Science Tacitly Affirms The Creation Of Man
Imagine holding sand in your hand, and how many tiny particles make it up? Many, thousands… If you were to make a sand man sculpture how many grains of sand would you need? Countless-many… In a single human body, every 100 trillion cells or more is a living structure that can survive indefinitely and in most cases reproduce itself if of course it has enough nutrients.
The human cell is much smaller than one grain of sand and very well organized. It is the basic unit of structure and function of the body. Under an electronic microscope the cell looks far more complex than any modern technology. The way cells react and communicate between each other is much faster and more complex than any form of organization of today’s people in the modern world.
What is truly amazing is that:
a) Every cell knows that its work must be free of errors and that it must selflessly share resources because it is in order for the organism to function well.
b) If there is a problem in one part of the body, the complete forces of the healthy parts together help to solve the problem.
c) At the cellular level, everything is done to preserve a nucleus that contains a cell computer that has information about the needs of the cell, and also provides the information needed to operate and develop a cell that is normal.
d) At the level of the organism, we have a brain that must not be left without energy needs, primarily glucose and oxygen, and everything is subordinated to the brain, which dictates the dynamics of the organism and enables its complex functions to function properly.
We can conclude that there are no selfish or competing motives in the human body, but rather the lower organs serve the brain, which is a control center, and the brain checks if any organ is in need of something or is superfluous. By the way, the only organ that is aware of itself and that studies itself and everything else around it is the brain. This does not diminish the importance of the function of other organs.However, the brain can still protect the stomach from poisoning and if there is a bowel injury on the left it can send a pulse to move the intestines to the right to make room.
The same principle works when it comes to a cell and its nucleus. It has all information on how to create a new one, all within the cell, even when it is time for the death of the cell. It knows what information is needed for a particular function or organelle of the cell, and to which place in the body our cell belongs .
Where do we get this complexity from? We have a Bible report that we were created from the dust of the earth, that is, the elements found in the earth. Is it possible to prove the biblical claim scientifically?
“The Lord God formed man from the dust of the earth, and breathed into his nostrils the breath of life, and man became a living soul.” (Genesis 2: 7)
We must first define the concept of science. Science is an objective, logically argued and systematized knowledge of the laws, facts, causes and phenomena of reality, acquired and verified by exact observation, repeated experimentation, and valid thinking.
Biogeochemical processes are processes of great importance to living organisms. The life of living organisms on Earth requires certain substances that make up the basic molecules of which organisms are made, performing functions of utmost importance. Without these substances, life on Earth would not be possible. In addition, the first and most important link in the chain of biogeochemical cycles is energy. The primary energy source on planet Earth is the sun. Solar radiation is constantly reaching the Earth’s surface, bringing huge amounts of energy.
The most important cycles in nature are:
- Nitrogen cycle
- The carbon cycle
- The oxygen cycle
- Water cycle
The soil is a loose or disperse surface layer of the lithosphere. It is located above a solid rock mass and its upper boundary is its biosphere, hydrosphere and atmosphere. Physically speaking soil is a multiphase system. It consists of particles (grains) and pores (cavities). The soil types include: dust, clay, sand, gravel, but also their combinations. Soils of organic origin (humus, silt, peat) are also included in the soil.
The arable soil layer contains more than 95% of total nitrogen in the form of organically bound nitrogen in living root mass, dead plant mass, humic substances and living things in the soil.
1) Nitrogen (N) is incorporated into photosynthesis products, inter alia for protein synthesis and thus enables and supports growth. One of the most important roles of nitrogen is that it is an irreplaceable ingredient in the structure of deoxyribonucleic acid molecules and chlorophyll.
2) Carbon (C) is the second most abundant element in nature. The whole branch of chemistry, organic chemistry, is based on compounds that contain carbon. Carbon is an essential element in the biosphere and, by mass, the second most abundant element after oxygen in living organisms. All living tissues are made up of organic carbon compounds. However, geologically, it is not among the most widespread elements. Carbon is represented in the earth’s crust in the amount of 0.087%. It is found in inanimate nature mainly in the form of compounds, but also free in the form of diamond and graphite.
