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Studies of user typology on the site have revealed that some users answer from personal knowledge — "specialists" — while others use external sources to construct answers — "synthesists", with synthesists tending to accumulate more reward points. They also show that answer length is a good predictor of "best answer" choice. Answers is not very deep.
The 64-Triplet Genetic Code Structure Revisited and Refuted from Combinatorial
Answers' reputation of being a source of entertainment rather than a fact based question and answer platform,   and for the reliability, validity, and relevance of its answers. A study found that Yahoo! Answers is suboptimal for questions requiring factual answers and that the quality decreases as the number of users increases.
- Describe the structure of the nucleus?
- What is the structure of the nucleus?
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Answers provides, particularly the persistence of inaccuracies, the inability to correct them, and a point structure that rewards participation more readily than accuracy, all indicate that the site is oriented towards encouraging use of the site, not offering accurate answers to questions.
Answers itself indicate that Yahoo! Answers attracts a large number of trolls. The site does not have a system that filters the correct answers from the incorrect answers.
Answers, once the "best answer" was chosen, there was no way to add more answers nor to improve or challenge the best answer chosen by the question asker; there is a display of thumbs down or thumbs up for each answer, but viewers cannot vote.
In Aprilthis was changed to allow for additional answers after a best answer is chosen, but the best answer can never be changed. Also, while "best answers" can be briefly commented upon, the comment is not visible by default and is hence hardly read. Under item iii above: Combinatorial essentials of theoretical plant flow-chart for protein synthesis and primary folding of protein type in box-graphics.
The source of the error is traced to the wrongful interpretation of selections for permutation as neo-digibreed population formula bdwhere b is base-strength or input set and d is the digitality required, instead of permutation factorial complements for set n and selection r given by r from ni.
The significance of greater importance is that the new quadruplet genetic code structure is a corrective measure freed of all the irregularities associated with the triplet structure and doubling as a refutal to the degenerate code to the end that there is no room again for hypotheses of the kind of the Wobble [ 3 ] phenomenon.
The derivative is now a true copy of the genetic code engaged in protein synthesis in plants and animals, flawless, since creation and upholding the inerrancy of Nature all the way.
describe the structure of the nucleus? | Yahoo Answers
Firstly, the material is easily adapted to demonstrate the working of the observation in the early s by molecular biologists that, the sequence of the four RNA bases A, U, G, C, in the nucleus of a cell, influenced the sequence of the 20 amino acids of protein in the surrounding cytoplasm of the cell as per Chart 3 in which Column 1 bearing the input set A, U, G, C, at the top and the output of 24 quadruplets is meant to represent the nucleus of a cell, while Column 2 carrying the various output sequences of the input sets in numbered rows is meant to represent the cytoplasm of the cell.
There are two subrows per numbered horizontal chamber in Column 2. The upper subrow carries the output sequence of the genetic code structure corresponding to the input set in the adjoining chamber in Column 1.
The configuration of the chart ideally consists of odd rows to the right and even rows to the left of Column 1 in order to represent the neighbourhood of nucleus and cytoplasm in the cell, but it is altered to what is seen in the chart, because of space constraint.
Secondly, Chart 3 carrying 24 protein types in the lower sub rows is an illustration of ABC of protein type proliferation and diversification. Chart 3 is evidence of the efficiency of the new genetic code of quadruplet structure which can boast of collinearity Chart 3, Column 2. Two other molecular biological merits are that each quadruplet codon is identifiable with a specific amino acid or control signal and is capable of reproducing the entire genetic code structure when deployed as input set.
Both functions are exercisable in furtherance of protein synthesis. Yet another remarkable molecular biological merit of the new genetic code structure is that it represents any portion of the DNA double helix comprising 24 consecutive rungs in base-content as depicted in Chart 3 Column 1, when U is replaced by T.
Hence the genetic code option to justify its adoption in nature must be the workforce of 24 quadruplet codons that it is with collinearity and repeatability for continuity and sustainability that can match the unending task of protein synthesis in plants and animals since creation.
One of two options for input set in box-graphics protein synthesis, why the genetic code? The triplet genetic code structure revisited, from combinatorial perspective: Graphical abstract part 1. Graphical abstract part 2. New genetic code structure in dendritic dichotomization. Conclusion Collinearity evident in the one-to-one correlation between the 24 quadruplet code words and the 20 amino acids of protein and 4 control signals in protein synthesis in plants and animals as portrayed in Chart 3 is the sure evidence of the combinatorial correctness or accuracy of this new genetic code combinatorial structure yielded by this revisit of the degenerate triplet genetic code structure Figures 7a and 7b.
This new genetic code version is wholeheartedly recommended to experimental experts in molecular biology etc.
Adenine, Uracil, Guanine and Cytosine. References Becker WM The world of the cell. Wayne MB The world of the cell. Ibid Glossary p Adv Tech Biol Med 5: