Ramadan shooting competition breaks with tradition

Shooting was once a male-only pastime, but this year's Ramadan shooting competition is changing that.

ABU DHABI // Part of the UAE's heritage, shooting was once a means of survival in the desert. It has traditions in Islam - the Prophet Mohammed said: "Teach your children swimming, archery and horse riding." Archery was overtaken by shooting but now that hunting is illegal, the Caracal club in the capital is the only place in the country for people to learn the sport, other than the Sharjah shooting club.

While shooting used to primarily be practised by men, at this year's Ramadan competition, all eyes will be focused on the women and children, where 300 shooters, from as far as Dubai, Liwa and Madinat Zayed, will compete for the coveted title and Dh10,000 prize. It is the first time that a category for 10 to 14 year olds has been added, the juniors shooting 22 calibre rifles. Meanwhile, more women are expected to be taking part this year in the 9mm pistol category, showing the sport's growing popularity amongst the emirate's females.

Alya Alyas, 32, is one of the female competitors. "When I was young, my dad used to take me to do clay shooting at the Jebel Ali club so I've always been interested in shooting," she says. It was last year that she began to take it seriously and to compete. Her first experience was when she took part in Ministry of Presidential Affairs' competition, hosted and organised by Caracal. She says she shoots because it is an entrenched part of Islam, coming from the Prophet Mohammed's hadith. Last year, the mother of two came fifth and this year, she made it to second place, and her hunger for victory is not letting up. "Many more women are interested in shooting now but I'm still not seeing the same numbers actually coming to do it," she says.

Her husband and family are very supportive, she says, a vital factor which has helped her development. "I love challenges, and they know that," she says. "The standard of the women competing is rising very quickly though, there is no comparison to last year," she says. Mansour, Saood and Ahmed bin Baroot, are three brothers who will be competing for the first time. In spite of their young years, they do not fear the challenge.

Ahmed, 10, has been shooting for just two months. "Doing it long distance is difficult," he admits, but says he is unperturbed by competition. "We're going to win," he smiles, as his eyes light up at the thought of victory. Saood, 11, says it is because of his father, Obaid, that he to shoots. "I have seen him shooting all my life. I love learning, it's exciting." Their father has been shooting since a child. "Everyone in the family shoots," he says. "It's normal for the men of the family, a tradition. I used to go out with my grandfather in the days of hunting but I only learnt later."

He brings his three sons to the club twice a week to take lessons, he himself shooting three or four times. "After school, the boys don't have much to do, so I take them to learn swimming and shooting, like the hadith says from the Prophet Mohammed. They are skills we are meant to learn in Islam." He says that the competition, which he too will compete in this year, gives him a sense of camaraderie, being a part of something which motivates him to improve his skills further. It is, he says, the same for his children.

"It makes them want to be better, to be the best," he says. Six competitors line up at a time to take part in the competition in the three categories. They are scored out of 100 for their performance shooting the targets which are 15 metres away from the adults and 10 from the children. Mariam al Hosani, 27, is hooked on shooting and now trains for the Ramadan competition and the competition at the Ministry of Presidential Affairs.

"It's important to compete," she says, "it's a great way to improve and is very motivating." Entry to the competition, which finishes on August 31, costs Dh100 for children and Dh300 for adults, competing for prizes of up to Dh10,000. Jamal al Ahmed, one of the club's range managers, says that the competition has grown each year since it began in 2008. "The standard has improved every year as people become more involved," he says. "But more and more people want to participate, especially women and children, which is why we've added the extra category this year for the children."

Shooting academies are now opening up around the country at clubs including Jebel Ali and Sharjah, inspired by the recent international success of some of the country's top competitors such as Sheikh Ahmed bin Hashar, who made history in Athens in 2004 when he won the nation's first Olympic gold medal, in the men's double-trap shooting event. mswan@thenational.ae

Dr Amal Khalid Alias revealed a recent case of a woman with daughters, who specifically wanted a boy.

A semen analysis of the father showed abnormal sperm so the couple required IVF.

Out of 21 eggs collected, six were unused leaving 15 suitable for IVF.

A specific procedure was used, called intracytoplasmic sperm injection where a single sperm cell is inserted into the egg.

On day three of the process, 14 embryos were biopsied for gender selection.

