Vikram singh
SPNer
- Feb 24, 2005
- 455
- 418
Kuldip Sidhu, an Australian researcher of Indian origin, has won the 2007 Top Invention Prize for his work on stem cell research. Interestingly, he says his work can be of much use to India. The prize is given by BioMed North Limited, a non-profit agency for the management and commercialisation of intellectual property generated within the state of New South Wales (NSW). Sidhu, an Associate Professor at the University of New South Wales, has produced a human embryonic stem cell line without the use of any animal product. His success ends the risk of animal-to-human contamination in potential stem cell therapy treatments.
The line is called Endeavour-1. "This is the first such line produced in Australia and only the second one in the world which does not use animals in any way," says Sidhu.
Human embryonic stem cell lines are derived from specialised cells. These cells come from embryos donated by infertile couples who have agreed to let their excess embryos be used in stem cell research.
Sidhu says: "These lines could eventually lead to safer treatments for conditions such as diabetes, Parkinson's disease, spinal cord injury and even breast cancer."
Originally from Punjab's Moga district, Sidhu completed his doctorate from the Punjab Agricultural University in Ludhiana. He did his post-doctoral work in reproductive physiology, working on humans and a variety of mammal species, at Washington University in St Louis (USA).
"I returned to India and won the Young Scientist Award for facilitating the development of assisted reproductive technologies given by the Indian National Science Academy," Sidhu says with pride.
He migrated to Sydney in 1995. "I joined Macquarie University as chief scientist in reproduction physiology of marsupials. We developed a system of in-vitro fertilisation for brush-tailed possums for the first time. It was a double whammy as on the one hand it could regulate reproduction in mammals such as kangaroos and on the other it could facilitate reproduction in threatened species such as wombats."
Sidhu's innovations are protected by international patents (IPs). "We have the licence to use 100 embryos to make six lines. We will endeavour to take the IPs to the next level -- commercialisation with the primary aim of better care for patients."
His research, he says, has great relevance for India, which has a high incidence of diabetes.
The line is called Endeavour-1. "This is the first such line produced in Australia and only the second one in the world which does not use animals in any way," says Sidhu.
Human embryonic stem cell lines are derived from specialised cells. These cells come from embryos donated by infertile couples who have agreed to let their excess embryos be used in stem cell research.
Sidhu says: "These lines could eventually lead to safer treatments for conditions such as diabetes, Parkinson's disease, spinal cord injury and even breast cancer."
Originally from Punjab's Moga district, Sidhu completed his doctorate from the Punjab Agricultural University in Ludhiana. He did his post-doctoral work in reproductive physiology, working on humans and a variety of mammal species, at Washington University in St Louis (USA).
"I returned to India and won the Young Scientist Award for facilitating the development of assisted reproductive technologies given by the Indian National Science Academy," Sidhu says with pride.
He migrated to Sydney in 1995. "I joined Macquarie University as chief scientist in reproduction physiology of marsupials. We developed a system of in-vitro fertilisation for brush-tailed possums for the first time. It was a double whammy as on the one hand it could regulate reproduction in mammals such as kangaroos and on the other it could facilitate reproduction in threatened species such as wombats."
Sidhu's innovations are protected by international patents (IPs). "We have the licence to use 100 embryos to make six lines. We will endeavour to take the IPs to the next level -- commercialisation with the primary aim of better care for patients."
His research, he says, has great relevance for India, which has a high incidence of diabetes.
