Cloning involves producing genetically identical individuals through asexual reproduction. There are three main types of cloning: gene cloning to copy DNA fragments, cell cloning to duplicate cells, and organism cloning to replicate whole organisms. The cloning process involves inserting the gene of interest into a vector, transforming the vector into a host, and expressing the cloned gene. While cloning has potential medical benefits like creating stem cells or animal disease models, it also raises ethical issues regarding individuality, consent, and reducing genetic diversity.
The document discusses different types of cloning technologies including DNA cloning, reproductive cloning, and therapeutic cloning. DNA cloning involves transferring a DNA fragment from one organism to a self-replicating vector like a bacterial plasmid to generate multiple copies. Reproductive cloning aims to generate an animal with the same nuclear DNA as another through somatic cell nuclear transfer, while therapeutic cloning seeks to produce human embryos for stem cell research. Both cloning techniques are controversial due to safety and ethical concerns.
Cloning involves making an identical organism through nonsexual means. There are three main types of cloning: recombinant DNA cloning, which transfers DNA between organisms; reproductive cloning, which generates an animal with the donor's nuclear DNA; and therapeutic cloning, which produces embryos for stem cell research. While cloning technologies offer potential medical benefits, current methods have low success rates and cloned animals often have health issues. More research is still needed to fully understand cloning and its risks.
Dr. B. Victor is a retired biology professor with over 32 years of experience teaching and researching reproductive technology in fishes. His presentation outlines various forms of reproduction including asexual, sexual, and parthenogenesis. It also discusses cloning technology such as embryo splitting, nuclear transfer, and the three main types of cloning - recombinant DNA cloning, reproductive cloning, and therapeutic cloning. The benefits and applications of cloning as well as techniques for transgenic animal production are also summarized.
Genetic engineering allows scientists to directly modify an organism's genes to enhance traits. Examples include crops with increased pest resistance or modified oil content. Cloning organisms is also possible by splitting an early embryo into cells or transferring a cell nucleus into an unfertilized egg. Mutations in human genes occur naturally and can be inherited, unlike artificial changes through genetic engineering. Recombinant DNA techniques have been used to create bacteria that produce human insulin, growth hormone, and vaccines. Dolly the sheep was the first mammal cloned from an adult cell, providing evidence that somatic cell nuclear transfer can recreate a whole organism. While genetic engineering has benefits like curing diseases, some argue it is unethical and should be banned due to
The document discusses genetic engineering, stem cells, and cloning. It defines genetic engineering as the manipulation of an organism's DNA to produce desired traits, but notes it is an imprecise technology. Stem cells are cells that can differentiate into other cell types and have potential medical applications, but their use is controversial. Cloning produces genetically identical organisms and there are three main types, but cloning techniques remain risky and result in many failed pregnancies or deformities in animals.
There are three main types of cloning: 1) DNA cloning which clones genes for uses like protein production and vaccine development, 2) reproductive cloning which produces genetically identical animals but risks are high inefficiency and potential harm, and 3) therapeutic cloning which produces stem cells for research on treating diseases but risks include killing embryos.
Is the cloning a way for surving of humankind?
The cloning is an extraordinary method used nowadays quite often. But it presents a lot of prejudices and a lot of people think that it is too dangerous. So I have decided to present different types of cloning and their contribution for our life.
At the end, I show some disadvantages as well and I reply to the question asked in the title.
Just discover my work and ask me some questions, because I would like to show you my point of view.
