Cloning

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Human Embryo Cloning

Britain grants embryo cloning patent Britain last week became the first country in the world to grant a patent covering cloned early-stage human embryos. The decision could ignite new controversy among biotechnology critics even though the Geron Corporation, the company licensed to use the patent, has no intention of creating cloned humans. The British patent covers both the cloning process made famous by the creation of Dolly, the cloned sheep, and some of the products of that process.Those products include nonhuman mammals and human embryos in th very early stage of development, when they consist of stem cells that could develop into any sort of human tissue.

Huge potential: An embryonic stem cell

Bone Marrow and the Stem Cell.

All of the cells in the blood, Red blood cells, all types of White blood cellsand the platelets are made in the bone marrow. This happens primarily in the flat bones in your body such as the skull, the sternum, the pelvis.

This microscopic view of a sample of bone marrow shows mature and immature white cells, the cells that produce platelets and both mature and immature red cells. Notice the variety.

Blood is made in the Bone Marrow-Blood Cell Development

All of thecells differentiate from one group of "master cells" called Stem cells. The Stem cells can become whatever kind of blood cell the body needs. They are usually making all different types of blood cells.

What is Cloning?

Today, the greatest cloning agent is Nature itself. Cloning, in biological terms, is the production of a genetically identical duplicate of the organism such as seeds, spores, some insects, algae, unicellular organisms that conduct mitosis or binary fission, and occasionally human twins. About eight million identical twins are alive in the world, thus, already eight million human clones inhabit the world. With today's scientific technology, cloning is also artificial production of organisms with the same genetic material. There are presently two types of cloning procedures embryo cloning and adult DNA cloning.

Embryo cloning has been successfully carried out for years on many species of animals. It involves removing one or more cells from an embryo and encouraging the cell to develop into a separate embryo with the same DNA as the original. Some limited experimentation has been done on human embryos.

Nature itself is the greatest cloning agent. In about one of every 75 human conceptions, the fertilized ovum splits for some unknown reason and produces monozygotic (identical) twins. Each has an genetic makeup identical to the other. In cloning, this same operation is done intentionally in a laboratory.

Adult DNA cloning has been used to clone a sheep and other animals, but was not tried on humans until 1998-DEC. It involves removing the DNA from an embryo and replacing it with the DNA from another person. Then, the embryo is allowed to develop in to a new human with the same DNA as the other person has.
History of Adult DNA Cloning

Every cell in the body contains all of the genetic material in its DNA to create an exact clone of the original. Since the cells have biological codes that only allow limited functions, scientists did not believe that adult DNA cloning was possible.

In July 1996, Dr. Ian Wilmut of the Roslin Institute in Scotland, cloned the first mammal. In February, 1997, news was released that "Dolly", a seven-month old sheep, was the first large cloned animal using DNA from another adult. In July, 1998, researchers in Honolulu successfully cloned five generations and more than 50 identical mice, using a new technique they hope can be applied to other mammals. This new technique has a higher success rate than the procedure used for Dolly.

How embryo cloning is done ?

Human embryo cloning starts with a standard in vitro fertilization procedure. Sperm and an egg cell are mixed together on a glass dish. After conception, the zygote (fertilized egg) is allowed to develop into a blastula (a hollow mass of cells). The zygote divides first into two cells, then four, then eight... A chemical is added to thedish to remove the "zona pellucida" covering. This material provides nutrients to the cells to promote cell division. With the covering removed, the blastula is divided into individual cells which are deposited on individual dishes.

They are then coated with an artificial zona pellucida and allowed to divide and develop. The experiment by Sillman et al. showed that the best results could be obtained by interrupting the zygote at the two cell stage. Many of these pairs of zygotes were able to develop to the 32 cell stage, but no further. They might well have had the potential to develop further and even mature into a viable fetus, except that the original ovum was defective and would have died anyway. For ethical reasons, the researchers selected embryos which had no possibility of ever maturing into fetuses, and thus into newborn babies.
The benefits of human cloning
There are many ways in which in which human cloning is expected to benefit mankind. Below is a list that is far from complete.