3) Oxygen (O) – This is an essential chemical element in nature, we know that it is not possible to perform any process within living organisms without oxygen. Oxygen is the most common and widespread element on Earth. Except in the atmosphere, oxygen is represented in the bound state in the lithosphere and dissolved in the hydrosphere and biosphere. Oxygen has a mass fraction of the Earth’s crust of about 50.5% (up to a depth of 16 km, including the hydrosphere and atmosphere). Oxygen has a mass fraction of 23.16% in air, and accounts for 20.95% by volume. As an integral part of water, it accounts for 88.8%, while it contains only 86% in seawater because it contains dissolved large quantities of oxygen-free salts (such as ordinary sea salt).
4) Hydrogen (H) – Represented 75% in universe (outer space), probably because it is the simplest and lightest element. Hydrogen is the creator of water, and on our planet is highly present in this form. Besides water, it exists as a volcanic gas and is produced by some gaseous algae. We know that man without water would not be able to live, and that water has the largest share in human structure. Hydrogen is involved in many processes such as fat, carbohydrate, and protein production.
In nature with greater or less sensitivity, 90 elements can be identified. The group of the most widespread biological elements includes 18 elements. Six Elements: Nitrogen (N), Oxygen (O), Hydrogen (H), Carbon (C), Phosphorus (P), Sulfur (S) are the components of proteins and nucleic acids that form the basis of life on Earth and more than 97 % by weight of most living organisms.
Twelve other elements are significant for the activity of the organism. Non-metals include calcium (Cl) and iodine (I), metals sodium (Na), magnesium (Mg), calcium (Ca), iron (Fe), manganese (Mn), cobalt (Co), copper (Cu), zinc (Zn), molybdenum (Mo), potassium (K). These metals are called biometals.
Chemical composition of the cell
The chemical elements that make up the cells of living things are called biogenic elements. Of the 92 natural elements, only 6 elements – C, H, N, O, P and S – enter the composition and make up about 99% of living tissue. According to the amount of biogenic elements present in the cell, they are divided into:
- macroelements (greek. macro = many) i
- microelements (micro = small, small).
Macronutrients are O, H, C, N, Ca, S, P, K, etc.
Microelements are found in much smaller quantities than macroelements, but their presence in living beings is necessary for normal life processes. Such are, for example, Cu, I, Br, Mn, F, Fe, etc. About two-thirds, that is, about 60% of the adult’s weight is water (about 80% in embryos), while proteins are about 17%, fat is about 10 %, carbohydrates about 1-2% and minerals about 5%.
What remains is to see how we can relate this confusion of chemical elements to someone who breathes, moves, talks, learns, possesses ingenuity, and so on.
Each of our cells is made up of a protoplasm by one name, which means water, ions, proteins that are most abundant after water, lipids and carbohydrates.
a) It is clear to us from the above elements where the water comes from.
b) Ions are potassium, magnesium, phosphates, sulfates, bicarbonates, small amounts of sodium, chloride, calcium.
Ions provide inorganic substances for cellular reactions.
c) Proteins are linear polymers made up of 20 different L-α amino acids. Polymers are macro-molecules, composed of multiple monomers or smaller building blocks such as an amino acid. Let’s say one macromolecule is DNA. Amino acids are compounds that contain an amino group (-NH2) and a carboxyl group (-COOH). Amino acids are composed of the following elements: C, H, N and O. Amino acids build proteins and participate in metabolic processes, an adult human can synthesize all but nine essential amino acids that must be ingested by food.
Proteins are broken down into structural proteins, enzymes, transport proteins, nucleoproteins, etc.
d) Lipids are fats. We distinguish between hydrolyzing and non-hydrolyzing. Fats are used to build the cell membrane. The most important are phospholipids and cholesterol. They consist of carbon, hydrogen, oxygen, phosphorus. If you look at the chemical formula of phospholipids or any other group of lipids, you will decide for yourself.
e) Carbohydrates are the last group in the series to explain. Hydrates are terms used in organic or inorganic chemistry to indicate the existence of water in a substance, so we can conclude that technically, carbohydrates are actually carbohydrates. They are also composed of carbon, hydrogen and oxygen, and even the name compound can be drawn to this conclusion. The deoxyribose that participates in DNA information is actually a pentose monosaccharide, meaning that it contains five carbon atoms.
It is clear that after a simple analysis, the constituent elements of the soil are the constituent elements that we have in our human bodies. This is something that science confirms.
