In this task you will be given an answer to a question. You need to generate a question. The answer given should be a correct answer for the generated question.

Q: Those who hold for the importance of apostolic succession via episcopal laying on of hands appeal to the New Testament, which, they say, implies a personal apostolic succession (from Paul to Timothy and Titus, for example). They appeal as well to other documents of the early Church, especially the Epistle of Clement. In this context, Clement explicitly states that the apostles appointed bishops as successors and directed that these bishops should in turn appoint their own successors; given this, such leaders of the Church were not to be removed without cause and not in this way. Further, proponents of the necessity of the personal apostolic succession of bishops within the Church point to the universal practice of the undivided early Church (up to AD 431), before being divided into the Church of the East, Oriental Orthodoxy, the Eastern Orthodox Church and the Roman Catholic Church. Christians of the Roman Catholic, Orthodox, Old Catholic, Anglican, Moravian, and Scandinavian Lutheran traditions maintain that 'a bishop cannot have regular or valid orders unless he has been consecrated in this apostolic succession.' Each of these groups does not necessarily consider consecration of the other groups as valid.

A: where in the bible does it talk about apostolic succession
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Q: The purpose of No. 51 is, according to Madison, to inform the reader of the safeguards created by the convention to maintain the separate branches of government and to protect the rights of the people and of the country.

A: what are the main points of federalist 51
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Q: Different amino-acid sequences have different propensities for forming α-helical structure. Methionine, alanine, leucine, glutamate, and lysine uncharged ('MALEK' in the amino-acid 1-letter codes) all have especially high helix-forming propensities, whereas proline and glycine have poor helix-forming propensities. Proline either breaks or kinks a helix, both because it cannot donate an amide hydrogen bond (having no amide hydrogen), and also because its sidechain interferes sterically with the backbone of the preceding turn -- inside a helix, this forces a bend of about 30 ° in the helix's axis. However, proline is often seen as the first residue of a helix, it is presumed due to its structural rigidity. At the other extreme, glycine also tends to disrupt helices because its high conformational flexibility makes it entropically expensive to adopt the relatively constrained α-helical structure.

A:
where are side chain groups situated in an α-helix
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