The next day, a pre-implantation genetic report revealed four normal male embryos, three female and seven abnormal samples.

Day five of the treatment saw two male embryos transferred to the patient.

The woman recorded a positive pregnancy test two weeks later. 

Dr Amal Khalid Alias revealed a recent case of a woman with daughters, who specifically wanted a boy.

A semen analysis of the father showed abnormal sperm so the couple required IVF.

Out of 21 eggs collected, six were unused leaving 15 suitable for IVF.

A specific procedure was used, called intracytoplasmic sperm injection where a single sperm cell is inserted into the egg.

On day three of the process, 14 embryos were biopsied for gender selection.

The next day, a pre-implantation genetic report revealed four normal male embryos, three female and seven abnormal samples.

Day five of the treatment saw two male embryos transferred to the patient.

The woman recorded a positive pregnancy test two weeks later. 

Dr Amal Khalid Alias revealed a recent case of a woman with daughters, who specifically wanted a boy.

A semen analysis of the father showed abnormal sperm so the couple required IVF.

Out of 21 eggs collected, six were unused leaving 15 suitable for IVF.

A specific procedure was used, called intracytoplasmic sperm injection where a single sperm cell is inserted into the egg.

On day three of the process, 14 embryos were biopsied for gender selection.

The next day, a pre-implantation genetic report revealed four normal male embryos, three female and seven abnormal samples.

Day five of the treatment saw two male embryos transferred to the patient.

The woman recorded a positive pregnancy test two weeks later. 

Dr Amal Khalid Alias revealed a recent case of a woman with daughters, who specifically wanted a boy.

A semen analysis of the father showed abnormal sperm so the couple required IVF.

Out of 21 eggs collected, six were unused leaving 15 suitable for IVF.

A specific procedure was used, called intracytoplasmic sperm injection where a single sperm cell is inserted into the egg.

On day three of the process, 14 embryos were biopsied for gender selection.

The next day, a pre-implantation genetic report revealed four normal male embryos, three female and seven abnormal samples.

Day five of the treatment saw two male embryos transferred to the patient.

The woman recorded a positive pregnancy test two weeks later. 

Dr Amal Khalid Alias revealed a recent case of a woman with daughters, who specifically wanted a boy.

A semen analysis of the father showed abnormal sperm so the couple required IVF.

Out of 21 eggs collected, six were unused leaving 15 suitable for IVF.

A specific procedure was used, called intracytoplasmic sperm injection where a single sperm cell is inserted into the egg.

On day three of the process, 14 embryos were biopsied for gender selection.

The next day, a pre-implantation genetic report revealed four normal male embryos, three female and seven abnormal samples.

Day five of the treatment saw two male embryos transferred to the patient.

The woman recorded a positive pregnancy test two weeks later. 

Dr Amal Khalid Alias revealed a recent case of a woman with daughters, who specifically wanted a boy.

A semen analysis of the father showed abnormal sperm so the couple required IVF.

Out of 21 eggs collected, six were unused leaving 15 suitable for IVF.

A specific procedure was used, called intracytoplasmic sperm injection where a single sperm cell is inserted into the egg.

On day three of the process, 14 embryos were biopsied for gender selection.

The next day, a pre-implantation genetic report revealed four normal male embryos, three female and seven abnormal samples.

Day five of the treatment saw two male embryos transferred to the patient.

The woman recorded a positive pregnancy test two weeks later. 

Dr Amal Khalid Alias revealed a recent case of a woman with daughters, who specifically wanted a boy.

A semen analysis of the father showed abnormal sperm so the couple required IVF.

Out of 21 eggs collected, six were unused leaving 15 suitable for IVF.

A specific procedure was used, called intracytoplasmic sperm injection where a single sperm cell is inserted into the egg.

On day three of the process, 14 embryos were biopsied for gender selection.

The next day, a pre-implantation genetic report revealed four normal male embryos, three female and seven abnormal samples.

Day five of the treatment saw two male embryos transferred to the patient.

The woman recorded a positive pregnancy test two weeks later. 

Dr Amal Khalid Alias revealed a recent case of a woman with daughters, who specifically wanted a boy.

A semen analysis of the father showed abnormal sperm so the couple required IVF.

Out of 21 eggs collected, six were unused leaving 15 suitable for IVF.