#Scichallenge2017
Source: /sameer99932/gene-cloning
/kmm49/stem-cell-research-and-therapeutic-cloning?next_slideshow=1
https://www.neb.com/applications/cloning-and-synthetic-biology
https://www.ncbi.nlm.nih.gov/books/NBK21498/
https://www.neb.com/applications/cloning-and-synthetic-biology/pcr-cloning
http://learn.genetics.utah.edu/content/cloning/whatiscloning/
https://www.google.fr/search?q=cloning+dna&source=lnms&tbm=isch&sa=X&ved=0ahUKEwjLmtuA0vTSAhVCwxQKHTfYDWAQ_AUIBigB&biw=1366&bih=662#imgrc=cwNtgpdBcbf5dM:
https://www.google.cz/search?q=cloning+dna&source=lnms&tbm=isch&sa=X&ved=0ahUKEwj75oyS1vTSAhXHvBQKHd0jAdEQ_AUIBigB&biw=1366&bih=662#tbm=isch&q=cloning+&*&imgrc=dRmArnbnO_G5oM:
https://www.sciencelearn.org.nz/resources/2031-dna-cloning
google pictures
https://www.camoinassociates.com/biotechnology-market-trends-what-economic-developers-need-know-1
https://www.google.cz/search?q=cloning+dna&source=lnms&tbm=isch&sa=X&ved=0ahUKEwj75oyS1vTSAhXHvBQKHd0jAdEQ_AUIBigB&biw=1366&bih=662#tbm=isch&q=biotechnologie&*&imgrc=W7gqplQ-6DXMFM:
https://www.google.fr/search?q=beef+burger+stem+cell&source=lnms&tbm=isch&sa=X&ved=0ahUKEwiCm-ek5fTSAhVrB8AKHXVrBJ8Q_AUIBigB&biw=1366&bih=662#imgrc=iBUVaE_QE9PAfM:
http://learn.genetics.utah.edu/content/cloning/whyclone/
Cloning- Unlocking the Secrets of Genetic Replication - Cloning Explained - A...Ravi Raj
?
Hi,
For better understanding watch this video ?
https://youtube.com/live/toU9nTaoLxw?feature=share
Cloning is the process of creating an identical copy of an original organism or cell. There are three main types of cloning:
1. Gene Cloning: This involves making copies of specific segments of DNA, often for research or medical purposes.
2. Reproductive Cloning: This aims to create a whole organism that is genetically identical to another. An example is Dolly the sheep, the first mammal to be cloned from an adult somatic cell.
3. Therapeutic Cloning: This involves cloning cells to create tissues or organs for medical treatment. This type of cloning does not result in the creation of a whole organism but focuses on producing cells that can replace damaged or diseased tissues in the body.
Cloning raises ethical, moral, and legal issues, particularly in the context of human cloning.
Cloning involves replacing the nucleus of an unfertilized egg with the nucleus of a donor cell, creating a genetically identical copy. While cloning differs from sexual reproduction by using a single donor's genes, early experiments cloned sea urchins in 1894, salamanders in 1902, and Dolly the sheep in 1996 was the first mammal cloned from an adult cell. However, cloned animals often suffer health issues and low survival rates due to the experimental nature. While some seek pet cloning for $50,000 despite pet overpopulation, it treats animals as products and exploits grieving owners. Human cloning raises ethical concerns about physical harms, effects on families and society, and challenges the idea that humans are uniquely created in God
This document discusses genetic manipulation techniques for animals, including somatic cell nuclear transfer (SCNT) cloning. It provides details on the SCNT process, including the Roslin technique used to create Dolly the sheep. Applications of SCNT are described for agriculture, conservation, and medical therapeutics. The document also discusses the success of SCNT, limitations, and ethical concerns regarding genetic manipulation of animals.
Cloning involves producing genetically identical organisms through laboratory procedures. Dr. Ian Wilmut first produced a cloned sheep named Dolly using nuclear transplantation, removing the nucleus from a sheep egg cell and replacing it with the nucleus of an udder cell. The egg was then implanted into a surrogate mother sheep and developed into Dolly, who was genetically identical to the sheep that donated the udder cell nucleus. Cloning offers potential benefits like preserving endangered species and growing organs for transplantation, but cloned animals may face health issues and shorter lifespans due to genetic abnormalities acquired from the donor somatic cell.
