How To Clone A Horse? (Solved)

Cloning horses involves a tissue sample being taken from the horse and the DNA-containing nucleus of a cell transferred into a recipient egg, or oocyte, which has had the DNA removed. This egg is then implanted into a recipient mare to be carried to term.

How much does it cost to clone a horse?

#1 – It costs about $150,000 to clone a horse. A single sperm sample from a top horse can be sold for up to half a million dollars. For people breeding horses worth millions of dollars, $150k for the genes of a proven competitive horse is well worth the price.

Is it possible to clone a horse?

Through cloning, horse owners and their veterinarians can produce foals that are genetically identical to the original horse. The process begins with a biopsy of the horse chosen for cloning. Once a client decides to move forward with cloning, ViaGen thaws the cell line and places the DNA into an enucleated oocyte.

Should horses be cloned?

The quick answer is yes. Second, cloning may prove useful in passing on the genetic material of an exceptional horse that is unable to breed. Champion geldings are an obvious choice, but fertile mares and stallions could also be chosen to start a line of cloned offspring.

How long have horses been cloned?

Equine cloning has been discussed in the popular press and in equine magazines since the birth of the first cloned equids (three mules and one horse) in 2003.

Can you clone yourself?

So, it’s currently theoretically possible to clone yourself, although no one has done it or tried it yet. This clone would grow up to look exactly like you, be your genetic brother or sister, and have the same genetic predispositions as you do. Cloning might not be that far off then.

How much does it cost to clone a human 2021?

Some scientists believe clones would face health problems ranging from subtle but potentially lethal flaws to outright deformity. But let’s ignore all that–for the moment–and cut to the bottom line: How much would it cost to clone a person? According to our estimates: about $1.7 million.

Can you race a cloned horse?

Cloned horses cannot race in either Thoroughbred or Quarter horse races, which are the foremost racing breeds. However, Arabian horses allow cloned horses to race, and the International Federation for Equestrian Sports (FEI), permit cloned horses in Olympic sports.

Do cloned horses have the same personality?

Myth: Clones have exactly the same temperament and personality as the animals from which they were cloned. Although your horse’s clone may be easy-going, he would have to have exactly the same life experiences as your original horse in order to have the same temperament.

Can you breed a cloned horse?

Cloning allows one to produce a foal that is genetically identical to the elite donor. This allows the return of proven genetics from a champion gelding to your breeding program and to expand the genetic impact of a proven, outstanding broodmare.

What race horses have been cloned?

Others include dressage, showjumping, three-day-eventing, polo and carriage horse racing. It is the first time an elite racehorse has been cloned, and comes two years after the appearance of Prometea, the first and only other cloned horse.

Can they clone Secretariat?

The NCHA [National Cutting Horse Association] has said that cloned horses will be allowed to compete, but the American Jockey Club has nixed clones from thoroughbred racing.

Who first cloned horses?

Prometea, the first-ever cloned horse, was born in a province of Italy on May 28, 2003. This year, the Halflinger cross mare will be 15 years old! It was declared the turn of a new century for the equine world and saw the start of cloning elite horses in polo and the racing industry.

Can a dog be cloned?

A cloned dog is simply a genetic twin of your dog, born at a later date. The cloned twin will share many of the key attributes of your current dog, often including intelligence, temperament and appearance. The genetic identity of cloned dogs is identical to the original dogs.

Is the Turkoman extinct?

The Turkoman has gone extinct, but its noble bloodline persists in the most famous and muscular breed of modern horse, the Thoroughbred.

Cloning horses

Visit the most recent news on cloning horses. Even as recently as 15 years ago, the notion of cloning horses was regarded with skepticism and distrust by the equestrian industry. However, with the advent of Dolly the sheep on 5 July 1996, this contentious science has gone a long way. The world’s first equine clone, a male mule named Idaho Gem, was born on May 4, 2003, in the American state of Idaho. The birth was heralded as “a watershed moment in the history of horse genetics and breeding.” It was Prometea, a Haflinger (seen at top right), who became the world’s first cloned foal when she was born on May 28, 2003, in Italy.

Pieraz-Cryozootech-Stallion is a product of the same team of scientists.

Typically, cloning is done in order to preserve the bloodlines of successful geldings whose sperm was not saved before to the castration procedure being carried out.

How do you clone a horse?

The donor animal’s cells are harvested for research purposes. In the case of a horse, the DNA is normally taken from the ear or the chest and put in an unfertilized egg that has had its own DNA extracted from it. An electric pulse induces the two to fuse together, as well as to initiate cell division in the process. Once the embryo has been created, it is transferred into the uterus of a host, where it undergoes a normal gestation period before giving birth to an animal that is genetically identical to the donor.

