. 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-Fructofuranose
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- Fill in ..... (1) the complete systematic names for sugars A, B and C (remember to you pyranosyl or furanosyl because these are not the terminal sugar). (2) The appropriate descriptor of the glycosidic bonds where appropriate/necessary. (3) Draw the missing sugars as indicated onto the given diagram. HO OH GED A HO OH a-L-psicofuranose (1➜6)- (1➜4)- a-D-idopyranose HO OH B OH OH OH OH SUGAR A SUGAR B SUGAR CWhich structure is the correct Haworth representation of a-D-glucopyranosyl-(1-3)-B-D-galactopyranose? он OH но- OH OH OH OH он он он но- но HO OH OH он он OH OH Он OH он OH OÀ DVII. Draw the structure of melezitose (either in Haworth or in conformer): a-D-glucopyranosyl- (1–3)-B-D-fructofuranosyl-(2–→1)-a-D-glucopyranoside Is it a reducing sugar?
- Draw the structure and give the systematic name of the given disaccharides. [No need to show the stepwise process] (a) Lactose which is also known as milk sugar: B-D-Gal(1>4)B-D-Glc, where Gal is galactose and Glc is glucose.Help meIdentify the link between glucose units and name the polymer. (hint: the link is between two glucose units. Locate the anomer - a or B- and relate it to the polymer) но но Chain но но но но Chain O (A) a(1-4) link O (B) B(1-4) link O (C) Amylose Both (A) and (C) O Both (B) and (C)
- Which of the following an anomer of a-D-galactopyranose? CHOH OH OH HO. CHOH HO. CH,OH HO. H. H. CH,OH HO. -ェ6- 6一ェHーさImagine a trisaccharide that has D-Altrose, D-Gulose, and D-Ribose. D-Altrose is bonded to D-Gulose in an α(1→4) glycosidic bond and D-Ribose is bonded to D-Altrose in an α(1→6) glycosidic bond. Draw the imaginary trisaccharide using Haworth projection with the appropriate representation of each monosaccharide.Match the following structural composition with the corresponding polysaccharide Linear homoglycan of glucose connected by α1-4 linkages Branched glycan formed by alternating units of D-galactose and L-galactose Linear sulfated chains of alternating β-D-galactopyranose and 3,6-anhydro- α-galactopyranosyl units Poly-β-Dmannopyranosyluronic acid and/or Poly-α-L-gulopyranosyluronic acid Repeating Poly-D-galacturonic acid residues…
- Identify the structure of O-a-D-sorbopyranosyl-(24)-B-D-glucopyranose below. The following structures will help: НО Н ОН х Н H H D-sorbose Н OH CH₂OH Н Н Н OH HO Н H HO H н HO ОН Н н Н О ОН O H Н CH₂OH OH OH н 0 CH2OH Н OH Н H OH Н CH₂OH H ОН Н OH Н Н Н РО OH Н HO OH н н -O CH2O Н O H H OH н Н OH CH₂OH о CHOH H H Н Ко OH H OH Н Н OH Н OH Н OH Н CH₂OH -OCHOH H OH O CH OH Н OH Н Н CH₂OH ОН он OH OH H OH H O OH CH₂OH OH ОН Н O OH OH D-glucose Н ОН Н ОН ОН1 Using Haworth projections, draw the structure of an a-disaccharide of mannose B(1,2) galactose (mannose is the C-2 epimer of glucose, galactose is the C-4 epimer of glucose). Using the disaccharide that you have drawn, show one interaction that would occur between C-4 of galactose and the R-group of His at pH 7. You will need to draw the structure of His. Use a dotted line between the specific atoms to indicate the interaction. What type of interaction is this? O 2022 Arizona State University Online 2. Draw the structure of the fatty acid, 16:247,10, as it occurs at pH 7. Make sure double bonds have the correct configuration. Using the omega numbering system for fatty acids, what type of fatty acid is this? © 2022 Arizona State University Online 3. Draw a diagram that shows the formation of the sodium gradient using ATP coupled to active transport of glucose using the sodium gradient. Clearly label the sides of the membrane and transporter(s) used. Clearly show the direction of…Н. Based on what you know about the classification and structure of galactose, HO- what possible results would you obtain if H- ОН Но- H- H. но- you were to perform the following tests? (+) negative (-) and explain in one sentence) ОН (indicate whether positive or ČH2OH Test Result Explanation Benedict's Barfoed's Seliwanoff's lodine Test I I