God creates by word
“In the beginning was the Word, and the Word was with God, and the Word was God. 2 He was with God in the beginning. 3 Through him all things were made; without him nothing was made that has been made.” (John 1: 1-3)
In our cells, there is a nucleus that, roughly speaking, contains chromosomes (23 pairs) that when unwound we have a double coil of deoxyribonucleic acid (DNA) which is a linear record, containing instructions for the development and proper functioning of all living organisms. A DNA strand is a long, spiral-shaped molecule that is twisted. Each step on the ladder consists of a pair of bases that connect in the middle. There are four nitrogen bases – adenine (A), thymine (T), guanine (G) and cytosine (C). “A” is always merged with “T” and “G” is merged with “C”.
If we think of DNA as a recipe book, then genes represent recipes. If we translate that into DNA – schedules A, T, C and G tell our cells how to function and what features to show. We have half the genes from the father and half from the mother. Our genes contain information about everything within our body. This information is achieved using the four letters mentioned.
It is interesting that as we develop in the womb, our ear does not end up in a place where we do not need it or our heart.
What is it that tells a cell what part of the body it will convert to? The answer lies in a complicated system of genetic switches. Major genes, or regulatory ones, turn on and off individual components of other genes, to make the right proteins in the right place and in the right cells. This is extremely complex because each of our cells contains all the genes, but not every gene uses them. Imagine if they activated a gene to produce gastric acid in all cells, they would just melt away. Very complex, molecular machines that do not sin, do not sleep, and we are not aware of this.
Some interesting things about the complexity of the DNA strand are:
a) The length of the DNA is 1.8 meters when unwrapped, and must fit into the cell nucleus, part of the cell that is visible only under the microscope as well as the cell. This is made possible by the histones around which it is wrapped. Recall that a man has 23 pairs of chromosomes. So this is a 23 volume book.
b) Universality is one of the characteristics of DNA, which means that the genetic code is the same for all biological species, that is, the individual codes in almost all biological species correspond to the same amino acid. This just says that there is no evolution.
c) DNA information is one-way to protein, which means that our experience of, say, losing one part of the body will not change information to offspring. Which means that originally there must have been information – A word.
e) Each time the DNA is transcribed as complete, that is, when dividing the cell, it is shortened by three letters then the gene which leads to aging. In addition to this, mutations are also the cause of aging. Mutations are by no means good, this is clear, and we see that we always encounter problems with mutations because everything they produce is not functional.
f) When dividing a DNA strand at fertilization, there are telomerase molecular machines that add three letters at the end of the DNA strand to prevent the shortening of the information that needs to be transmitted to posterity.
g) In the human genome there is a set of genes, there are orphan genes whose origin is not known or assumed by official science and are specific to humans only. These orphan genes do not only exist in humans but in all living beings. If you remember that DNA information is universal, that the same four letters are used for all beings of different structures, and on the other hand we have genes characteristic only to man or only to plants, that is precisely what proves creationism.
We understand where Adam is from soil powder and that everything is made by word, but where did Eve come from?
The Bible says that Eve was created from a portion of Adam’s body.
The Lord God then said, “It is not good for a man to be alone. I will make him an assistant to supplement him. ”(Genesis 2:18)
This is where God says we need to be social beings in interaction.
“Therefore the Lord God put a deep sleep on man, and while man was sleeping, he took one of his ribs and then filled it with flesh.” (Genesis 2:21)
We have a deep sleep here, this is a condition that we achieve today with anesthesia, so a dormant person is in a favorable condition for surgery.
A rib is a flat, long bone that houses adult stem cells within the bone marrow, and if we want to create a human being from an adult, the gold standard is definitely the stem cell. Stem cells are used in our body for cell renewal, the whole branch of medicine deals with stem cells and there are banks of these cells in the world and they are offered in the treatment of a number of diseases. In addition, we have organ growth or organ culture through stem cells and these organs are used in transplantation, so we have bladder, ear and nose grown from the body’s stem cells.
Meat supplementation is a method used by surgeons in many cases, unless it is a joint and the statics and dynamics are damaged. In this case, both can replace the rest of the skeleton and muscle.
Why Eve of Adam and not the other way around? Today, we are aware that men have an X and Y chromosome, and women have two X, or only X. This tells us that only a man can give a chromosome that will determine the girl or boy, the reverse is not possible.