Horse Cloning, Equine Cloning, Horse Genetics, Equine Genetics

Horses have long been appreciated and cherished for their strength and beauty, and they continue to be so today. The bonds that horse owners have with their valued possessions are strong and long-lasting. We at ViaGen Equine are the industry leaders in assisting forward-thinking horse owners with their genetic, reproductive, and cloning requirements. We’ve successfully cloned hundreds of elite horses, including ViaGen President Blake Russell’s own stallion, Pure Tailor Fit, through our proprietary technology.

  • ViaGen’s DNA preservation and cloning services provide these breeders with a once-in-a-lifetime chance.
  • A champion gelding may be used to bring proven genetics back into your breeding program, and a proven, great broodmare can be used to increase the genetic influence of her progeny.
  • Through the use of this technology, we can increase the performance of our animals while also lowering the negative impact of inbreeding and genetic illness on them.
  • If another stud with the same genes is available, the ramifications of an injury to–or loss of–a popular stud are significantly lessened.

Horse owners have found ViaGen’s horse cloning and genetic preservation services to be extremely appealing since they provide them with the option to conserve and multiply the DNA of great animals.

“The ViaGen team is proud of its reputation of providing an exceptional and personalized client experience from start to finish. Every cloned foal is veterinary inspected to ensure its health, and is genetically verified by an accredited 3rd party to confirm a genetic match to the donor.”

Horse enthusiasts and horse breeders are a dedicated group of people. Horse-loving and horse-caring is a way of life for me. Because we are horse owners and breeders ourselves, we at ViaGen Equine are well aware of this. Cloning offers a once-in-a-lifetime opportunity to magnify the impacts of the rare combination of science and art that is exceptional breeding. Nothing will ever fully compensate for the knowledge and experience that must be gained in order to produce exceptional animals. Once you’ve achieved your goal, cloning can assist you in ensuring the longevity of your cherished horse and its distinct characteristics.

This is especially true with select, one-of-a-kind horses.

We’d love to learn more about your horse-related interests and chat with you about the possibility of cloning horses in the future.

Cloning: A new reproductive tool for equine veterinarians-dvm360

Equine breeders are exploring new techniques to shape the genetics of the equine population by breeding high-performance and defect-free animals and breeding them in large numbers. Argentine polo player Adolfo Cambiaso, who is ranked number one in the world, was profiled by 60 Minutes correspondent Leslie Stahl in March of this year, and his use of cloning to “copy” elite polo horses was televised same month. The first horse to be cloned was accomplished in 2003 with the application of technique identical to that used on Dolly the sheep, who became the first animal to be cloned from adult cells rather than embryonic cells.

As Stahl said in the piece, “Cambiaso ordered his doctor to store part of the horse’s skin cells, believing that science would advance and that he might bring Aiken Cura back to life through cloning.” Polo enthusiast Alan Meeker of Texas, who, according to Stahl, had a long-held desire of establishing a fleet of champion horses, joined up with Cambiaso to form the Cambiaso Polo Club.

  • Meeker’s horse-cloning business is situated in Argentina.
  • Initial attempts resulted in the birth of a foal clone of Cambiaso’s beloved Aiken Cura, who was named after the horse’s sire.
  • As an extra precaution, he extracted some hair from the clone and tested it to ensure that the DNA matched that of Aiken Cura precisely.
  • Cuartetera’s clones numbered in the dozens by the time he was through.
  • The clones are not perfect replicas of the originals; for example, the white marks on the bodies of the Cuartetera clones are different in form and placement on the body from those on the original.
  • The clones do not appear to be suffering from any particular health problems.

“We were informed that there is no proof that cloned animals experience disproportionate health issues, despite the fact that they have a little higher newborn death rate than other animals.” A60 Minutes report stated that the team of cloning experts at Cambiaso’s company now produces 100 clones every year, which they employ in their breeding business.

However, they do not sell the clones themselves, as this is a business plan that allows them to maintain the original DNA for themselves and their families.

Despite this, thoroughbreds and quarter horses are often cloned and compete in sports such as dressage, polo, and rodeo to maintain their genetic integrity.

The cloning procedure

Equine breeders are exploring new techniques to shape the genetic makeup of the equine population by breeding high-performance and defect-free animals. Argentine polo player Adolfo Cambiaso, who is ranked number one in the world, was profiled by 60 Minutes correspondent Leslie Stahl in March of this year, and his use of cloning to “copy” elite polo horses was televised. Using technique identical to that used to clone Dolly the sheep, the first animal to be cloned from adult cells rather than embryonic cells, the world’s first horse was created in 2003.

“Before doing so,” Stahl explained in the program, “Cambiaso requested that his physician store part of the horse’s skin cells, believing that science would advance and he would be able to bring Aiken Cura back to life through cloning.” Polo enthusiast Alan Meeker of Texas, who, according to Stahl, has a long-held desire of assembling a stable of champion horses, teamed up with Cambiaso to form a joint venture.

