tab select carbon Click on the molecule and drag the mouse to rotate it and view the structure from different angles a How many carbon atoms are in the wax molecule b How many oxygen Nucl ID: 374802
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INTRODUCTION There are four main classes of organic macromolecules found in living things. They are: tab, select carbon Click on the molecule and drag the mouse to rotate it and view the structure from different angles. a) How many carbon atoms are in the wax molecule? _______ b) How many oxygen Nucleotides tab, select Click on the molecule and drag the mouse to rotate it and view the structure from different angles. a) How many carbon atoms are in the deoxyadenosine molecule? Amino Acids tab, select Òglutamic acid/glutamateÓ. Click Open. ¥ Click on the molecule and drag the mouse to rotate it and view the structure from different angles. a) How many the structure of various protein that are bound to other macromolecules or to their respective building blocks. You will start by opening the structure in StarBiochem and then you will isolate a particular molecule of interest within the structure. You will then be Select from Samples. Within the Amino acids/ProteinsProteins tab, select ÒAquaporin 5 Ð H. sapiens (3D9S)Ó. Click Open. ¥ To isolate the molecule of interest bound to this protein, in the top menu click on View ! View Proteins tab, select ÒTubulin w/ colchicine & a stathmin-like domain Ð B. taurus & R. norvegicus (1SA0)Ó. Click Open. ¥ To isolate the molecule of interest bound to this protein, in the top menu click on View ! View Specific Regions/Set Center of Rotation and select Ò[GDP]602:BÓ within the Non-peptide tab. Move the Show atoms within these Van der Waals radii of selected regions (VDW Radius) slider completely to the left to make the rest of the structure disappear. You may have to zoom in to get a closer look at the molecule. a) Describe the structure of the molecule of interest: [GDP]602:B ! It is a long hydro , [CB1]1002:A, is a(n): ! carbohydrate ! lipid ! nucleotide ! amino acid STRUCTURE 4 ¥ In the top menu, click on Samples ! Select from Samples Within the Amino acids/Proteins ! Proteins tab, select ÒMineralocorticoid receptor w/ aldosterone - H. sapiens (2AA2)Ó. Click Open. ¥ To isolate the molecule of interest bound to this protein, in the top menu click on View ! View Proteins tab, select ÒFragile histidine triad protein FHIT Ð H. sapiens (3FIT)Ó. Click Open. ¥ To isolate the molecule of interest bound to this protein, in the top menu click on View View