A specific procedure was used, called intracytoplasmic sperm injection where a single sperm cell is inserted into the egg.

On day three of the process, 14 embryos were biopsied for gender selection.

The next day, a pre-implantation genetic report revealed four normal male embryos, three female and seven abnormal samples.

Day five of the treatment saw two male embryos transferred to the patient.

The woman recorded a positive pregnancy test two weeks later. 

Dr Amal Khalid Alias revealed a recent case of a woman with daughters, who specifically wanted a boy.

A semen analysis of the father showed abnormal sperm so the couple required IVF.

Out of 21 eggs collected, six were unused leaving 15 suitable for IVF.

A specific procedure was used, called intracytoplasmic sperm injection where a single sperm cell is inserted into the egg.

On day three of the process, 14 embryos were biopsied for gender selection.

The next day, a pre-implantation genetic report revealed four normal male embryos, three female and seven abnormal samples.

Day five of the treatment saw two male embryos transferred to the patient.

The woman recorded a positive pregnancy test two weeks later. 

Dr Amal Khalid Alias revealed a recent case of a woman with daughters, who specifically wanted a boy.

A semen analysis of the father showed abnormal sperm so the couple required IVF.

Out of 21 eggs collected, six were unused leaving 15 suitable for IVF.

A specific procedure was used, called intracytoplasmic sperm injection where a single sperm cell is inserted into the egg.

On day three of the process, 14 embryos were biopsied for gender selection.

The next day, a pre-implantation genetic report revealed four normal male embryos, three female and seven abnormal samples.

Day five of the treatment saw two male embryos transferred to the patient.

The woman recorded a positive pregnancy test two weeks later. 

Dr Amal Khalid Alias revealed a recent case of a woman with daughters, who specifically wanted a boy.

A semen analysis of the father showed abnormal sperm so the couple required IVF.

Out of 21 eggs collected, six were unused leaving 15 suitable for IVF.

A specific procedure was used, called intracytoplasmic sperm injection where a single sperm cell is inserted into the egg.

On day three of the process, 14 embryos were biopsied for gender selection.

The next day, a pre-implantation genetic report revealed four normal male embryos, three female and seven abnormal samples.

Day five of the treatment saw two male embryos transferred to the patient.

The woman recorded a positive pregnancy test two weeks later. 

Dr Amal Khalid Alias revealed a recent case of a woman with daughters, who specifically wanted a boy.

A semen analysis of the father showed abnormal sperm so the couple required IVF.

Out of 21 eggs collected, six were unused leaving 15 suitable for IVF.

A specific procedure was used, called intracytoplasmic sperm injection where a single sperm cell is inserted into the egg.

On day three of the process, 14 embryos were biopsied for gender selection.

The next day, a pre-implantation genetic report revealed four normal male embryos, three female and seven abnormal samples.

Day five of the treatment saw two male embryos transferred to the patient.

The woman recorded a positive pregnancy test two weeks later. 

Dr Amal Khalid Alias revealed a recent case of a woman with daughters, who specifically wanted a boy.

A semen analysis of the father showed abnormal sperm so the couple required IVF.

Out of 21 eggs collected, six were unused leaving 15 suitable for IVF.

A specific procedure was used, called intracytoplasmic sperm injection where a single sperm cell is inserted into the egg.

On day three of the process, 14 embryos were biopsied for gender selection.

The next day, a pre-implantation genetic report revealed four normal male embryos, three female and seven abnormal samples.

Day five of the treatment saw two male embryos transferred to the patient.

The woman recorded a positive pregnancy test two weeks later. 

Dr Amal Khalid Alias revealed a recent case of a woman with daughters, who specifically wanted a boy.

A semen analysis of the father showed abnormal sperm so the couple required IVF.

Out of 21 eggs collected, six were unused leaving 15 suitable for IVF.

A specific procedure was used, called intracytoplasmic sperm injection where a single sperm cell is inserted into the egg.

On day three of the process, 14 embryos were biopsied for gender selection.

The next day, a pre-implantation genetic report revealed four normal male embryos, three female and seven abnormal samples.

Day five of the treatment saw two male embryos transferred to the patient.

The woman recorded a positive pregnancy test two weeks later. 