  • To make Dolly, Meeker established a horse-cloning firm in Argentina in 2009, and a year later they sublicensed technology from ViaGen, the exclusive global licensee of the cloning technique that was utilized to create her.
  • A foal clone of Cambiaso’s beloved Aiken Cura was produced as a consequence of their early efforts.
  • His final check was to take some hair from the clone and test it against Aiken Cura’s DNA.
  • Aside from that, Cambiaso wanted to clone his most famous polo star, a mare known as Cuartetera, for future use.
  • With pride, Cambiaso explained how he and his team created all of the horses from those small points.
  • Nonetheless, Cuartetera’s calm, self-contained demeanor appears to have been passed on to all of her clones.
  • The National Institutes of Health (NIH) conducted interviews with scientists, according to Stahl.
  • According to the 60 Minutes episode, Cambiaso’s team currently makes 100 clones every year, which they employ in their breeding company, which is based in California.
  • Nevertheless, they do not market or sell the clones directly, which allows them to maintain the original DNA for themselves.

Despite this, thoroughbreds and quarter horses are often cloned and compete in sports such as dressage, polo, and rodeo to maintain their genetic purity.

An expanded genetic impact

It was just sixteen years ago that ViaGen began cloning horses, indicating that the technology was still in its infancy. The company’s goal was to clone proven breeding animals in order to assist horse owners in increasing the value of their horses’ genetics, particularly in the case of females. Exceptional mares, it was considered, had only limited capacity for contributing to the population since they can only produce one or two foals every year or two years on average.

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Cloning in cattle

In the realm of food production, genomics is upending the status quo—and so is cloning, according to ViaGen President Blake Russell. Producers may identify superior animals without having to observe them during their whole productive life by using genomics, which is the examination of an animal’s DNA. Beef cattle and dairy cattle are both benefiting from this genetic technique, which is currently being employed extensively. Russell claims that it is also entirely compatible with reproductive technology like as cloning.

  1. “A dairy producer could have to wait years for a high-end, high-genomic cow of exceptional quality.
  2. That’s a section of our industry that’s growing at an alarming rate.” Geneticists have been able to detect a number of genetic abnormalities in beef cattle that have a negative impact on output.
  3. “ViaGen is often called upon to provide cloning services for those breeding animals that are free of the known genetic defects.” This is quite similar to what is happening with horses at the moment.
  4. “By mating these mares, we provide them the opportunity to contribute a greater genetic dosage to the breeding population.” “Cloning increases the impact of an outstanding mare,” Russell explains.
  5. Colts with an unruly disposition are frequently gelded at a young age, and some of these colts go on to have a successful performing career.
  6. In response to the increased number of mares and geldings increasing the size of the potential cloning market, horse business was presented with a new technology.
  7. Even yet, there are no assurances that you will have a champion career.
  8. “However, the majority of horse breeders recognize that genetics is only one component of the puzzle.

“A champion in terms of performance requires both.” Certain individuals just wish to replicate a horse with which they had a close affinity. Despite the fact that it represents a very modest share of the cloning business, ViaGen claims that it is rising in popularity.

What clients want

In the words of Gregg Veneklasen, DVM, of Timber Creek Veterinary Hospital, a ViaGen-affiliated veterinarian and expert in cloning and embryo transfer, “I believe it is critical that people understand that cloning is simply another sophisticated breeding tool.” “Even though the technology is 20 years old, there are hundreds of clones on the market today.” “Cloning has become the standard in our business, and it is another another weapon in our toolkit when it comes to horse reproduction,” he explains.

  1. “The process is no different from being able to do an embryo transfer,” says the doctor.
  2. Veneklasen’s 36-year career as a veterinarian has included a significant amount of work in the field of cloning.
  3. Veneklasen, and it is effective.
  4. Ed Kane, PhD, is a researcher and animal nutrition consultant who specializes in ruminant nutrition.
  5. He has worked with horses, pets, and cattle throughout his career.

Cloning Horses

On October 20, 2005, the date was changed to December 9, 2017. According to the description in the dictionary, a clone is a human who has been created from a single bodily cell of another individual. The new animal is genetically identical to the “parent” cell donor who provided the cells for creation. Previously considered a science fiction concept, the cloning of animals has become a reality in recent years, with the production of a cloned sheep in 1996 being the first example. Cows, pigs, goats, rabbits, mice, and cats were the next species to be discovered, and study in this subject is still ongoing.

  1. There are a number of possible responses to this question.
  2. Yes, that is the short answer.
  3. The most apparent option would be champion geldings, but pregnant mares and stallions might also be used to begin a line of cloned progeny.
  4. This colt, who was born in the spring of 2005, should grow up to generate sperm that will carry on the physical characteristics of his champion father to his offspring.
  5. Third, the procedure may be used to protect populations of rare equine species such as Przewalski’s horses and Somali wild asses, which are both threatened with extinction.
  6. The history of horse cloning is fascinating to learn about.
  7. Idaho Gem, a mule foal born in May 2003, was bred from a cell obtained from a 45-day-old mule fetus, and two additional mule clones were produced in June and July of the same year from the same cell.

