The Protein Journey

The Protein Journey Print Email address The Protein Journey The law of chance and the ideology of randomness A.I.OPARIN, the father of modern chemistry, claimed that life on Earth arose from the evolution of inorganic matter as a result of a series of chemical reactions, and in turn Russia immediately commissioned him to prove it practically and to do so, and the man began to devote himself to the giant search and to prove the possibility of finding life through chemical reaction. "The spontaneous formation of such atomic systems in a protein molecule seems impossible, just as it is impossible to obtain a divan of poetry for an ank a Latin epic poet from a mere random arrangement of letters." Protein: A biologically functional compound, its basic building block is amino acids. It consists of a very long chain of these acids. There are more than 200 amino acids in nature, and only 20 of them are in the cytoplasm of the cell - many of the amino acids not used in protein synthesis are used in metabolic processes, building and demolition processes within the cell - and the amino acids in nature are right and easier as a mirror, and despite the perfect symmetry and the same rate of presence of the right is on the left and both are in chemical reaction par excellence, but the choice of the right protein is only easier; because it is the right is the lowest choice. The simplest bacteria on Earth have at least 2,000 proteins. Amino acids must be properly bonded, and binding angles and types and number of atoms must be accounted for, these are called peptide bonds that have an important value in protein later on. If peptide bonds were not shown and replaced by covalent bonds or just hydrogen bonds – all found in nature – the protein would turn out to be a non-functional chain. Now there are three dilemmas before Darwinian chance: Choose only 20 amino acids from more than 200 acids found in nature. The amino acids are left-handed. The amino acids enter the chain required to produce the protein in the same ideal order as required, e.g. the intrahemoglobin globin protein consists of 600 amino acids, if one amino acid takes one place; this means a fatal task of not transporting oxygen and this is incurable disease just to choose an amino acid in place of an acid in a chain of 600 amino acids. These three dilemmas make the simple synthesis of a protein by chance impossible. These conscious choices either arise suddenly or do not arise there is no graduality in the matter and does not tolerate gradualism, so praise the Creator mastermind!.. "The matter is managed from heaven to earth" [Sujadah: 5] Within the human body there are millions of proteins, each protein has a very specific function, a very specific shape and a very specific pattern; insulin is a protein, snake is a protein, digestion enzymes are proteins, defense bodies are proteins, collagen is a protein. Cell functions are also performed by highly specialized proteins, and the slightest change in shape or pattern leads to disastrous results. Collagen protein contains 1055 amino acids and it chooses the amino glycine acid in its long chain very much; because this acid makes the collagen torsion solid; thus making it perform the desired function which is resistance in tissues and ligaments there is awareness and planning in the choice. Hemoglobin, for example, carries 600 liters of oxygen per day to 100 trillion cells, which is a giant protein; so the red balls that carry it get rid of the nucleus and cytoplasm because their function is to carry oxygen no more, and cleaning is done through white blood cells, also hemoglobin takes the form allowed to carry oxygen - no more - this is carefully prepared for a purpose and purpose that does not lag behind. Protein production request: All the requests that a protein organism needs are encoded in the cell nucleus within the CGTA DNA bar, which fills 1,000 volumes by 500 pages per volume – 3 billion characters – all in a space of 1 in 1,000 (1/1000) millimeters wrapped on itself 100,000 rolls. Quadrant Encryption: The digital information on the encryption system in the DNA bar is encoded by a four-digit encryption system "T A C G sequence" The four-digit encryption in the DNA bar, which holds all the information about the proteins that will be needed by the organism throughout its life represents one of the biggest mysteries in existence, and here comes the mystery wonder .. Who encrypted first and then decrypted after? Encryption is an extremely intelligent process, preparing for the future, carefully tuning, storing, transmitting, preserving and using information when needed. The polymerase enzyme reaches the cell nucleus carrying the transcription request on the messenger RNA and finds the required letters within the DNA strand. The way Polymers find the information needed to make a single protein is like trying to find a few lines in a 1,000-volume encyclopedia, and the Polymers enzyme opens the DNA tape like a zipper to output the data, and this quick opening may lead to burning, but it is carefully prepared, and cleaning and cooling first does not stop. The enzyme opens the spiral part of the DNA, and keeps it open until all the information - encoded - is extracted to make the protein and no other parts are opened. Any wrong jump during transcription or leave a letter or increase letter may cause the formation of a distorted protein, which means cancer; for example, the gene responsible for breast cancer has 8,000 nitrogen bases and in one of them there is G instead of T and cancer occurs by 85% .. because the protein produced is distorted. One of the most common causes of deformity is exposure to radiation, gasoline, chemicals and carcinogens. The distance that the messenger RNA travels to the ribosome – the place of protein synthesis – during its return is relatively long and is prone to deformation; therefore it is always surrounded by protective and safety enzymes. Once the code – the protein manufacturing code – reaches the ribosome, the protein factory, there is a fundamental problem: the information language in DNA is the three-letter codeon – nitrogenous bases – while the amino acid language is a 20-letter codeon – 20 amino acid types – and in order to translate the codeon into the amino acid language, the ribosome has about 100 translation molecules. After the copy arrives at the ribosome, the transporter RNA transfers the amino acids from the cytosol to the ribosome to begin the manufacturing process according to the existing code. This code will now be transformed into a 3D object that performs a function