Dr Amal Khalid Alias revealed a recent case of a woman with daughters, who specifically wanted a boy.

A semen analysis of the father showed abnormal sperm so the couple required IVF.

Out of 21 eggs collected, six were unused leaving 15 suitable for IVF.

A specific procedure was used, called intracytoplasmic sperm injection where a single sperm cell is inserted into the egg.

On day three of the process, 14 embryos were biopsied for gender selection.

The next day, a pre-implantation genetic report revealed four normal male embryos, three female and seven abnormal samples.

Day five of the treatment saw two male embryos transferred to the patient.

The woman recorded a positive pregnancy test two weeks later. 

Dr Amal Khalid Alias revealed a recent case of a woman with daughters, who specifically wanted a boy.

A semen analysis of the father showed abnormal sperm so the couple required IVF.

Out of 21 eggs collected, six were unused leaving 15 suitable for IVF.

A specific procedure was used, called intracytoplasmic sperm injection where a single sperm cell is inserted into the egg.

On day three of the process, 14 embryos were biopsied for gender selection.

The next day, a pre-implantation genetic report revealed four normal male embryos, three female and seven abnormal samples.

Day five of the treatment saw two male embryos transferred to the patient.

The woman recorded a positive pregnancy test two weeks later. 

Hales' batting career

Tests 11; Runs 573; 100s 0; 50s 5; Avg 27.38; Best 94

ODIs 58; Runs 1,957; 100s 5; 50s 11; Avg 36.24; Best 171

T20s 52; Runs 1,456; 100s 1; 50s 7; Avg 31.65; Best 116 not out

Hales' batting career

Tests 11; Runs 573; 100s 0; 50s 5; Avg 27.38; Best 94

ODIs 58; Runs 1,957; 100s 5; 50s 11; Avg 36.24; Best 171

T20s 52; Runs 1,456; 100s 1; 50s 7; Avg 31.65; Best 116 not out

Hales' batting career

Tests 11; Runs 573; 100s 0; 50s 5; Avg 27.38; Best 94

ODIs 58; Runs 1,957; 100s 5; 50s 11; Avg 36.24; Best 171

T20s 52; Runs 1,456; 100s 1; 50s 7; Avg 31.65; Best 116 not out

Hales' batting career

Tests 11; Runs 573; 100s 0; 50s 5; Avg 27.38; Best 94

ODIs 58; Runs 1,957; 100s 5; 50s 11; Avg 36.24; Best 171

T20s 52; Runs 1,456; 100s 1; 50s 7; Avg 31.65; Best 116 not out

Hales' batting career

Tests 11; Runs 573; 100s 0; 50s 5; Avg 27.38; Best 94

ODIs 58; Runs 1,957; 100s 5; 50s 11; Avg 36.24; Best 171

T20s 52; Runs 1,456; 100s 1; 50s 7; Avg 31.65; Best 116 not out

Hales' batting career

Tests 11; Runs 573; 100s 0; 50s 5; Avg 27.38; Best 94

ODIs 58; Runs 1,957; 100s 5; 50s 11; Avg 36.24; Best 171

T20s 52; Runs 1,456; 100s 1; 50s 7; Avg 31.65; Best 116 not out

Hales' batting career

Tests 11; Runs 573; 100s 0; 50s 5; Avg 27.38; Best 94

ODIs 58; Runs 1,957; 100s 5; 50s 11; Avg 36.24; Best 171

T20s 52; Runs 1,456; 100s 1; 50s 7; Avg 31.65; Best 116 not out

Hales' batting career

Tests 11; Runs 573; 100s 0; 50s 5; Avg 27.38; Best 94

ODIs 58; Runs 1,957; 100s 5; 50s 11; Avg 36.24; Best 171

T20s 52; Runs 1,456; 100s 1; 50s 7; Avg 31.65; Best 116 not out

Hales' batting career

Tests 11; Runs 573; 100s 0; 50s 5; Avg 27.38; Best 94

ODIs 58; Runs 1,957; 100s 5; 50s 11; Avg 36.24; Best 171

T20s 52; Runs 1,456; 100s 1; 50s 7; Avg 31.65; Best 116 not out

Hales' batting career

Tests 11; Runs 573; 100s 0; 50s 5; Avg 27.38; Best 94

ODIs 58; Runs 1,957; 100s 5; 50s 11; Avg 36.24; Best 171

T20s 52; Runs 1,456; 100s 1; 50s 7; Avg 31.65; Best 116 not out

