Starting from formaldehyde, ammonia, hydrogen cyanide, carbon dioxide, ethene and water as needed, speculate how the sugar glucose, the amino acid aspartic acid, and the nucleobase adenine may have formed prebiotically, using the chemical structure for each compound and a balanced reaction equation between them.
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Chemistry
Starting from formaldehyde, ammonia, hydrogen cyanide, carbon dioxide, ethene and water as needed, speculate how the sugar glucose, the amino acid aspartic acid, and the nucleobase adenine may have formed prebiotically, using the chemical structure for each compound and a balanced reaction equation between them.
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- Starting from formaldehyde, ammonia, hydrogen cyanide, carbon dioxide, ethene and water as needed, speculate how the sugar glucose, the amino acid aspartic acid, and the nucleobase adenine may have formed prebiotically, using the chemical structure for each compound and a balanced reaction equation between themthem.Sucrose and hoony present in solution suppose how we will diffrentiat between chemicallu which is prrsentChemistry The Sanger method, like PCR, requires cycling hot/cold. Briefly explain why? There could potentially be a problem with one of the reagents you listed above when you cycle the temperature. What is this problem and how is it overcome?
- Biochemistry process + any disease which is treated with the help of chemicalNo Plagiarism Please! In one to two sentences, give a reason that chemists would use ribbon diagrams instead of different model type. What type of information do they provide?Organic compounds are present in all living cells. They allshare the following characteristic:(a) Are used in protein synthesis(b) Are biological catalysts(c) Are composed of carbon atom backbone surrounded bychloride atoms(d) Are hydrophobic(e) Are composed of carbon atom backbone surrounded byhydrogen atoms
- Ribbon diagrams show secondary structures and appear less detailed than other model types. In one to two sentences, give a reason that chemists would use ribbon diagrams. What type of information do they provideWrite a brief and concise summary of the relative polarities of the chlorophylls, carotenes,and betalins. Cite all speci c structural features that informed your decisions aboutthe relative polarities of these substances.68 Based on this, predict the order in which those compounds would be expected toelute from the column. Justify your reasoning based on the interactions that thesubstances would have with the stationary phase material.* Based on this, explain why the three different solvents were added in theorder they were added in.Explain the the term amphipthic by drawing a simplified version of a phosphoipid and labeling its parts. Use the terms hydrophobic and hydrophillic.
- Chemistry LLNSAMSRLYSLRSS 1.Assuming this sequnce is enitrely alpha helical what is the hydrogen bond donor to the carbonyl oxygen of Met6? 2.what amino acids in the sequnce above would most likely face the hydrophoic core od a protein? 3. at ph7 which amino acid side chain can form ionic bondsUse annotated diagrams to Explain the major differences in macromolecular structural analysis using crystallography or cryo EM.Why is cryo EM useful in biology? Illustrate your answer with 2 examples of cryo EM experiments and the type of information each would provide.Chemistry What is the chemical nature of the chromophores of each of the three materials separated on CM-Sephadex in this experiment; or what are the light-absorbing components that give it a visible color? Describe the nature of the linkage of the chromophore to the rest of the molecule. The three materials separated on CM-Sephadex are cytochrome C, DNP-alanine, and Vitamin B12.