One of the leading proponents of human cloning technology, suggests that it may someday be possible to reverse the aging process because of what we learn from clonin
Human cloning technology could be used to reverse heart attacks. Scientists believe that they may be able to treat heart attack victims by cloning their healthy heart cells and injecting them into the areas of the heart that have been damaged. Heart disease is the number one killer in the United States and several other industrialized countries.
There has been a breakthrough with human stem cells. Embryonic stem cells can be grown to produce organs or tissues to repair or replace damaged ones. Skin for burn victims, brain cells for the brain damaged, spinal cord cells for quadriplegics and paraplegics, hearts, lungs, livers, and kidneys could be produced. By combining this technology with human cloning technology it may be possible to produce needed tissue for suffering people that will be free of rejection by their immune systems. Conditions such as Alzheimer's disease, Parkinson's disease, diabetes, heart failure, degenerative joint disease, and other problems may be made curable if human cloning and its technology are not banned.
Infertility. With cloning, infertile couples could have children. Despite getting a fair amount of publicity in the news current treatments for infertility, in terms of percentages, are not very successful. One estimate is that current infertility treatments are less than 10 percent successful. Couples go through physically and emotionally painful procedures for a small chance of having children. Many couples run out of time and money without successfully having children. Human cloning could make it possible for many more infertile couples to have children than ever before possible.
Plastic, reconstructive, and cosmetic surgery. Because of human cloning and its technology the days of silicone breast implants and other cosmetic procedures that may cause immune disease should soon be over. With the new technology, instead of using materials foreign to the body for such procedures, doctors will be able to manufacture bone, fat, connective tissue, or cartilage that matches the patients tissues exactly. Anyone will able to have their appearance altered to their satisfaction without the leaking of silicone gel into their bodies or the other problems that occur with present day plastic surgery. Victims of terrible accidents that deform the face should now be able to have their features repaired with new, safer, technology. Limbs for amputees may be able to be regenerated.
Breast implants. Most people are aware of the breast implant fiasco in which hundreds of thousands of women received silicone breast implants for cosmetic reasons. Many came to believe that the implants were making them ill with diseases of their immune systems. With human cloning and its technology breast augmentation and other forms of cosmetic surgery could be done with implants that would not be any different from the person's normal tissues.
Defective genes. The average person carries 8 defective genes inside them. These defective genes allow people to become sick when they would otherwise remain healthy. With human cloning and its technology it may be possible to ensure that we no longer suffer because of our defective genes.
Down's syndrome. Those women at high risk for Down's syndrome can avoid that risk by cloning.
Tay-Sachs disease. This is an autosomal recessive genetic disorder could be prevented by using cloning to ensure that a child does not express the gene for the disorder
liver failure. We may be able to clone livers for liver transplants
kidney failure. We may be able to clone kidneys for kidney transplants
leukemia. We should be able to clone the bone marrow for children and adults suffering from leukemia. This is expected to be one of the first benefits to come from cloning technology.
cancer. We may learn how to switch cells on and off through cloning and thus be able to cure cancer. Scientists still do not know exactly how cells differentiate into specific kinds of tissue, nor to they understand why cancerous cells lose their differentiation. Cloning, at long last, may be the key to understanding differentiation and cancer.
cystic fibrosis. We may be able to produce effective genetic therapy against cystic fibrosis. Ian Wilmut and colleagues are already working on this problem.
spinal cord injury. We may learn to grow nerves or the spinal cord back again when they are injured. Quadriplegics might be able to get out of their wheelchairs and walk again. Christopher Reeves, the man who played Superman, might be able to walk again.
testing for genetic disease. Cloning technology can be used to test for and perhaps cure genetic diseases.

The above list only scratches the surface of what human cloning technology can do for mankind. The suffering that can be relieved is staggering. This new technology heralds a new era of unparalleled advancement in medicine if people will release their fears and let the benefits begin. Why should another child die from leukemia when if the technology is allowed we should be able to cure it in a few years time?

Bible Code Matrix

The Matrix strats at Numbers Ch 10 V 29 and ends at Numbers Ch 14V 14

Central Term "" He Know the cloning Man" at ELS -272

Matrix A

Central Term "" He Know the cloning Man"
* Crossing the Central Term the word "Human."
* In proximity of the central Term we fuond the followin words & phrases :
Embryo , Embruonic , Cells , Scientist , Science , Uterus ( Womb)when he cometh out of his mother's womb.'

Cluster-Report A

Cluster Matrix A

The Same Martix Above

The Matrix strats at Numbers Ch 9 V 15 and ends at Numbers Ch 16 V 1

Crossing and nearly the Central Term " Cloning ",we fuond very significant Words and phrases:

Central Term " CLONING" at ELS ( -272 ).

Human , He , Man , Embryo, Embryonic, Cells , Differentiate, Scientist , Science, DNA , Genetic, Uterus(Womb), Disease, Cancer, research, Object, Method, Produce, Therapy, Transplant ,

when he cometh out of his mother's womb."

Man He Knows ( at the same ELS -272)

The Vers(Ch 12 V 12) :" Let her not, I pray, be as one dead, of whom the flesh is half consumed when he cometh out of his mother's womb."

Cluster -Report B

Matrix B

Statistical Analysis-Probability of the Matrix

What is the statistical relevance of the Cluster A and B matrix?

I used the Matrix R-value for main Term and then divided Overall results by the expected number of occurences for the main term in the Torah for the ELS range of -272 to 272 .

Probabilty of Matrix A

matrix R-value for the A matrix is 13.523 ( without ELS of +1)

expected number of occurrences for the main term in the Torah for the ELS range of -272 to + 272, which was: 27.83( 28 )

Antilog 13.523 = 3.3342641 x 10+13

Divided by 28 = 1.1908086 x 10+12 = 1,190,808,600,000

The statistic chance of the Matrix is 1 chance in 1,190,808,600,000

This translates into odds of ( 0.00000000000084 )

Probability of Matrix B

expected number of occurrences for the main term in the Torah for the ELS range of -272 to + 272, which was: 27.83( 28 )

matrix R-value for the B matrix is 7.552 ( without ELS of +1)

Antilog of 7.552 = 35,645,113

divided by 28 = 1,273,040

The statistic chance of the Matrix is 1 chance in 1,273,040

This translates into odds of ( 0.0000008 )