Amphibians: Cloning to Save

Frogs are amphibious animals that existed over 360 million years ago. However, in recent years the number of species of frogs and other amphibians has drastically diminished. There is only one reason behind this reduction, but there is still a way to solve this problem. Before proposing a solution, you need to analyze the cause of the hazard. Many case studies have led to different conclusions complicating the situation. According to a case study of the North American Rocky Mountains, the population of Leopard Frog has declined, but Wood Frog has not been affected.

Human Cloning To date, genetic manipulation and cloning have been used to clone plants, unicellular organisms, amphibians and simple mammals. This has resulted in significant advances in agriculture, industry and medicine. A newer technique in genetic engineering has made it possible for scientists to open up the possibility of cloning more complex mammals and cloning humans. Although this technology has many potential advantages, the likelihood of cloning humans is presented in many practical, moral, and religious ways.

Cloning is a difficult process. The cloning experiment began in the early 1950's. These early cloning goals were frogs, salamanders, and other amphibians. If these organisms are asexually propagated, the clones will be simple as there is only one parent cell. However, when dealing with larger organisms such as mammals, more complicated procedures will be required. This is because two sex cells are needed to breed. You have to destroy and remove the egg core. Somatic cell nuclei from the same species are then removed and injected into the egg where the nucleus is located. If growth and growth are permitted, this will result in a clone of donor animals.

There are two methods for cloning. The first one, called embryo cloning, has been running for many years in frogs, other amphibians, and mammals. The second cloning method is accomplished by using adult cells instead of embryos. To this end, scientists remove the egg cells from the female and remove chromosomes, nuclei, etc. so that the mother can not interfere with the genetic part of reproductive. However, the parts of egg cells necessary for cell growth and development remain intact. Thereafter, adult mammalian cells are deprived from owners. When placed in a treatment tray, the cells live nutrients but continue to survive. The reason is that cells need to cease to divide into clones. Nuclei from the cells are removed. Nucleus and egg cells are placed next to each other and charge is released to them