Hales' batting career

Tests 11; Runs 573; 100s 0; 50s 5; Avg 27.38; Best 94

ODIs 58; Runs 1,957; 100s 5; 50s 11; Avg 36.24; Best 171

T20s 52; Runs 1,456; 100s 1; 50s 7; Avg 31.65; Best 116 not out

Hales' batting career

Tests 11; Runs 573; 100s 0; 50s 5; Avg 27.38; Best 94

ODIs 58; Runs 1,957; 100s 5; 50s 11; Avg 36.24; Best 171

T20s 52; Runs 1,456; 100s 1; 50s 7; Avg 31.65; Best 116 not out

Hales' batting career

Tests 11; Runs 573; 100s 0; 50s 5; Avg 27.38; Best 94

ODIs 58; Runs 1,957; 100s 5; 50s 11; Avg 36.24; Best 171

T20s 52; Runs 1,456; 100s 1; 50s 7; Avg 31.65; Best 116 not out

Hales' batting career

Tests 11; Runs 573; 100s 0; 50s 5; Avg 27.38; Best 94

ODIs 58; Runs 1,957; 100s 5; 50s 11; Avg 36.24; Best 171

T20s 52; Runs 1,456; 100s 1; 50s 7; Avg 31.65; Best 116 not out

Hales' batting career

Tests 11; Runs 573; 100s 0; 50s 5; Avg 27.38; Best 94

ODIs 58; Runs 1,957; 100s 5; 50s 11; Avg 36.24; Best 171

T20s 52; Runs 1,456; 100s 1; 50s 7; Avg 31.65; Best 116 not out

Hales' batting career

Tests 11; Runs 573; 100s 0; 50s 5; Avg 27.38; Best 94

ODIs 58; Runs 1,957; 100s 5; 50s 11; Avg 36.24; Best 171

T20s 52; Runs 1,456; 100s 1; 50s 7; Avg 31.65; Best 116 not out

Company Profile

Company name: Yeepeey

Started: Soft launch in November, 2020

Founders: Sagar Chandiramani, Jatin Sharma and Monish Chandiramani

Based: Dubai

Industry: E-grocery

Initial investment: $150,000

Future plan: Raise $1.5m and enter Saudi Arabia next year

Company Profile

Company name: Yeepeey

Started: Soft launch in November, 2020

Founders: Sagar Chandiramani, Jatin Sharma and Monish Chandiramani

Based: Dubai

Industry: E-grocery

Initial investment: $150,000

Future plan: Raise $1.5m and enter Saudi Arabia next year

Company Profile

Company name: Yeepeey

Started: Soft launch in November, 2020

Founders: Sagar Chandiramani, Jatin Sharma and Monish Chandiramani

Based: Dubai

Industry: E-grocery

Initial investment: $150,000

Future plan: Raise $1.5m and enter Saudi Arabia next year

Company Profile

Company name: Yeepeey

Started: Soft launch in November, 2020

Founders: Sagar Chandiramani, Jatin Sharma and Monish Chandiramani

Based: Dubai

Industry: E-grocery

Initial investment: $150,000

Future plan: Raise $1.5m and enter Saudi Arabia next year

Company Profile

Company name: Yeepeey

Started: Soft launch in November, 2020

Founders: Sagar Chandiramani, Jatin Sharma and Monish Chandiramani

Based: Dubai

Industry: E-grocery

Initial investment: $150,000

Future plan: Raise $1.5m and enter Saudi Arabia next year

Company Profile

Company name: Yeepeey

Started: Soft launch in November, 2020

Founders: Sagar Chandiramani, Jatin Sharma and Monish Chandiramani

Based: Dubai

Industry: E-grocery

Initial investment: $150,000

Future plan: Raise $1.5m and enter Saudi Arabia next year

Company Profile

Company name: Yeepeey

Started: Soft launch in November, 2020

Founders: Sagar Chandiramani, Jatin Sharma and Monish Chandiramani

Based: Dubai

Industry: E-grocery

Initial investment: $150,000

Future plan: Raise $1.5m and enter Saudi Arabia next year

Company Profile

Company name: Yeepeey

Started: Soft launch in November, 2020

Founders: Sagar Chandiramani, Jatin Sharma and Monish Chandiramani

Based: Dubai

Industry: E-grocery

Initial investment: $150,000

Future plan: Raise $1.5m and enter Saudi Arabia next year

Company Profile

Company name: Yeepeey

Started: Soft launch in November, 2020

