World’s first cloned female camel celebrates 10th birthday in Dubai

Injaz, meaning achievement in Arabic, is expecting her third calf conceived naturally

Dr Nisar Ahmad Wani with Injaz on her 10th birthday. Below: Dr Wani with Injaz on April 8, 2009. She was created from cells harvested from the ovary of a female camel got from an abattoir.

Beating all odds and defying her critics, Injaz, the world’s first cloned female camel, celebrated her 10th birthday in Dubai on Monday.

 

Injaz, meaning achievement in Arabic, came to life at the Reproductive Biotechnology Centre in Dubai on April 8, 2009, following five years of dedicated research and development in in-vitro fertilisation (IVF) and somatic cell nuclear transfer technology (cloning).

 

The state-of-the-art centre run under the patronage of Shaikh Hamdan Bin Mohammad Bin Rashid Al Maktoum, Crown Prince of Dubai and Chairman of the Dubai Executive Council, has made rapid inroads in sophisticated cloning, IVF and other techniques to preserve pure breeds and high performance animals such as camels, dogs and sheep.

Created from the cells harvested from the ovary of an adult she-camel from an abattoir in Abu Dhabi, the camel literally grew from the somatic skin cells, cultured in a petri dish and later transferred to the womb of a surrogate camel.

On her birthday, Injaz, who is expecting her third calf, happily chewed on hay, fluttered her eye lashes and fawned over her creator, Dr Nisar Ahmad Wani, scientific director of the centre. She was later treated to a ceremonial cake cutting event where the rest of the staff at the centre sang ‘happy birthday’ to her.

 

Expressing joy on Injaz’s birthday, Dr Wani said: “Injaz was our first successful cloned camel. She has in the last 10 years of her life, proved to be completely healthy and has borne two calves in a normal biological way of mating and conceiving. She is currently pregnant with her third calf. “

Dr Wani added that the successful cloning of Injaz paved the way for a well-structured and highly satisfying cloning programme at the centre, other than the normal embryo transfer and IVF methods they followed. “Cloning helps us produce a replica of a previous camel, unlike cross breeding and IVF techniques. This is very helpful in cases of reproducing replicas of race camels, prized trophies for beauty pageants and camels that give milk yields of about 35 litres which is far more than the conventional yield of 10-15 litres . We have in the last ten years, cloned over 50 camels and some for our private clients.”

The normal life span of a dromedary camel is about 40 years and Injaz at 10 years is still very young.

 

40 years life span of a dromedary camel, so Injaz at 10 years is still very young.

Her good health and successful fertility have proved that cloning can produce camels that are as normal as the biological camels said Dr Wani. “This technology can be extended to further the life span of any endangered species. For instance the Bactrian camel which is endangered may no longer be so. All I need is a few skin cells from the camel’s ear and I can clone as many Bactrian camels as one wants,” said Dr Wani.

However, cloning can cost anything between Dh200,000 to 400,000.

 

How camel calves are cloned

Skin cells via a normal biopsy usually taken from the behind the ear of a camel are collected in a petri dish and placed in a culture to grow in an incubator in the laboratory. These are synchronised somatic cells and they multiply at a fast rate. Their growth is controlled in the incubator.

Separately, the egg from a normal female camel is extracted using guided ultrasound aspiration method. The nucleus from the egg is removed and genetic material from the cultured skin cells are placed within the egg.

Pregnant camels at the Reproductive Biotechnology Centre. In the last 10 years, the centre has cloned over 50 camels.Image Credit: Virendra Saklani/Gulf News

These cells are reprogrammed using an electric current turn into active embryonic cells. Once these embryonic cells begin dividing, the egg is placed back into the uterus of a surrogate camel and the calf is delivered normally like any other biological camel at full term.

 

A camel pregnancy has four trimesters normally so the calf takes a whole year to be born.

Other than cloning the centre also follows other In vitro fertilization techniques such as Multiple Ovulation and Embryo transfer into surrogate wombs and the Intra Cytoplasmic Sperm Injection method.

 

Source: Dr Nisar Ahmad Wani, Reproductive Biotechnology Centre