Cloning(human cloning) sreenivas.m final pptSreenivas vasu
?
cloning types in detail .... easy ppt for seminars....................................................................................................................................................................................
This document discusses human cloning, including perspectives, ethical issues, and legal implications. It provides background on cloning and defines the different types, including reproductive cloning, DNA cloning using cell-based or polymerase chain reaction techniques, and therapeutic cloning. Reproductive cloning aims to generate a living being identical to another organism, while therapeutic cloning produces embryos for biomedical research purposes. The document examines the state of cloning technology and debates around human cloning.
This document discusses human cloning and its various types. There are two main types of cloning: therapeutic cloning, which uses stem cells for medical research purposes by cloning embryos and collecting stem cells, and reproductive cloning, which would clone entire humans by transferring cloned embryo into a uterus. Therapeutic cloning is more accepted but still controversial due to the embryo destruction. Reproductive cloning is deemed unethical as it would create human life solely as an organ donor. The document also notes debates around the ethics of human cloning.
Selective breeding, mutations, and hybridization are methods that have been used for centuries to introduce desirable traits into organisms. More recently, genetic engineering techniques like DNA extraction, transgenic organisms, cloning, and gene editing have allowed for more direct manipulation of genes. While these advanced methods hold promise for applications like producing human proteins and saving endangered species, they also raise ethical concerns that require careful consideration.
Selective breeding involves breeding animals or plants with desired traits to increase those traits in future generations. Genetic variations arise from mutations that can occur naturally or be induced by factors like radiation. While most mutations are harmless, some can be beneficial or harmful, like cancer-causing mutations. Techniques like hybridization and genetic engineering allow further manipulation of organisms by combining genes from different species or rewriting DNA. Transgenic organisms containing genes from other species have potential applications in medicine, agriculture, and materials production, but also raise ethical issues.
The document provides information on genetic engineering techniques including selective breeding, hybridization, inbreeding, inducing mutations, polyploidy, DNA extraction, restriction enzymes, recombinant DNA, polymerase chain reaction, cell transformation, transgenic organisms, cloning, and applications of genetic engineering such as glowing plants and animals, disease resistance, and producing human proteins.
Cloning involves the production of genetically identical individuals through asexual reproduction. Molecular cloning involves amplifying identical copies of DNA molecules using living organisms. The key steps of molecular cloning are fragmentation of DNA, ligation of DNA pieces in a desired sequence, transformation of cells by inserting new DNA, and selection of successfully transfected cells. Cloning has potential benefits but also risks, and human reproductive cloning remains controversial.
Cloning involves the production of genetically identical individuals through asexual reproduction. Molecular cloning involves amplifying identical copies of DNA molecules using living organisms. The key steps of molecular cloning are fragmentation of DNA, ligation of DNA pieces into a desired sequence, transformation of cells by inserting new DNA, and selection of successfully transfected cells. Cloning has potential benefits but also risks, and human reproductive cloning remains controversial.
Cloning is the process of producing genetically identical individuals of an organism either naturally or artificially. Natural cloning occurs through asexual reproduction in bacteria, insects, and plants. Artificial cloning involves techniques used to clone DNA fragments, cells, or whole organisms. The first animal cloned was a frog in 1952. In 1996, Dolly the sheep was the first mammal cloned from an adult cell. Cloning works by transferring the nucleus of a donor adult cell into an egg cell with its nucleus removed. Potential benefits include species preservation and medical research applications like organ transplants. However, cloning faces ethical concerns and technical challenges like low success rates and premature aging.
The document discusses chromosome manipulations and genetically engineered animals. It describes how animal models are used to develop medical treatments and test new drugs and procedures before applying them to humans. Regulations require testing plans and oversight to ensure animal welfare. Products undergo rigorous testing first in cell cultures, then animal models, before progressing to human trials. Animal models can provide information on how the body absorbs, metabolizes and excretes chemicals. Genetically engineered animals are also discussed as ways to improve food supply and understand biology.