Founders: Sagar Chandiramani, Jatin Sharma and Monish Chandiramani

Based: Dubai

Industry: E-grocery

Initial investment: $150,000

Future plan: Raise $1.5m and enter Saudi Arabia next year

Company Profile

Company name: Yeepeey

Started: Soft launch in November, 2020

Founders: Sagar Chandiramani, Jatin Sharma and Monish Chandiramani

Based: Dubai

Industry: E-grocery

Initial investment: $150,000

Future plan: Raise $1.5m and enter Saudi Arabia next year

Company Profile

Company name: Yeepeey

Started: Soft launch in November, 2020

Founders: Sagar Chandiramani, Jatin Sharma and Monish Chandiramani

Based: Dubai

Industry: E-grocery

Initial investment: $150,000

Future plan: Raise $1.5m and enter Saudi Arabia next year

Company Profile

Company name: Yeepeey

Started: Soft launch in November, 2020

Founders: Sagar Chandiramani, Jatin Sharma and Monish Chandiramani

Based: Dubai

Industry: E-grocery

Initial investment: $150,000

Future plan: Raise $1.5m and enter Saudi Arabia next year

Company Profile

Company name: Yeepeey

Started: Soft launch in November, 2020

Founders: Sagar Chandiramani, Jatin Sharma and Monish Chandiramani

Based: Dubai

Industry: E-grocery

Initial investment: $150,000

Future plan: Raise $1.5m and enter Saudi Arabia next year

Company Profile

Company name: Yeepeey

Started: Soft launch in November, 2020

Founders: Sagar Chandiramani, Jatin Sharma and Monish Chandiramani

Based: Dubai

Industry: E-grocery

Initial investment: $150,000

Future plan: Raise $1.5m and enter Saudi Arabia next year

Company Profile

Company name: Yeepeey

Started: Soft launch in November, 2020

Founders: Sagar Chandiramani, Jatin Sharma and Monish Chandiramani

Based: Dubai

Industry: E-grocery

Initial investment: $150,000

Future plan: Raise $1.5m and enter Saudi Arabia next year

Company Profile

Company name: Yeepeey

Started: Soft launch in November, 2020

Founders: Sagar Chandiramani, Jatin Sharma and Monish Chandiramani

Based: Dubai

Industry: E-grocery

Initial investment: $150,000

Future plan: Raise $1.5m and enter Saudi Arabia next year

 


 

 


 

 


 

 


 

 


 

 


 

 


 

 


 

 


 

 


 

 


 

 


 

 


 

 


 

 


 

 


 

History's medical milestones

1799 - First small pox vaccine administered

1846 - First public demonstration of anaesthesia in surgery

1861 - Louis Pasteur published his germ theory which proved that bacteria caused diseases

1895 - Discovery of x-rays

1923 - Heart valve surgery performed successfully for first time

1928 - Alexander Fleming discovers penicillin

1953 - Structure of DNA discovered

1952 - First organ transplant - a kidney - takes place 

1954 - Clinical trials of birth control pill

1979 - MRI, or magnetic resonance imaging, scanned used to diagnose illness and injury.

1998 - The first adult live-donor liver transplant is carried out

History's medical milestones

1799 - First small pox vaccine administered

1846 - First public demonstration of anaesthesia in surgery

1861 - Louis Pasteur published his germ theory which proved that bacteria caused diseases

1895 - Discovery of x-rays

1923 - Heart valve surgery performed successfully for first time

1928 - Alexander Fleming discovers penicillin

1953 - Structure of DNA discovered

1952 - First organ transplant - a kidney - takes place 

1954 - Clinical trials of birth control pill

1979 - MRI, or magnetic resonance imaging, scanned used to diagnose illness and injury.

