The Stem Cell Race: Singapore's $370 Million Biopolis

In Singapore, embryonic stem cell research is spelled Biopolis. It is a simple way of saying, We focus intensely on people and laboratories, fast action and strong collaboration.

On Monday, reporter Terri Somers of the San Diego Union-Tribune examined Singapore's embryonic stem cell effort in the second of her three-part series, "The Stem Cell Race."

Here is how Somers described the life of one scientist at Biopolis:

"When she needs a new supply of embryonic stem cells, she phones in an order and walks across the campus of the science center her government has built to pick them up. Although her work is highly regulated, authorities have made obtaining human embryonic stem cells only slightly more difficult than snagging a box of pens from a supply cabinet."

Life seems good in the $370-million, 2.4 million-square-foot biotech research hub. Somers wrote:

"On what used to be grassland, a seven-building cluster of modern, glass-walled structures sprouted in 18 months. Enclosed glass walkways shelter workers from the unrelenting heat and downpours of the tropics, giving the complex the look of giant Habitrail for humans.

"Two more buildings opened in November, creating more space for the nine research institutes and consortiums that fill Biopolis, along with several research and development outposts of biotechnology and pharmaceutical companies.

"There's a storage facility for tens of thousands of mice for use in experiments, a tissue bank and a bioprocessing facility that is making the culture medium in which stem cells will be grown. Eventually it will produce millions of stem cells.

"The government accommodates the workers' long hours with a child-care center, supermarket, hair salon, dry cleaners, bars and even a 7-Eleven convenience store.

"On a typical workday, members of this multinational scientific community can be seen outside enjoying the cooling mist of a fountain, the shade of lush foliage or the convenience of a cafe, as they share ideas over lunch or lattes. They seem oblivious to the Miami-in-August temperatures and humidity."

The Singapore effort has paid off by attracting a host of first-rate scientists as well. Somers reviews the cast that now stars in the Biopolis "theater," ranging from UC San Diego's former medical school dean, Edward Holmes, and his wife, Judith Swain, a cellular cardiologist, to Neal Copeland and Nancy Jenkins, top ESC researchers from the NIH.

Somers' article also indirectly emphasized how tiny and interconnected the ESC research world is. For example, Singapore's efforts are hooked into the California stem cell agency. Somers reported,

"The advisory board to Singapore's Biomedical Research Council reads like a who's who of medical research, including David Baltimore of Caltech and La Jolla-based scientists John Reed of the Burnham Institute for Medical Research, Sydney Brenner of the Salk Institute for Biological Studies and Richard Lerner of The Scripps Research Institute."

Both Reed and Baltimore also serve as directors of CIRM.

Somers' second piece on Tuesday also reinforced the "small world" portrait of ESC research. She profiled Philip Yeo, chairman of the Agency for Science, Technology and Research, or A*Star, the long title of the man who is the mastermind of Biopolis. Somers wrote:

"Yeo called his friend Stuart Weissman, a pioneer in embryonic stem cell research at Stanford, seeking advice on what type of work could be done at Biopolis that would complement efforts in the United States.

"Yeo (then) set about trying to lure – he would say borrow – top researchers to Singapore. Governments jilted by researchers who have found his offers too good to refuse refer to him as a 'serial kidnapper.'"

On Tuesday, Somers will examine California's $3 billion stem cell research effort.

The Stem Cell Race: Underdogs, Singapore's Biopolis, China and the UK

The San Diego Union-Tribune Sunday began a three-part series on embryonic stem cell research globally, reporting that the United States is "getting a taste of being the underdog."

Reporter Terri Somers, who has followed the industry and the California stem cell agency from San Diego's biotech hotbed, also wrote a Sunday piece looking that the business side of the research.

Both Sunday articles are as comprehensive on their subjects as one is likely to see in the mainstream media. Included is a downloadable world map with country-by-country snapshots.

Here are some excerpts from the front page series called "The Stem Cell Race:"

"'For the first time, we have a lot of competition ... . I don't think we've had as much concern for another country besting us in science since the race to the moon,' said Dr. Evan Snyder, who runs the embryonic stem cell research program at the Burnham Institute in La Jolla.

"It is a competition with crucial consequences for San Diego County and California, home to leading stem cell researchers and 50 percent of the world's biotechnology research."

Somers continued:

"China reportedly is doubling its investment in stem cell research. But an air of mystery and skepticism surrounds China's work, because the country's regulatory guidelines differ from those in the West and because research from Chinese scientists has not been widely published.

"The United Kingdom already has invested about $198 million in stem cell research at 90 laboratories, of which 11 are licensed to conduct human embryonic stem cell research.

"Singapore, with just 4 million citizens, is investing $25 million to $29 million annually in research, excluding overhead costs and infrastructure.

"That investment may seem wimpy compared with the $609 million the United States government spent on stem cell research last year. But because of federal funding restrictions on human embryonic stem cell research, only $20 million to $40 million a year – about 6 percent at best – has been directed to that field.

"Money is not the sole catalyst of success. Scientists say supportive government policies that free them to concentrate on their work, national commitment and contagious scientific enthusiasm are just as important.

"'Here we are again, sitting on the beginning of another revolution, a possible way to provide cures rather than treatments," said Chris Mason, a stem cell researcher at University College London. 'The U.K., Singapore and other countries realize what might be within their grasp if they spend the money on the front end, and they don't want to miss it.'

"The United States, long the world leader in biomedical research and commercialization, is getting a taste of being the underdog."

Somers' piece on the business of stem cells said:

"Worldwide, only about a dozen companies are building a business based on human embryonic stem cells, and only three of those are publicly traded: Geron in Menlo Park, Advanced Cell Technology in Alameda and Stem Cell Sciences in Edinburgh, Scotland.

"Executives at several of the companies say the key to tapping funds at such an early stage is either finding someone with deep pockets and a personal passion for curing disease or possessing a unique technology to address a potentially huge market.

"Given the current business climate and the political and moral debate surrounding human embryonic stem cells in the United States, people in the business don't expect more competition to pop up soon."

On Monday, Somers will look at Singapore and its "Biopolis."