called a protein. Inside the ribosome - a protein synthesis plant - amino acids present in the cytosol are transferred to the ribosome via the transporter RNA. Now it is required to start manufacturing vitamin C and some specialized enzymes ... Any tampering or defect or deficiency in these enzymes means a defect of the protein, and therefore a defect of the whole body, it is a complex process irreducible and does not evolve either appear suddenly or not appear, and after printing the code and protein synthesis becomes worthless and no goal because it is a long series unprogrammed to do any work. To turn a protein from just a long chain of amino acids into a functional protein programmed to do something that must enter the fold, bend, and bend; to take its own form, here we enter a multiplication of probabilities in excess of billions of possibilities, it can produce billions of forms and only one form is required, and a certain 3D image - any other form is unacceptable - and the moment it reaches the desired form we can say that we got the functional protein and the protein form is definitive in its function. The myosin protein must be wrapped in a wire-like shape because it will nourish the hair and muscles and thus be pulled, pulled, broken down, and bonded -- a relationship that produces a programmed protein that needs another pause. The fibrin protein in the spider's web has the property of circling with the intensity of the force at the same time or the spider will become extinct. Bending incorrectly in one hand or in a single amino acid leads to an ineffective protein. All these functions, tasks, messages, and the entire protein synthesis process are just a few seconds inside the cell, and fifty cells will not occupy the small point at the end of the sentence. So to produce an effective protein we need: 300 large molecules with at least 80 ribosomes. 2- 20 molecules to bring amino acids. Dozens of enzymes. 4. 100 enzymes for the final process. Finishing. 5 - 40 RNA molecules - engineers. Now what's the probability of a protein like collagen forming by chance? In nature, there are more than 200 different amino acids. In the cytoplasm of the cell, there are 20 amino acids of choice. The right RNA transporter is required to transmit to us every time an amino acid conforms to the order of the collagen protein. Since the collagen protein chain is made up of 1055 amino acids, the probability of collagen protein synthesis by chance is 10 527 and this is not going to stop there. Another calculation of the probability of protein synthesis by chance, done by the left-handed scientist Doug X. The molecular biology version of Caltech, where he calculated the formation of a small functional protein molecule of 150 amino acids, said you have a chance of two from each side to have the appropriate amino acid, then after two amino acids are bound by chance and are the two required in this place, you have a chance of four amino acids being bound to the two acids formed and so on. So here would be probability 10 164 that's the probability of forming a simple functional protein. Has there ever been a time in the history of mankind when a wise man came and showed him these facts and then told him that life was created by chance and believed us? For those who don’t know the language of mathematics and don’t know what 10 is. Here is some information to clarify the matter: The number of atoms in the universe is 80. The Big Bang lasted just 16 seconds. * All events that have occurred since the beginning of the universe are 10,139; for example, when I write these words now, they have occurred within me alone. So in order to produce one simple functional protein, we need a barrel with a mixture of amino acids in it, provided that this barrel is billions of billions of times the size of the universe and takes a while to produce a simple functional protein. If we use billions of billions of computers at incredible speeds to simulate these possibilities, the age of the entire universe will not be enough to produce a single protein by chance. This amazing possibility, and we haven't yet entered into the possibilities of folding the protein, which is the wider door, the important thing after the production of the protein is transferred to the place of work to take its role and function, the process of transport and the knowledge of each protein and its function and support enzymes in its journey, all these mysteries have not yet been revealed to science. I swear by Allah, I feel ashamed of committing a sin in which I use thousands of proteins created with the utmost wisdom, mastery and ingenuity; every look, every whisper and every movement takes proteins marching inside your body to carry out your orders.. These proteins came with a four-coding system that is very proficient and safe and honest in transportation. The protein obliges man to submit to the Almighty Almighty in his creation and workmanship.. A giant process such as protein synthesis takes place every moment in every cell without noise, noise and waste, and with the utmost precision and care and future calculations, and in a complex and irreducible way, all this in a few seconds.. Any deficiency, default or defect means non-existence, the lack of reduction is one of the conditions in the synthesis of protein, and this again confirms the careful adjustment and calculation of the future and direct creation in a marvel of creation and good tuning. The Journal of American Scientific Specialist therefore acknowledges that the answer to the method of protein synthesis must be outside Darwin's views because the situation in question constitutes strong evidence that requires direct creation. The famous chemist Michelle Pittman says: The number of atoms in the universe is known to be 10 80 and it has been since the Big Bang 10 17 seconds and the continuation of life needs about 2000 essential enzymes so the number of possibilities to form only one enzyme is greater than 10 20 and the probability of all of them becoming 10 4000 and this is impossible to happen even if the whole universe is an organic fluid [2]. References for further information: Harun Yahya, Miracle Protein [Electronic Version]. Haitham Talaat, Encyclopedia of Response to Arab Atheists, The Position of Atheism in the Balance. • The Human Protein Atlas <proteinatlas.org>. [1] AMERICAN SCIENTISTMagzine, Issue 59, p 298. [2] Michael Pitman, Adamand evolution, Rider & Co,1984, p148. • Previous • Next > — Source: Brahin Center website - Published on 2016-02-03 (archived at the Internet Archive) http://braheen.com/mag/1st/21-protein-journey