Formacao das Maos Humanas: Descoberta Cientifica Revela Espetacular Previsao da Matrix/DNA Theory?

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Existe aqui neste website varios artigos sobre as maos humanas porque a minha teoria sugeriu uma surpreendente revelacao a respeito delas: 1) as maos humanas sao o fato mais proximo da visao humana revelando a formula universal da Matrix/DNA; 2) a forma da mao, o numero de dedos e as formas dos dedos revelam que eles imitam as cinco principais formas do corpo humano, as quais sao produzidas pelo ciclo vital, e isto porque a formula dos sistemas naturais foi construida por uma unica “pessa” que se derivou nas outras devido estar sob o processo do ciclo vital.

E agora, a ciencia academica parece ter dado um cheque-mate nesta teoria. Primeiro, tinham a teoria de que os membros dos mamiferos se desenvolveram das barbatanas de um peixe, um nosso ancestral aquatico. Porem, as primeiras especies vindas daquele ancestral tinham mais que cinco dedos. Agora descobriu-se que o motivo do porque nos humanos ocorreu essa diferenca – para cinco dedos – e’ porque necies com mais de cinco os dois genes responsaveis por fazerem dedos se expressavam juntos, ao mesmo tempo. E nos humanos, os dois genes se separam, expressando-se cada um num tempo diferente do outro.

E porque isto estava previsto na Teoria da Matrix/DNA?

Simples. Nas origens e primeiras evolucoes da vida, as unidades de informacao para sistemas vivos chegavam na forma de fotons vindo de estrelas e radiacao cosmica, alem do nucleo terrestre. Chegavam sem um controle cronologico e por isso muitas vezes se superpunham atuando ao mesmo tempo, ao inves de obedecerem a ordem cronologica como foi feito o corpo ancestral, que e’ esta galaxia. Por isso produziram formas animais monstruosas. Com o avancar da evolucao estas informacoes foram se enfileirando em ordem cronologica como deve estar na formula universal e assim os corpos foram se tornando mais coordenados, mais semelhantes a formula. Neste tempo de evolucao mais avancada, aquelas unidades fotonicas se tornaram os genes, os quais, inicialmente se superpunham e tambem depois entraram na mesma ordem. Entao, desde o inicio da origem da vida estava determinado que haveria maos e com cinco dedos e os dedos na forma produzida pelo ciclo vital. E justamente isto esta descoberta cientifica confirma.

Abaixo vai o link para o artigo cientifico e copiado aqui para ser traduzido:

How evolution has equipped our hands with five fingers

https://www.sciencedaily.com/releases/2016/10/161005132654.htm

Date: October 5, 2016

Source:Université de Montréal

Summary:Have you ever wondered why our hands have exactly five fingers? Scientists have uncovered a part of this mystery, and their remarkable discovery is outlined in a new report.

Have you ever wondered why our hands have exactly five fingers? Dr. Marie Kmita’s team certainly has. The researchers at the Institut de recherches cliniques de Montréal and Université de Montréal have uncovered a part of this mystery, and their remarkable discovery has just been published in the journal Nature.

A matter of evolution

We have known for several years that the limbs of vertebrates, including our arms and legs, stem from fish fins. The evolution that led to the appearance of limbs, and in particular the emergence of fingers in vertebrates, reflects a change in the body plan associated with a change of habitat, the transition from an aquatic environment to a terrestrial environment. How this evolution occurred is a fascinating question that goes all the way back to the work of Charles Darwin.

This August, researchers in Chicago, Dr. Neil Shubin and his team, demonstrated that two genes — hoxa13 and hoxd13 — are responsible for the formation of fin rays and our fingers. “This result is very exciting, because it clearly establishes a molecular link between fin rays and fingers,” said Yacine Kherdjemil, a doctoral student in Marie Kmita’s laboratory and first author of the article published in Nature.

However, the transition from fin to limb was not accomplished overnight. The fossil record indicates that our ancestors were polydactyl, meaning that they had more than five fingers, which raises another key question. Through what mechanism did evolution favor pentadactyly (five fingers) among current species?

One observation in particular caught the attention of Dr. Kmita’s team: “During development, in mice and humans, the hoxa11 and hoxa13 genes are activated in separate domains of the limb bud, while in fish, these genes are activated in overlapping domains of the developing fin,” said Marie Kmita, Director of the Institut de recherches cliniques de Montréal’S Genetics and Development research unit and Associate Research Professor in the Department of Medicine at the Université de Montréal.

In trying to understand the significance of this difference, Yacine Kherdjemil demonstrated that by reproducing the fish-type regulation for the hoxa11 gene, mice develop up to seven digits per paw, i.e., a return to ancestral status. Dr. Marie Kmita’s team also discovered the sequence of DNA responsible for the transition between fish- and mouse-type regulation for the hoxa11 gene. “It suggests that this major morphological change did not occur through the acquisition of new genes but by simply modifying their activities,” added Dr. Marie Kmita.

From a clinical point of view, this discovery reinforces the notion that malformations during fetal development are not only due to mutations in the genes and may come from mutations in sequences of DNA known as regulatory sequences. “At present, technical constraints do not allow for identifying this type of mutation directly in patients, hence the importance of basic research using animal models,” said Marie Kmita.

Story Source:

Materials provided by Université de Montréal. Note: Content may be edited for style and length.


Journal Reference:

  1. Yacine Kherdjemil, Robert L. Lalonde, Rushikesh Sheth, Annie Dumouchel, Gemma de Martino, Kyriel M. Pineault, Deneen M. Wellik, H. Scott Stadler, Marie-Andrée Akimenko, Marie Kmita. Evolution of Hoxa11 regulation in vertebrates is linked to the pentadactyl state. Nature, 2016; DOI: 10.1038/nature19813

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