Fill in the table below Monomeric units are called: What are unique monomeric units? Linkages between monomeric units are called Process for synthesis is labelled Source of energy for polymer synthesis (if required) Three dimensional structure Function Start and end sites of copying DNA RNA Protein
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- STRUCTURE AND NOMENCLATURE BASE FROM THE PICTURE ANSWER THE FOLLOWING: ( I ALL READY ANWER IT BUT I'M NOT SURE WITH MY ANSWERS, PLEASE CORRECT MY ANSWER IF ITS WRONG. THANK YOU.) Give the ABBREVIATED NAME of the nucleotide in the 5' end. MY ANSWER IS AMP Name the fourth nucleotide from the 3' to 5' end. Use the correct/appropriate punctuations, spacing and letter case based on the nomenclature. MY ANSWER IS Cytosine-5'-monophosphate What is the total number of hydrogen bonds formed from the complex of the given structure? Give ONLY the NUMBER. MY ANSWER IS 10 How many 3',5'-Phosphodiester linkages were formed? from the complex of the given structure? Give ONLY the NUMBER of the linkages. MY ANSWER IS 3 Give the ABBREVIATED NAME of the nucleotide in the 3' end. MY ANSWER IS U Name the first complementary base from the 5' direction. USE ALL CAPITAL LETTERS ONLY. MY ANSWER IS ADENOSINE-5'-MONOPHOSPHATE How many terminal phosphate/s is/are present in the given structure? Give ONLY the…rotein which How many: (a) Nitrogenous bases code for the protein? (b) Anticodons code for the protein? (c) Genes code for the protein? Identify the processes labelled 2 and 3. Indicate where process 2 takes place in a cell. Describe the process taking place at 1. Identify molecules A and B respectively. Tabulato TWOMany antibiotics alter the rate of reaction for enzymes that produce and then cross-link the strands of this polymer together. The image below shows the structure of one antibiotic called penicillin as compared to the portion of the peptidoglycan that undergoes cross linkage. Condon A HS. CH CH CH N-CH cooo Cand cooo wDAla-D-Ala [S] 2. Using the graph above, which condition do you predict was the penicillin condition? 3. Explain how penicillin effects the enzyme. 4. Why it is important to take the full dosage of antibiotics. Briefly explain 5. Is peptidoglycan still being produced in the portion of the graph marked by the circle in condition B?
- BIOLOGICAL MACROMOLECULES Identifying the major types of RNA from a description Check the box under each molecule for which the statement in the first column is true. statement In order to do its job, it must have an amino acid attached. When attached to a ribosome, it "reads" each codon in a messenger RNA and supplies the matching amino acid. It has a sugar-phosphate backbone to which are attached many adenine, uracil, cytosine, or guanine bases. When attached to a DNA molecule, it causes the process of replication to begin. It's made in the nucleus, and unlike other nucleic acids remains there to do its job. 0/5 messenger ribosomal RNA RNA 0 Israel 0 ▸ Odlo Ar BAClick on all gllycosidic bonds in the structure below H OH H_o HO но H. H. H. H_o HO HO CEN H. HO. H. H. Amygdalin from bitter almond seeds and apricot and peach pits Many cancer sufferers went abroad for chemotherapy with amygdalin, called Laetril. Unfortunately, its is ineffective theraputically and highly toxic to all cells owing to indiscrnimınate release of hydrogen cyanide under physiological.conditions 工 エe to search 33. X Required The diagram below represents a portion of the cell membrane. Abu Y O 24 Proteins are made in the nucleus using nucleotides as a monomer. Proteins are made in the rough ER using amino acids as a monomer. Proteins are made in the smooth ER using fatty acids/lipids as a monomer. Proteins are made in the Golgi using monosaccharides as a monomer. W 25 The structures labeled "X" can act as transport proteins. Which statement is correct? DELL 26 27 28 29 in E
- Chemistry The soybean-like plants on planet 20170113 also have a globular heme-containing protein made of alpha helices. The last helix has the sequence Phe-Glu-Ala-Gln-Leu-Lys-Asn-Arg-lle- Ser. How many full turns are in this helix? 01 02 03 OExplain model of the The rutherford model licted that the electrons ar manner to t tran mou MAIN IDEA: Nucleic acids, DNA, and RNA carry instructions for and help assemble all proteins that are produced in the cells. DNA and RNA are polymers of nucleotides. All audectides consist of three parts, a nitrogenous base, a five-carbon sugar, and one to three 6 Which aucleic acid, DNA or RNA, performs each function? (a) Helps with protein synthesis in a cell. (b) Stores information responsible for all inherited traits in all eukaryotes and prokaryotes (c) Stores information responsible for all inherited traits in some viruses. 7. Label the three main parts of a nucleic acid in Figure 3. cum (b) NH₂7. 1 B e here to search Required Study the two diagrams below. Diagram A 2 1 Diagram B 2 Based on the sequence of steps (1, 2, 3), which of the diagrams shows what would happen to proteins made at the ribosomes and transported to the outside of the cell? Diagram A Diagram B Both Diagram A and Diagram B Neither Diagram A nor Diagram B DELL 40)
- Nucleic Acid Concept Map Add these terms to your concept map should include these concepts and details: Structure (functional groups, shape); Monomer; Linkage; Properties; Functions; Key terms from the Partial List of Key Terms from the Minds Partial Key Term List nucleotide phosphodiester bond nitrogenous base ribose deoxyribose ATP NAD+ NADP+ FAD cAMP potential energy double helix autotroph heterotroph food systemNucleic acids are (choose all that apply) polymers of amino acid chains M if in the form of DNA, are primarily found in the nucleus of eukaryotes V the way that organisms store their genetic "blueprints" the independent variable O composed of a nitrogen-containing base, a 5-carbon sugar, and a phosphate group polymers of nucleotides such as adenine, cytosine, guanine, thymineWhy do we use a stacking gel in SDS-PAGE