Only a few weeks later, a team of Italian scientists announced the birth of Prometea, a Haflinger filly who is the world’s first living horse clone, and the world’s first live horse clone.

Cloning has been challenging in several other animals when cells from adult animals were used, probably because adult DNA has begun to age and degenerate, as has been shown in humans.

The result was the creation of a hybrid embryo.

The results of cloning research have revealed that horse oocytes do not develop properly in laboratory circumstances.

The embryos were implanted into the uteruses of surrogate mothers, where they matured into three foals who are genetically similar to each other, resulting in mule triplets.

The resultant embryo was put into the donor mare, resulting in Prometea being a genetically identical duplicate of her biological mother.

Production of a cloned mammal is a time-consuming and expensive endeavor that is fraught with a variety of difficulties.

Using the Italian team of scientists that reported Prometea’s birth as an example, they began with more than 800 nuclear-transferred oocytes, of which only 22 grew into embryos after seven days.

Prometea was the only foal that was born after being carried to term.

The mule foals raised at the University of Idaho were subjected to routine medical examinations every three weeks, as well as comprehensive blood chemistry tests every three months.

The three foals are in terrific health now that they are two years old.

In addition to them, Taz’s parents are the owners of Taz, a racing mule that has a stellar track record.

What are the ramifications of this for the horse breeding industry?

Cloned horses may perform best in sports where there are no breed limitations (such as three-day eventing), which may be the greatest venue for them to display their potential.

What is the relationship between horse cloning and human medicine?

Studies that aid scientists in their understanding of the mechanics of cell division and tissue growth may be of service to humans, albeit the results of horse studies are not necessarily relevant to studies of other animals.

Equine cloning: applications and outcomes

Cloning is one of several novel assisted reproductive procedures being explored for therapeutic application in the horse industry. Cloning is a technology that has been around for a long time. Equine cloning may be used for a variety of purposes, including: (1) the preservation of genetic material from individual animals that would otherwise be unable to reproduce, such as geldings; (2) the preservation of genetic material from endangered and/or exotic species, such as the Mongolian wild horse (Przewalski’s horse); and (3) because horses serve as a companion animal for many people, it is likely that some horse owners will have individual horses cloned to provide emotional fulfillment.

Despite the fact that horse cloning has proven successful, as has been the case with other animals, it remains a relatively inefficient procedure (3 percent success).

In some species, the inefficiency of cloning is due to a high incidence of embryonic, fetal, and/or placental developmental abnormalities, which contribute to extremely high rates of embryo The current review describes some of the ultrasonographic, endocrinological, and histopathological characteristics of successful (produced viable offspring) and unsuccessful (resulted in pregnancy failure) cloned equine (mule and horse) pregnancies that we have successfully produced in the laboratory.

Twenty-one cloned mule pregnancies were created utilizing fetal fibroblast cells, whereas seven adult cumulus cell-based cloned horse pregnancies were established using fetal cumulus cells.

When combined with other information, this information contributes to an ever-growing body of knowledge on the fate of cloned horse pregnancies that will aid in determining when, and probably why, many cloned equine pregnancies fail.

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  • Published online ahead of print on May 26. Endocrine changes in mares pregnant with donkey or horse sperm were observed around the time of miscarriage, according to a study published in Theriogenology in 2016. Boeta M, Zarco L.Boeta M, et al.Boeta M, et al. Anim 2010 Aug
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Cloned Horses Have Quietly Become a Thing. Should They Be Allowed to Compete?

Abnormalities in the placenta of equine fetuses resulting from SCNT from a single donor horse Pozor MA, Sheppard B, Hinrichs K, Kelleman AA, Macpherson ML, Runcan E, Choi YH, Diaw M, Mathews PM; Pozor MA, Sheppard B, Hinrichs K, Kelleman AA, Macpherson ML, Runcan E, Choi YH, Diaw M, Mathews PM; Pozor MA, Sheppard B, Hinrichs K, Kelle Among those who have contributed to this work are M.A. Pozor and colleagues Theriogenology, vol. 86, no. 6, pp. 1573-1582, published online 1 October 2016. Doi: 10.1016/j.theriogenology.2016.05.017; published online ahead of print on May 26, 2016.

  • BOETA M et al.Boeta M and Zarco L.Boeta M and Zarco L Anim 2010 Aug;121(1-2):124-30.
  • 2010 Aug;121(1):124-30.
  • The deadline for submission is May 27.
  • The authors (Galli C., Lagutina I., Duchi R., Colleoni S., Lazzari G., et al.) have published a paper in which they discuss their research findings.
  • 2008 Jul;43 Suppl 2:331–6.
  • 2008.01181.x.
  • 2008; PMID:18638143 mule pregnancies are significantly longer than horse pregnancies, according to a recent review.
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8 Things You Should Know About Horse Cloning

Did you know that there are several hundred horse clones roaming the world, consuming food, reproducing, and even competing against one another? Cloning is no longer considered science fiction. Horse groups and federations have varying policies on whether or not clones are allowed to compete or even register with the breed in question. Here are eight things you should be aware of when it comes to horse cloning.