The document discusses genetic engineering, stem cells, and cloning. It defines genetic engineering as the manipulation of an organism's DNA to produce desired traits, but notes it is an imprecise technology. Stem cells are cells that can differentiate into other cell types and have potential medical applications, but their use is controversial. Cloning produces genetically identical organisms and there are three main types, but cloning techniques remain risky and result in many failed pregnancies or deformities in animals.
There are three main types of cloning: 1) DNA cloning which clones genes for uses like protein production and vaccine development, 2) reproductive cloning which produces genetically identical animals but risks are high inefficiency and potential harm, and 3) therapeutic cloning which produces stem cells for research on treating diseases but risks include killing embryos.
Is the cloning a way for surving of humankind?
The cloning is an extraordinary method used nowadays quite often. But it presents a lot of prejudices and a lot of people think that it is too dangerous. So I have decided to present different types of cloning and their contribution for our life.
At the end, I show some disadvantages as well and I reply to the question asked in the title.
Just discover my work and ask me some questions, because I would like to show you my point of view.
#Scichallenge2017
Source: /sameer99932/gene-cloning
/kmm49/stem-cell-research-and-therapeutic-cloning?next_slideshow=1
https://www.neb.com/applications/cloning-and-synthetic-biology
https://www.ncbi.nlm.nih.gov/books/NBK21498/
https://www.neb.com/applications/cloning-and-synthetic-biology/pcr-cloning
http://learn.genetics.utah.edu/content/cloning/whatiscloning/
https://www.google.fr/search?q=cloning+dna&source=lnms&tbm=isch&sa=X&ved=0ahUKEwjLmtuA0vTSAhVCwxQKHTfYDWAQ_AUIBigB&biw=1366&bih=662#imgrc=cwNtgpdBcbf5dM:
https://www.google.cz/search?q=cloning+dna&source=lnms&tbm=isch&sa=X&ved=0ahUKEwj75oyS1vTSAhXHvBQKHd0jAdEQ_AUIBigB&biw=1366&bih=662#tbm=isch&q=cloning+&*&imgrc=dRmArnbnO_G5oM:
https://www.sciencelearn.org.nz/resources/2031-dna-cloning
google pictures
https://www.camoinassociates.com/biotechnology-market-trends-what-economic-developers-need-know-1
https://www.google.cz/search?q=cloning+dna&source=lnms&tbm=isch&sa=X&ved=0ahUKEwj75oyS1vTSAhXHvBQKHd0jAdEQ_AUIBigB&biw=1366&bih=662#tbm=isch&q=biotechnologie&*&imgrc=W7gqplQ-6DXMFM:
https://www.google.fr/search?q=beef+burger+stem+cell&source=lnms&tbm=isch&sa=X&ved=0ahUKEwiCm-ek5fTSAhVrB8AKHXVrBJ8Q_AUIBigB&biw=1366&bih=662#imgrc=iBUVaE_QE9PAfM:
http://learn.genetics.utah.edu/content/cloning/whyclone/
Cloning- Unlocking the Secrets of Genetic Replication - Cloning Explained - A...Ravi Raj
?
Hi,
For better understanding watch this video ?
https://youtube.com/live/toU9nTaoLxw?feature=share
Cloning is the process of creating an identical copy of an original organism or cell. There are three main types of cloning:
1. Gene Cloning: This involves making copies of specific segments of DNA, often for research or medical purposes.
2. Reproductive Cloning: This aims to create a whole organism that is genetically identical to another. An example is Dolly the sheep, the first mammal to be cloned from an adult somatic cell.
3. Therapeutic Cloning: This involves cloning cells to create tissues or organs for medical treatment. This type of cloning does not result in the creation of a whole organism but focuses on producing cells that can replace damaged or diseased tissues in the body.
