previous Ex-xx-xx OH (ATP) OH OH OH OH + AMP OH OPO₂² OH OH +AMP1 OH (ADP)
- Assignment on KetohexosesConstruct the structure of the following enantiomers or mirror images:1. D and L Fructose2. D and L Allulose3. D and L Sorbose4. D and L TagatoseCONSTRUCTIVE RESPONSE. Answer the following questions. What are the requirements for molecules to form hydrogen bond? (What atoms must be present and involved in such bonds?) How are hydrogen bonds involved in the transfer of genetic information? How does water dissolve polar and ionic compounds? Explain the process of these interactions. How does water affect the structure of biomolecules? What is the difference between a polar molecule, a non-polar molecule, and a dipole molecule? How do these molecules affect the intermolecular forces? Discuss the difference between hydrophobic, hydrophilic, amphipathic, and amphiphilic moleculeHelp please. This question is specifically asking for the identification of the biomolecules that are attached to the sphingosine core, then we need to answer what bond causes those biomolecules to be connected to the sphingosine, what reaction created that bond (maybe addition or oxidation etc.), what were the starting materials and lastly what reagents or conditions are needed for the reaction to occur. Thank you!
- . Draw Haworth projections for the following: (a) CHO in a-furanose form. Name the sugar. H-C-OH | HO-C-H H-C-OH CH,OH (b) The L isomer of (a) (c) a-D-GlcNAc (d) a-D-FructofuranoseSphingolipid Ceramide Function Name and Structure of Attached Molecule Sphingomyelin GangliosideDraw Haworth projections formulas for dimers of glucose with the following glycosidic linkages: 1. An alpha (1-4) linkage 2. A beta (1-6) linkage