1998 - The first adult live-donor liver transplant is carried out

History's medical milestones

1799 - First small pox vaccine administered

1846 - First public demonstration of anaesthesia in surgery

1861 - Louis Pasteur published his germ theory which proved that bacteria caused diseases

1895 - Discovery of x-rays

1923 - Heart valve surgery performed successfully for first time

1928 - Alexander Fleming discovers penicillin

1953 - Structure of DNA discovered

1952 - First organ transplant - a kidney - takes place 

1954 - Clinical trials of birth control pill

1979 - MRI, or magnetic resonance imaging, scanned used to diagnose illness and injury.

1998 - The first adult live-donor liver transplant is carried out

History's medical milestones

1799 - First small pox vaccine administered

1846 - First public demonstration of anaesthesia in surgery

1861 - Louis Pasteur published his germ theory which proved that bacteria caused diseases

1895 - Discovery of x-rays

1923 - Heart valve surgery performed successfully for first time

1928 - Alexander Fleming discovers penicillin

1953 - Structure of DNA discovered

1952 - First organ transplant - a kidney - takes place 

1954 - Clinical trials of birth control pill

1979 - MRI, or magnetic resonance imaging, scanned used to diagnose illness and injury.

1998 - The first adult live-donor liver transplant is carried out

History's medical milestones

1799 - First small pox vaccine administered

1846 - First public demonstration of anaesthesia in surgery

1861 - Louis Pasteur published his germ theory which proved that bacteria caused diseases

1895 - Discovery of x-rays

1923 - Heart valve surgery performed successfully for first time

1928 - Alexander Fleming discovers penicillin

1953 - Structure of DNA discovered

1952 - First organ transplant - a kidney - takes place 

1954 - Clinical trials of birth control pill

1979 - MRI, or magnetic resonance imaging, scanned used to diagnose illness and injury.

1998 - The first adult live-donor liver transplant is carried out

History's medical milestones

1799 - First small pox vaccine administered

1846 - First public demonstration of anaesthesia in surgery

1861 - Louis Pasteur published his germ theory which proved that bacteria caused diseases

1895 - Discovery of x-rays

1923 - Heart valve surgery performed successfully for first time

1928 - Alexander Fleming discovers penicillin

1953 - Structure of DNA discovered

1952 - First organ transplant - a kidney - takes place 

1954 - Clinical trials of birth control pill

1979 - MRI, or magnetic resonance imaging, scanned used to diagnose illness and injury.

1998 - The first adult live-donor liver transplant is carried out

History's medical milestones

1799 - First small pox vaccine administered

1846 - First public demonstration of anaesthesia in surgery

1861 - Louis Pasteur published his germ theory which proved that bacteria caused diseases

1895 - Discovery of x-rays

1923 - Heart valve surgery performed successfully for first time

1928 - Alexander Fleming discovers penicillin

1953 - Structure of DNA discovered

1952 - First organ transplant - a kidney - takes place 

1954 - Clinical trials of birth control pill

1979 - MRI, or magnetic resonance imaging, scanned used to diagnose illness and injury.

1998 - The first adult live-donor liver transplant is carried out

History's medical milestones

1799 - First small pox vaccine administered

1846 - First public demonstration of anaesthesia in surgery

1861 - Louis Pasteur published his germ theory which proved that bacteria caused diseases

1895 - Discovery of x-rays

1923 - Heart valve surgery performed successfully for first time

1928 - Alexander Fleming discovers penicillin

1953 - Structure of DNA discovered

1952 - First organ transplant - a kidney - takes place 

1954 - Clinical trials of birth control pill

1979 - MRI, or magnetic resonance imaging, scanned used to diagnose illness and injury.

1998 - The first adult live-donor liver transplant is carried out

History's medical milestones

1799 - First small pox vaccine administered

1846 - First public demonstration of anaesthesia in surgery

1861 - Louis Pasteur published his germ theory which proved that bacteria caused diseases

1895 - Discovery of x-rays

1923 - Heart valve surgery performed successfully for first time

1928 - Alexander Fleming discovers penicillin

1953 - Structure of DNA discovered

1952 - First organ transplant - a kidney - takes place 

1954 - Clinical trials of birth control pill

1979 - MRI, or magnetic resonance imaging, scanned used to diagnose illness and injury.