Cloning raises ethical, moral, and legal issues, particularly in the context of human cloning.
Cloning involves replacing the nucleus of an unfertilized egg with the nucleus of a donor cell, creating a genetically identical copy. While cloning differs from sexual reproduction by using a single donor's genes, early experiments cloned sea urchins in 1894, salamanders in 1902, and Dolly the sheep in 1996 was the first mammal cloned from an adult cell. However, cloned animals often suffer health issues and low survival rates due to the experimental nature. While some seek pet cloning for $50,000 despite pet overpopulation, it treats animals as products and exploits grieving owners. Human cloning raises ethical concerns about physical harms, effects on families and society, and challenges the idea that humans are uniquely created in God
This document discusses genetic manipulation techniques for animals, including somatic cell nuclear transfer (SCNT) cloning. It provides details on the SCNT process, including the Roslin technique used to create Dolly the sheep. Applications of SCNT are described for agriculture, conservation, and medical therapeutics. The document also discusses the success of SCNT, limitations, and ethical concerns regarding genetic manipulation of animals.
Cloning involves producing genetically identical organisms through laboratory procedures. Dr. Ian Wilmut first produced a cloned sheep named Dolly using nuclear transplantation, removing the nucleus from a sheep egg cell and replacing it with the nucleus of an udder cell. The egg was then implanted into a surrogate mother sheep and developed into Dolly, who was genetically identical to the sheep that donated the udder cell nucleus. Cloning offers potential benefits like preserving endangered species and growing organs for transplantation, but cloned animals may face health issues and shorter lifespans due to genetic abnormalities acquired from the donor somatic cell.
Cloning(human cloning) sreenivas.m final pptSreenivas vasu
?
cloning types in detail .... easy ppt for seminars....................................................................................................................................................................................
This document discusses human cloning, including perspectives, ethical issues, and legal implications. It provides background on cloning and defines the different types, including reproductive cloning, DNA cloning using cell-based or polymerase chain reaction techniques, and therapeutic cloning. Reproductive cloning aims to generate a living being identical to another organism, while therapeutic cloning produces embryos for biomedical research purposes. The document examines the state of cloning technology and debates around human cloning.
This document discusses human cloning and its various types. There are two main types of cloning: therapeutic cloning, which uses stem cells for medical research purposes by cloning embryos and collecting stem cells, and reproductive cloning, which would clone entire humans by transferring cloned embryo into a uterus. Therapeutic cloning is more accepted but still controversial due to the embryo destruction. Reproductive cloning is deemed unethical as it would create human life solely as an organ donor. The document also notes debates around the ethics of human cloning.
Selective breeding, mutations, and hybridization are methods that have been used for centuries to introduce desirable traits into organisms. More recently, genetic engineering techniques like DNA extraction, transgenic organisms, cloning, and gene editing have allowed for more direct manipulation of genes. While these advanced methods hold promise for applications like producing human proteins and saving endangered species, they also raise ethical concerns that require careful consideration.
Selective breeding involves breeding animals or plants with desired traits to increase those traits in future generations. Genetic variations arise from mutations that can occur naturally or be induced by factors like radiation. While most mutations are harmless, some can be beneficial or harmful, like cancer-causing mutations. Techniques like hybridization and genetic engineering allow further manipulation of organisms by combining genes from different species or rewriting DNA. Transgenic organisms containing genes from other species have potential applications in medicine, agriculture, and materials production, but also raise ethical issues.
The document provides information on genetic engineering techniques including selective breeding, hybridization, inbreeding, inducing mutations, polyploidy, DNA extraction, restriction enzymes, recombinant DNA, polymerase chain reaction, cell transformation, transgenic organisms, cloning, and applications of genetic engineering such as glowing plants and animals, disease resistance, and producing human proteins.