1 – It costs about $150,000 to clone a horse.

The sum may appear to be large, but remember that best polo ponies may get several hundred thousand dollars and that racing horses can fetch millions of dollars in the market today. A single sperm sample from a top horse may fetch upwards of half a million dollars on the open market. When it comes to folks who are producing horses that are worth millions of dollars, $150k for the genes of a proven competitive horse is an excellent investment.

2 – Cloning is becoming very popular in the sport of polo.

Because most elite polo ponies are mares, and therefore can’t be mated naturally until after they’ve retired, the sport of polo has long been a proponent of sophisticated reproductive methods. For over 25 years, embryo transfer has been the primary method of polo horse breeding. These are elite polo mares that have been artificially inseminated, and the fertilized embryos that arise from this process are subsequently put into surrogate broodmares. Cloning just adds a few more genes that are certain to be excellent.

3 – It’s becoming a popular option for continuing the bloodlines of top-performing geldings.

Because horses are often gelded to make them easier to deal with before they’ve had the opportunity to show themselves, champion lineages were formerly thought to be extinct. It is now possible to create a clone of the champion in order to pass on the champion’s DNA. While the clone is unlikely to compete due to the fact that gelding him would be counterproductive, his descendants may be able to.

4 – Clones can’t be registered with the American Quarter Horse Association.

In addition, several other horse organisations have prohibited the registration of clones on the basis that they do nothing to further the breed’s development.

5 – In 2012, the FEI changed its rules to allow clones to compete.

The Fédération Equestre Internationale (FEI) is the worldwide regulatory organization for all equestrian disciplines, including those used in the Olympics. Because they wanted to foster the preservation of the genes of outstanding geldings, they decided to allow clones to participate in order to increase the likelihood that clones would appear at the Olympics.

6 – The success rate is only around 12%.

To secure the successful delivery of even one clone, it is necessary to generate a dozen embryos and impregnate three or four broodmares over the course of many months.

7 – Birth defects, some severe and even fatal, are not uncommon.

Various sources indicate that at least 5 percent and as many as 50 percent of all clone foals are born with birth abnormalities, with some estimates reaching as high as 80 percent.

8 – The sample must come from a live horse.

The present procedure involves taking a sample of cells from a horse’s neck, swapping the nucleus of one of those cells into an equine egg, and then shocking the egg to encourage development before it is implanted into a broodmare. (Images courtesy of Vanity Fair, CNN, and the Los Angeles Times)

Scientists Cloned an Endangered Wild Horse Using the Decades-Old Frozen Cells of a Stallion

According to conservationists, the Przewalski’s horse is already extinct in the wild, with just an estimated 2,000 individuals remaining in zoos and reserves. Tanya Durrant / Flickr is licensed under a Creative Commons Attribution-Noncommercial-No Derivative Works 2.0 license. Kurt, a newborn horse that was born two months ago, is doing well. Kurt seems and behaves exactly like an ordinary foal, but he is different: he is a clone of the original. According to the Associated Press, he is the first-ever clone of his species, the severely endangered Przewalski’s horse, and represents a ray of hope for environmentalists.

  1. However, because the stallions and mares roaming the American West are derived from domesticated horses, they are considered feral rather than wild.
  2. Extreme weather, expanding human settlements, and cattle encroaching on their environment drove the horses as far east as the Gobi Desert in China and Mongolia, where they were able to survive.
  3. Wildlife conservationists believe that about 2,000 individuals of this species survive in zoos and reserves, including the Smithsonian Conservation Biology Institute in Front Royal, Virginia.
  4. Kurt’s father gave a ray of hope, pointing out that sections of his DNA were mainly absent from the other Przewalski horses, indicating that his ancestors had not reproduced as much as the others.
  5. A sample of the stallion’s skin cells was frozen at the Frozen Zoo at the San Diego Zoo Global in 1980 with the intention of using the stallion’s DNA to breed additional Przewalski’s horses in the future.
  6. “A central tenet of the Frozen Zoo.
  7. “The Frozen Zoo.

They removed the egg’s nucleus, as well as all of the DNA contained within it, in order to create an embryo that was a clone of its father.

Kurt was born in August at a veterinary facility in the state of Texas.

For the next year, he’ll remain with his mother before being transported to San Diego Zoo, where he’ll join the zoo’s breeding herd of 14 other Przewalski’s horses.

Kurt’s birth marks a watershed moment in the conservation of the Przewalski’s horse, according to the San Diego Zoo Global.