1998 - The first adult live-donor liver transplant is carried out

History's medical milestones

1799 - First small pox vaccine administered

1846 - First public demonstration of anaesthesia in surgery

1861 - Louis Pasteur published his germ theory which proved that bacteria caused diseases

1895 - Discovery of x-rays

1923 - Heart valve surgery performed successfully for first time

1928 - Alexander Fleming discovers penicillin

1953 - Structure of DNA discovered

1952 - First organ transplant - a kidney - takes place 

1954 - Clinical trials of birth control pill

1979 - MRI, or magnetic resonance imaging, scanned used to diagnose illness and injury.

1998 - The first adult live-donor liver transplant is carried out

History's medical milestones

1799 - First small pox vaccine administered

1846 - First public demonstration of anaesthesia in surgery

1861 - Louis Pasteur published his germ theory which proved that bacteria caused diseases

1895 - Discovery of x-rays

1923 - Heart valve surgery performed successfully for first time

1928 - Alexander Fleming discovers penicillin

1953 - Structure of DNA discovered

1952 - First organ transplant - a kidney - takes place 

1954 - Clinical trials of birth control pill

1979 - MRI, or magnetic resonance imaging, scanned used to diagnose illness and injury.

1998 - The first adult live-donor liver transplant is carried out

History's medical milestones

1799 - First small pox vaccine administered

1846 - First public demonstration of anaesthesia in surgery

1861 - Louis Pasteur published his germ theory which proved that bacteria caused diseases

1895 - Discovery of x-rays

1923 - Heart valve surgery performed successfully for first time

1928 - Alexander Fleming discovers penicillin

1953 - Structure of DNA discovered

1952 - First organ transplant - a kidney - takes place 

1954 - Clinical trials of birth control pill

1979 - MRI, or magnetic resonance imaging, scanned used to diagnose illness and injury.

1998 - The first adult live-donor liver transplant is carried out

History's medical milestones

1799 - First small pox vaccine administered

1846 - First public demonstration of anaesthesia in surgery

1861 - Louis Pasteur published his germ theory which proved that bacteria caused diseases

1895 - Discovery of x-rays

1923 - Heart valve surgery performed successfully for first time

1928 - Alexander Fleming discovers penicillin

1953 - Structure of DNA discovered

1952 - First organ transplant - a kidney - takes place 

1954 - Clinical trials of birth control pill

1979 - MRI, or magnetic resonance imaging, scanned used to diagnose illness and injury.

1998 - The first adult live-donor liver transplant is carried out

History's medical milestones

1799 - First small pox vaccine administered

1846 - First public demonstration of anaesthesia in surgery

1861 - Louis Pasteur published his germ theory which proved that bacteria caused diseases

1895 - Discovery of x-rays

1923 - Heart valve surgery performed successfully for first time

1928 - Alexander Fleming discovers penicillin

1953 - Structure of DNA discovered

1952 - First organ transplant - a kidney - takes place 

1954 - Clinical trials of birth control pill

1979 - MRI, or magnetic resonance imaging, scanned used to diagnose illness and injury.

1998 - The first adult live-donor liver transplant is carried out

History's medical milestones

1799 - First small pox vaccine administered

1846 - First public demonstration of anaesthesia in surgery

1861 - Louis Pasteur published his germ theory which proved that bacteria caused diseases

1895 - Discovery of x-rays

1923 - Heart valve surgery performed successfully for first time

1928 - Alexander Fleming discovers penicillin

1953 - Structure of DNA discovered

1952 - First organ transplant - a kidney - takes place 

1954 - Clinical trials of birth control pill

1979 - MRI, or magnetic resonance imaging, scanned used to diagnose illness and injury.

1998 - The first adult live-donor liver transplant is carried out

History's medical milestones

1799 - First small pox vaccine administered

1846 - First public demonstration of anaesthesia in surgery

1861 - Louis Pasteur published his germ theory which proved that bacteria caused diseases

1895 - Discovery of x-rays

1923 - Heart valve surgery performed successfully for first time

1928 - Alexander Fleming discovers penicillin

1953 - Structure of DNA discovered

1952 - First organ transplant - a kidney - takes place 

1954 - Clinical trials of birth control pill

1979 - MRI, or magnetic resonance imaging, scanned used to diagnose illness and injury.

1998 - The first adult live-donor liver transplant is carried out