Cloning involves the production of genetically identical individuals through asexual reproduction. Molecular cloning involves amplifying identical copies of DNA molecules using living organisms. The key steps of molecular cloning are fragmentation of DNA, ligation of DNA pieces in a desired sequence, transformation of cells by inserting new DNA, and selection of successfully transfected cells. Cloning has potential benefits but also risks, and human reproductive cloning remains controversial.
Cloning involves the production of genetically identical individuals through asexual reproduction. Molecular cloning involves amplifying identical copies of DNA molecules using living organisms. The key steps of molecular cloning are fragmentation of DNA, ligation of DNA pieces into a desired sequence, transformation of cells by inserting new DNA, and selection of successfully transfected cells. Cloning has potential benefits but also risks, and human reproductive cloning remains controversial.
Cloning is the process of producing genetically identical individuals of an organism either naturally or artificially. Natural cloning occurs through asexual reproduction in bacteria, insects, and plants. Artificial cloning involves techniques used to clone DNA fragments, cells, or whole organisms. The first animal cloned was a frog in 1952. In 1996, Dolly the sheep was the first mammal cloned from an adult cell. Cloning works by transferring the nucleus of a donor adult cell into an egg cell with its nucleus removed. Potential benefits include species preservation and medical research applications like organ transplants. However, cloning faces ethical concerns and technical challenges like low success rates and premature aging.
The document discusses chromosome manipulations and genetically engineered animals. It describes how animal models are used to develop medical treatments and test new drugs and procedures before applying them to humans. Regulations require testing plans and oversight to ensure animal welfare. Products undergo rigorous testing first in cell cultures, then animal models, before progressing to human trials. Animal models can provide information on how the body absorbs, metabolizes and excretes chemicals. Genetically engineered animals are also discussed as ways to improve food supply and understand biology.
A Relative Information Gain-based Query Performance Prediction Framework with...suchanadatta3
?
To improve the QPP estimate for neural models, we propose to use additional information from a set of queries that express a similar information need to the current one (these queries are called variants). The key idea of our proposed method, named Weighted Relative Information Gain (WRIG), is to estimate the performance of these variants, and then to improve the QPP estimate of the original query based on the relative differences with the variants. The hypothesis is that if a query’s estimate is significantly higher than the average QPP score of its variants, then the original query itself is assumed (with a higher confidence) to be one for which a retrieval model works well.
AI + Disability. Coded Futures: Better opportunities or biased outcomes?Christine Hemphill
?
A summary report into attitudes to and implications of AI as it relates to disability. Will AI enabled solutions create greater opportunities or amplify biases in society and datasets? Informed by primary mixed methods research conducted in the UK and globally by Open Inclusion on behalf of the Institute of People Centred AI, Uni of Surrey and Royal Holloway University. Initially presented at Google London in Jan 2025.
If you prefer an audio visual format you can access the full video recorded at Google ADC London where we presented this research in January 2025. It has captioned content and audio described visuals and is available at https://www.youtube.com/watch?v=p_1cv042U_U. There is also a short Fireside Chat about the research held at Zero Project Conference March 2025 available at https://www.youtube.com/live/oFCgIg78-mI?si=EoIaEgDw2U7DFXsN&t=11879.
If 狠狠撸 Share's format is not accessible to you in any way, please contact us at contact@openinclusion.com and we can provide you with the underlying document.
Optimizing Common Table Expressions in Apache Hive with CalciteStamatis Zampetakis
?
In many real-world queries, certain expressions may appear multiple times, requiring repeated computations to construct the final result. These recurring computations, known as common table expressions (CTEs), can be explicitly defined in SQL queries using the WITH clause or implicitly derived through transformation rules. Identifying and leveraging CTEs is essential for reducing the cost of executing complex queries and is a critical component of modern data management systems.
Apache Hive, a SQL-based data management system, provides powerful mechanisms to detect and exploit CTEs through heuristic and cost-based optimization techniques.