Yet they are critical steps in the right direction.

Clone of famous show-jumping stallion Arko born

It was in August 2021 that an Arko III clone was created, thanks to the collaboration between UK-based genetic preservation business Gemini Genetics and its partner ViaGen Pets and Equine, the world’s leader in the field of animal cloning at the time. It was announced in August 2021 that the genetic clone of the world-renowned show jumping horse Arko had been born. Arko’s clone will allow his legacy to continue despite his tragic death earlier this year, which was a really extraordinary milestone for the horse business.

  • He was bred by the world-famous Argentinus and out of Unika.
  • His earnings totaled more than £1,2 million, and he has a net worth of more than £1 million.
  • “He was a horse of a lifetime,” they said.
  • We feel it will be exciting not just for our sport throughout the world, but also for the future of Great British breeding for many years to come, as well.
  • Arko competed in the 2004 Olympic Games in Athens, Greece, and won a bronze medal.
  • A number of awards have been bestowed upon them throughout Arko III’s professional career, and Arko himself has been named British Equestrian Showjumper of the Year on a record five separate times.
  • Once the tissue sample had been conserved, it was delivered to their partner cloning firm, ViaGen PetsEquine, who finished the cloning procedure.
  • Gemini Genetics is a newly established animal genetic preservation company that specializes in regenerative genetic banking and has partnered with ViaGen PetsEquine, a US-based cloning company, to provide regenerative genetic banking services.
  • It gives us great pleasure to announce the successful birth of Arko’s clone.

It is an honor and a joy for Gemini Genetics to have played a role in Arko III’s remarkable resuscitation through the use of his genetic twin.” Besides allowing for the resuscitation of once-in-a-lifetime horses and other performing animals, genetic preservation and cloning may also be used for breeding from geldings, as well as for the preservation and regeneration of females.

Additionally, the technology may be utilized to promote rare breed populations in addition to being made available to cat and dog proprietors.

The opportunity to cooperate with outstanding partners such as Gemini Genetics and their sister firm, Stallion AI Services, to help offer our services to clients all around the world has been a true joy.

All of us, I believe, can understand that cloning technology is a highly sophisticated reproductive technology that has the potential to provide tremendous opportunity.” Arko III has been available at stud since 2002, thanks to Stallion AI Services, a world-renowned horse semen collection and distribution center that was founded in 2002.

A stallion with great performance and breeding potential who would have otherwise been lost to the performance business upon his death has now been resurrected to make a significant contribution to the world of top equestrian sport for the foreseeable future.

We are looking forward to his future years. Alternatively, you may contact Gemini Genetics at for more information about genetic preservation and cloning, which is available for cats, dogs, horses, and ponies.

Olympic champion horse ‘brought back to life’ as DNA cloned to create identical foal

Sign up HERE to get science discoveries in health, business, and other areas that are important to you. Invalid email address We use the information you submit about yourself to serve you with material in ways that you have consented to and to enhance our knowledge of you. This may contain advertisements from us as well as advertisements from third parties depending on our understanding. You have the option to unsubscribe at any time. For further information, please see the following link: Arko III was the top-ranked horse in Europe for five consecutive years, and he took home gold medals in the London 2012 and Rio 2016 Olympics.

  1. However, a genetic preservation firm headquartered in the United Kingdom assisted with the cloning of the horse, and its genetically identical twin was born in August.
  2. According to a statement from the family, “When Arko passed away, it was a terribly sad day for our family.” “It seemed as though an era had come to an end.” His death was a devastating blow not only to British breeding, but to competition breeding across the world as a whole.
  3. Arko had touched the hearts of many with his ability in the ring and also as a sire.
  4. It was discovered that the animal’s genes could be transferred into a donor egg, which was then activated with an electric charge to simulate the moment when a sperm meets an egg.
  5. Lucy Morgan, the manager of Gemini Genetics in Shropshire, explained that if you have an animal that you like, you intuitively want to be able to bring them back to life after they have died away.

Scientists have successfully cloned the horse using its genetic material (Image: GETTY) “Horses are similarly exceptional, and the benefit of bringing back these massive horses of the equestrian world is that you are preserving these bloodlines that have been proved over time.” Arko’s genetic material might have been lost forever if it hadn’t been for cloning.

  • Added Miss Morgan, “You can always tell who is an Arko baby because of their skin color.” There is also a great deal of physical similarities between Arko and the clone at this point.
  • Due to the fact that the Hales family also owned Arko from a young age, the DNA will be pretty comparable.
  • As a result, Gemini Genetics is hoping that the procedure can be used to preserve additional championship animals so that their genetic heritage may continue to be passed along after they die.
  • In addition to Cruising, the gelding Gem Twist, and the eventing stallion Chilli Morning are among the well-known horses to have been cloned.
  • A rift has emerged among religious organizations, with some rejecting the technique because they believe it usurps God’s authority and, to the degree that embryos are utilized, destroys a human life.

