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Home » Stem Cell

South Korea sets sights on becoming stem cell powerhouse, again

By dsorbello at Nov. 17, 2011, 1:19 a.m., 13653 hits

By Reuters
Monday, September 19th, 2011 – 1:55 am

SEOUL (Reuters) - South Korea's president vowed on Monday a series of regulatory reforms to help regain its place as a stem cell research powerhouse, trying to reclaim momentum five years after a cloning scandal.

President Lee Myung-bak said that by breathing new life into the industry, it could become “core new growth engine” for Asia's fourth biggest economy along the same lines as its lucrative IT sector.

“Just a decade ago, Korea took the lead in stem cell research in the world along with the United States,” Lee said in a bi-weekly radio address.

“Unfortunately, there was a disappointing incident, which caused inevitable damage to the entire stem-cell research community in Korea,” Lee said, referring to the scandal involving the pre-eminent scientist, Hwang Woo-suk.

South Korea had once been considered a global leader in human embryonic stem cell research until review boards said in 2005 that the team led by Hwang had manipulated key data in its studies on cloning stem cells, sparking a fraud case that shook the global scientific community.

As a result of the scandal, South Korea all but put stem cell research into the deep freeze.

Lee said the lapse had allowed other countries such as the United States, Japan, Britain and China to get the jump on South Korea, depriving the country of valuable revenue.

“While we were faltering in our quest for stem cell research, other nations streamlined their regulations and aggressively expanded their investments in research,” he said.

“CORE GROWTH ENGINE”

Lee said the government would invest nearly 100 billion won ($90 million) in stem cell research next year and that it would reform related regulations to make clinical and licensing procedures easier.

He said the reforms would help the Korea Food and Drug Administration (KFDA) and other agencies “to ensure that they proactively adapt to the changes in the international environment”.

“The government has decided to foster the stem cell industry as a core new growth engine following the footsteps of the IT industry,” he said.

Stem cells are the body's master cells and the source of all cells and tissues. Because of their ability to generate different types of cells and multiply and self-renew, scientists hope to harness them to treat a variety of diseases and disorders, including cancer and diabetes, and injuries.

Stem cell research is “very rewarding and significant in that it can give hope to those who suffer from rare and intractable diseases,” Lee said.

“In addition, from a business perspective, it can be said to be a high-value-added industry.

”This field is new and offers infinite room for advancement, and how well we manage at this initial stage will make an enormous difference down the road. The country should now set its eyes on emerging as a stem cell powerhouse."

The government will create a national stem cell bank for use to produce, preserve and supply stem cells to various researchers in the country on a stable basis, Lee added.

In July, the KFDA approved stem cell medication in the form of a treatment for heart attack victims for the world's first clinical use.

That Hearticellgram-AMI treatment, developed by FCB-Pharmicell, signaled the country's first salvo to put research in the field back on the frontline.

(Editing by Yoko Nishikawa)

http://www.rawstory.com/rs/2011/09/19/south-korea-sets-sights-on-becoming-stem-cell-powerhouse-again/

 
Posts [ 1 ] | Last post Nov. 17, 2011, 1:19 a.m.
#1 - Nov. 17, 2011, 1:19 a.m.
Hans J. Kugler, PhD

Stem cells will be truly effective when we will be able to make embryonic stem cells with DNA the same as the recipient's. Most likely this will be achieved via a nuclear transfer (our major goal) or, person-specific (females only) via parthenogenesis. Find more research possibilities at
http://www.antiagingforme.com/html/stemcells.html
While iPS has some interesting aspects and possibilities (if you stretch applications), the many negative findings (tumors, cancer, genetic aberrations, and even rejection) show that this is - most likely - not the right approach to make individual-specific embryonic stem cells; I predicted this right from the - iPS - start.
Everybody who understands the reality of lab work will recognize that using 3 to 4 retroviruses (each with a control gene attached), and getting them all into (again all) of a few (for example) skin cells, is NOT very realistic. And within this lies the reason for problems with making person- specific stem cells via iPS.
Other - more realistic - pathways could be to use bovine egg cells for the nuclear transfer (with a little more than just the nucleus transferred.
Interested?
Dr. Hans J. Kugler, PhD, president
HK Stem Cell research http://www.antiagingforme.com

— Last Edited by Hans J. Kugler, PhD at 2011-11-17 01:25:21 —