This talk delves into the internals of Hive's planner, focusing on its integration with Apache Calcite for CTE optimization. We will begin with a high-level overview of Hive's planner architecture and its reliance on Calcite in various planning phases. The discussion will then shift to the CTE rewriting phase, highlighting key Calcite concepts and demonstrating how they are employed to optimize CTEs effectively.
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2. Index
? Definition
? Types of cloning
? Human Cloning
? Animal Cloning
? Advantage of cloning
? Disadvantage of cloning
? Applications
3. Definition
? It is the process of making a clone, a genetically identical copy of an organism
by replacing the nucleus of an unfertilized ovum with the nucleus of a body
cell from the organism.
4. Types of cloning
? 1 DNA cloning/ Gene cloning
? 2 Reproductive cloning
? 3 Therapeutic cloning
5. DNA/ Gene Cloning
? Prcticed since 1970
? A term used to described a collection of DNA fragments derived from the
genome of an organism and cloned randomly into suitable cloning vectors.
? The term genomic DNA clone or chromosomal DNA clone than refer to an
individual cell carrying a cloning vector with one of the cellular DNA
fragment or to a phage isolate with a specific DNA inserts.
6. Reproductive cloning
? Reproductive clonimng is a prpduction of a genetic duplicate of an exixting
organism. A human clone would be a genetic copy of an exisiting person.
? Some oppose reproductive cloning because of safety consideration . Animal
cloning is seldom successful ,and many scientists belive that reproductive
cloning can never be made safe .Human reproductive cloning would also
threaten the psychologies well-being of cloned children ,open the door to
more powerful genetic manipulation technologies ,and raise other social and
ethical concerns
7. Risk & Benefits
Benefit
? Maintain good Dna in animal reproduction.
? Cloning genetically modified animals: Xenetransplantation [avoid tissue
rejection] – insulin producers
Risk
? Highly inefficient: Die mysterious- high costs
? Morally wrong to experiments with animals.
? Could lead to the cloning of humans.
8. Therapeutic cloning
? Which creates embryonic stem cells. Researchers hope to use these cells to
grow healthy tissue to replace injured or diseased tissues in the human body.
9. Benefits & Risk
Benefits
? Produce whole organs from cloned stem cells.
? Produce healthy cells for transplantation.
? Reduce need for organ donors.
? Test drugs, understand diseases.
Risk
? Killing embryos in the process.
10. Human Cloning
? The concept of human cloning welcomes the prospect of making this world a
place where the disorders of a human like the diseases or the genetic
disorders diseases can be removed.
11. Animal Cloning
? The pet cloning started in 1997 when a billionaries from Arizona wanted to
clone his dog. He paid millions to a company called Genetics saving and clone
in order to clone his dog.
? The first cloned cat was born in 2021.
? The scientist performs a biopsy to a on live or vary recently decreased animal
to collect.
? Next, the tissues re grown and the cell are preserved until the next phase of
the cloning process.
? To produce a clone embryo, the cell are treated to prevent them from being
assigned to a particular function.[hair, skin etc.]
12. ? The genetic material is removed from egg obtained from randoms cats.
? The egg and cell are fused together by electricity, resulting in clone embryos.
? Multiple clone embroys are implanted into female cats during and artificially
induced reproductive cycle. The ctas may or may not developed pregnancies
and are mentioned by ultrasound.
13. Advantages & Disadvantages of cloning
Advantages
? There will be an endless supply of animal to clone and we will never run out
of food from animal, because we have been able to clone based on previous
efforts, the most famous of these was the first ever cloning of ana animal,
dolly the lamb which was a successful cloning where dolly was a healthy
lamb.
Disadvantages
? Many belives cloning id quite inhumane, especially that of regilion and some
governmental parties which do not want to move forward with this research.
14. Applications
Biomedical research
? Animal as drug producer
? Animal models
? Breeding androgenic body tissue
Livestock breeding and agriculture
? Transgenic clones
? Changes to agriculture structures