Others are in favor of therapeutic cloning because of its possible life-saving advantages. Many animal rights organizations are opposed to the practice of animal cloning since some cloned animals have suffered from deformities before they died.

An Inside Look at Equine Cloning

Margaret Evans contributed to this article. Earlier this year, a survey on the Canadian Horse Journal website raised the question: Should horses be cloned? The results were mixed. In response to the question, 83 percent of respondents responded no, not until additional study has been done; 15 percent said maybe, in specific circumstances with stringent limitations; and just two percent said yes, and that registration of clones should be permitted. Cloning, once the darling concept of science fiction writers, made its triumphant return to the world stage on February 22, 1997, when it was announced that Dolly the sheep, a ewe cloned at the Roslin Institute in Midlothian, Scotland, had been born on July 5, 1996, after being cloned at the Roslin Institute in Scotland.

  • She was a resident of the Institute until her death there in 2003.
  • Along came “twins” of a variety of animals, including cats, rats, deer, cattle, fruit flies, rabbits, and other species.
  • Immediately after, two cloned “siblings” were born, the first of whom was Utah Pioneer on June 9 and the second of whom was Idaho Star on July 27.
  • Prometea was a Haflinger foal born on May 28, 2003, at the Laboratory of Reproductive Technology in Cremona, Italy, and was the first of its kind.
  • After Scamper, a champion barrel racing gelding, was cloned and his “twin” stallion was born, he became the first cloned horse to stand as stud in the United States in 2006.
  • Nevertheless, what exactly is cloning, and is the cloned horse a literal copy of the original animal?
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Katrin Hinrichs, professor and Patsy Link Chair in mare reproductive research at Texas A&M University’s College of Veterinary MedicineBiomedical Sciences, “we take advantage of two factors.” ‘For starters, the nucleus of every cell in the body possesses the identical DNA, which codes for the production of the complete animal.’ Two, the oocyte (egg) is ready to be fertilized and is filled with everything that will be required for the embryo’s growth during the first three to four days after fertilization.

  1. The fundamental method is simply a variant on what occurs naturally during fertilization.
  2. The egg then begins to grow into an embryo once it has received a complete set of DNA.
  3. “After that, we signal to the egg to begin developing into an embryo.” A cloned embryo that has progressed to the point where it may be successfully transplanted into the uterus of a recipient mare is known as a recipient mare embryo.
  4. Featured image courtesy of Texas A&M University In his explanation, Hinrichs points out that, while the genetics (DNA) of the cloned horse remains unchanged, the genes in the clone may be used differently – turned on more or less than they were in the original horse.

“Occasionally, the placenta does not function as well as it should,” she continues, “and this might have an impact on the health of the foal at birth, causing it to be weak or to have a big umbilical chord.” However, while though cloned horses are exact replicas of their original counterparts, this does not imply that they can perform the same functions as their original counterparts, who are commonly referred to as “twins.” If the foal was born weak or with crooked legs (as can happen with any normal foal due to its position in the uterus or the pliability of the membranes around it), the foal may not have the athletic abilities of the original horse.

If the foal was born weak or with crooked legs (as can happen with any normal foal due to its position in the uterus or the pliability of the membranes around it), the foal may not have the athletic abilities In addition, the animal’s habitat, handling, management, and training all have an impact on its athletic abilities.

  1. According to Hinrichs, there have been no tests conducted to yet to determine how similar the cloned horse is to its original twin in terms of physical characteristics.
  2. That just isn’t a viable option.
  3. So what’s the point of cloning?
  4. In addition, we are reproducing bloodlines from superb, established stallions and are generating comparable numbers from each gender.
  5. It has been providing horse cloning services for the past 13 years.
  6. The most common motivation for cloning is to maintain the unique DNA of a great equestrian athlete, whether they compete in show jumping, polo, or barrel racing, as well as to improve their performance.
  7. While mares can be bred, geldings, on the other hand, are not allowed to reproduce.

“Cloned horses are capable of reproducing,” adds Hinrichs.

One of the most frequently cited reasons for cloning is the fact that an outstanding champion horse is a gelding.

During the first several days after Prometea was born, the researchers experimented with 841 rebuilt eggs to see what would happen.

Lynx Melody is a song written by Lynx Melody.

ViaGen provided the image for this post.

“When ViaGen first began offering horse cloning services, equine embryo technology was still primarily focused on the use of fresh embryos.

We at ViaGen have been successful in developing high-quality embryo freezing technologies, and today we cryopreserve and export all of our horse embryos to one of our embryo transfer centers.

Russell claims that several of the research facilities were having difficulties with foal health in the short postpartum period.

However, success rates are now quite high, with healthy cloned foals being produced that do not require any particular attention or treatment.

It’s understandable that cloning raises some eyebrows.

But does the fact that you can do something imply that you should?

On the other hand, there is a legitimate concern that the incidence of sickness may result in genetic mutations, and that recurrent breeding for a certain line and/or discipline could result in a genetic bottleneck, putting the breed’s healthy variety at danger.

The Jockey Club will not register a cloned Thoroughbred, nor will it register any horse created by any technique other than live cover, in fact, the club will not register any horse at all.

“The owner was successful in the United States Federal Court,” adds Russell.

So the American Quarter Horse Association is permitted to maintain its prohibition against the registration of cloned Quarter Horses and their descendants.” In contrast, Russell says that most international registries have approved the registration of genetically modified horses and the offspring of genetically modified horses, and that cloning technology is simply another breeding tool that should be used responsibly by breeders to achieve their performance goals.

  • “ The decision of the American Quarter Horse Association does not appear to be having much of an influence on the decisions of other registries across the world.
  • Most competitions, other than horse racing, are open to foals that have been bred using cutting-edge breeding procedures.
  • In the case of valuable geldings, or in the case of rare or endangered species or breeds, “the major argument I see for cloning is to maintain genetics so that you may spread the gene pool,” says Hinrichs.
  • For over 40 years, scientists at the San Diego Zoo Conservation Research Center’s Frozen Zoo have been storing genetic material from endangered species in liquid nitrogen.
  • In addition, 381 females from 177 different species have their oocytes (eggs) cryopreserved for use in fertilization and embryo transfer experiments.
  • As an illustration, their researchers were able to achieve successful fertilization by injecting the oocytes of the endangered southern white rhinoceros with sperm that had been stored for more than two decades.
  • Gemini was born on September 15, 2008, at the Cryozootech facility in France.

ViaGen provided the image for this post.

In order to conduct research studies, banked DNA and tissue samples are kept for future use.

Genetic barcodes make it possible to identify the species that are used in the creation of bags, shoes, or meat that is sold at urban markets, which aids in the battle against illicit wildlife trafficking and poaching.

It is possible to clone horses whose DNA has been preserved for as long as 20 years, thanks to the thousands of animals represented in our cryopreservation bank, according to the researchers.

When the frozen sperm supply is insufficient or the mare is unable to achieve a pregnancy on her own, a technique known as equine intracytoplasmic sperm injection (ICSI) can be used to supplement the mare’s sperm supply.

The cloning route, according to him, paves the way for more convenient future methods of reproduction, such as artificial insemination (AI) or natural service.

“We see a similar issue with older, exceptional mares,” says the author.

Russel explains that his company is currently offering its equine cloning service for $85,000.

It is possible to pick up the foal and recipient mare together at 60 days of age, and then subsequently return the recipient mare after the foal is weaned, according to ViaGen’s policies.

The foal and recipient mare will be held for up to 60 days at ViaGen’s facility for inspection, but many of our clients want to take them home sooner so that they may grow them in their own management system.” Over the previous 10 years, ViaGen has demonstrated that it has a successful track record with each cell line tested.

A simple biopsy sample collected by their doctor is the initial step for breeders who are considering cloning their animals.

Cells from the biopsy sample are cultured in culture and, after they have reached maturity, they are cryopreserved for future use.

The tissue of a horse that has been euthanized, on the other hand, cannot be harvested.

How ViaGen’s technology works How Blake Russell Began His Cloning Career Vice President and Chief Operating Officer Blake Russell was raised in the Quarter Horse racing industry and spent his formative years around horses.

They collaborated with a group of experienced horsemen to compile a list of outstanding performers who possessed exceptional pedigrees but were unable to reproduce.

Because his owners were more interested in racing than breeding, he was gelded as a yearling to ensure a successful racing career for him.

Tailor Fit went on to win the AQHA World Racing Championship twice more, earning well over a million dollars and earning a speed index of 110 in the process.

Russell said that a glance at his ancestry revealed that such characteristics were not the result of chance, but were the outcome of a superior combination of genes.

It’s a true Tailor Fit.

His athleticism is out of this world, and his charismatic personality draws everyone’s attention to him as the main attraction.

We are extremely optimistic about their future because they appear to possess the characteristics that motivated us to embark on this journey in the first place.” Pure Tailor Fit is a cloned stallion that is owned by Blake Russell, the President of ViaGen, a Texas-based biotechnology company.

ViaGen provided the image for this post.

‘Fit’ or one of his offspring confirms our decision to bring this pedigree back into production with each passing day.” People are often bewildered by cloning and don’t grasp the importance of identical twins.

Pure Tailor Fit has precisely the same breeding value that Tailor Fit would have represented if he had been permitted to remain whole and reproduce.

Using cloning technology, ViaGen Equestrian is cloning exceptional horses for Olympians, world-class breeders, and owners of the world’s best equine athletes.

“However, I can go out my front door every day and witness firsthand the incredible potential of this technology,” I said. Thinkstockphoto/Svetlana Markelova provided the main image.

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