China’s Biotech Future

chakma globeContinuing our interview series with life sciences venture capitalists to accompany a study on venture capital in emerging markets published in the March 7th, 2013, issue of Nature Biotechnology, we return to China. Our third interview is with a venture capitalist, who wishes to remain anonymous, from the one of the most prolific early-stage life sciences investors in China (14 innovation-focused investments to date). Previous posts are here and here.

 

 

How much early-stage life sciences activity is there in China, and who is driving it?

China always goes by the five-year policy plan set by the Central Government. We are in our 12th five-year plan, and one of the clear initiatives is investing in innovative science, and one area specifically relates to life sciences, medical devices and new drug discovery. A year or two ago, many cities started moving toward establishing biotech parks, life sciences parks – initiatives similar to efforts in the internet sector early on. The government is pushing scientific research in universities, but the quality of the research – whether it is innovative enough compared to the United States or Europe is another question. I think there is some catching up.

Most of the brightest researchers in China want to go abroad. That was the trend 10 years and 15 years ago. There is a reversal with a small group of talented life sciences researchers coming back due to the economy in the United States and Europe not doing well. These people are becoming involved in copy-cats, improvement of old drugs, and some purely proprietary discovery work.

The local government is incentivizing these returnees or sea turtles by providing them with facilities. Not much of this research has originated from China’s universities or research institutions. Most of the work is sourced from the proprietary knowledge of returnees who have been educating in leading foreign universities. The researchers see the opportunity of being backed by the government, so they come back and start their own companies. There are some licensing deals, but these are mostly occurring in Hong Kong and Taiwan. But the knowledge that they’ve come back with is dated by 5 to 10 years, and is probably already behind the United States and Europe, where science and technology advance much faster.

There is a clear critical mass of leading scientists who want to build up the capabilities of Chinese universities similar to what we see in the United States. I’m not sure that is happening yet. People move because of money. Singapore has tried to attract a lot of talent by buying them to build its BioPolis hub, and they have been doing it for over 10+ years. The results have been so-so. People come and go, and they never really got good results. In 5 years, I predict nothing much will change.

 

If innovative science is still emerging, what are venture capitalists investing in?

Most healthcare venture capital funds typically have a 10-year life, and are allowed to invest in the first 5 years, with the last 5 years for harvesting. They have to identify opportunities in China that fit into their own timeframe. This means being revenue and profit-driven. There’s nothing wrong with that, investors look for returns, and for companies like WuXi PharmaTech. Their model is clear – US-dollar revenue and RMB costs, that’s an easy mode, so a lot of investments have been made into CROs. However, the CRO space is saturated, and typically the first three leaders pick up the most market share.

The hottest thing is in pharmaceutical and medical device distribution. It’s valued more than technology because even if you have a so-so product, you can still push your product and sell, and make a lot of revenue. If you have a world-class product, but you don’t have a channel to the doctors, then you are just going to sit there until the copy-cats come, in a few years.

In our own portfolio, most of the entrepreneurs went abroad and then returned. Very little IP is sourced from China. Virtually all of it is in-licensed from abroad. Certain studies are still being done in the United States and Europe, and part of the development is being done in China to take advantage of the lower costs. The cost advantage of development in China is still very apparent even though it is narrowing due to currency depreciation, as well as the rising cost of the people.

 

What advice do you have for potential life science investors in China?

My advice would vary depending on the fund mandate. If your fund’s mandate is really growth and returns, then you need to identify such models in China, which are not difficult to find. Right now, whoever captures the distribution channel basically captures the bulk of the value. In fact, if you look across all industries, whoever controls the distribution channels has the dominance in that sector. The key thing is how to negotiate with management. You have to really identify a management team that can deliver, and sometimes the scientist isn’t the right person.

Don’t invest in early-stage technologies unless you really think that you are a very, very long-term investor. If you’re not a long-term investor, go with the China-distribution model with a very good management team. Firms such as TPG and Carlyle initially wanted to do more early-stage investments, but came to the realization of where most of the returns were and started participating in IPOs.

Justin Chakma

Post America Depression

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Leaving the bustling science scene in the United States can have its effects.

Dr. Shinya Yamanaka won the 2012 Nobel Prize for Physiology or Medicine, for his 2006-2007 work on induced pluripotent stem cells. I had a chance to hear him talk at the A*STAR Biopolis complex in April, where he gave a lecture on the recent progress in induced pluripotent stem (iPS) cell research. But at a smaller, 13-member session at Biopolis complex, he also spoke candidly with budding young scientists and junior faculty.

As I am about to start a tenure-track faculty position in Singapore, I asked Dr. Yamanaka what was the biggest challenge he faced as a junior tenure-track professor. He told me that after leaving San Francisco, where he’d made his big iPS discovery, and arriving in Japan, he suffered from “so-called PAD – Post America Depression.”

This was around 1999, and the scientific environment in the States was much better than in Japan, he said. In his lab at the Nara Institute of Science and Technology, he found he “couldn’t get good funding; I couldn’t get good support from other scientists.” And for the first three years, he couldn’t publish any papers. This eventually had him considering going back to the clinic, away from academic research.

Yamanaka said the scientific environment in Japan is “much better now, than 15 years ago when I came back.”  But he still advised that returning scientists keep good connections with the US, as “it is still clearly the center of science” and “most of the scientific papers are in the States.”  Keeping track of developments in the US helps motivate him, he said.

He had other bits of advice – don’t try to avoid mistakes, as they are part of the process; remember that running a lab is hard for everyone who does it – but I saw many heads nodding in agreement when he discussed his “PAD.” I also understand this, as I felt a palpable sense of loss when I left the labs at MIT where I had been for my Ph.D and post-doctoral training, and moved back to Singapore. I missed acutely my colleagues and collaborators at MIT, and I missed the atmosphere of urgency and innovation everywhere. This had me thinking this was more common that I had first thought, and I wondered if others have felt something similar.

Juliana Chan

Wellspring — the health of private biotech

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Source: Thinkstock

For nonsubscribers, we’ve made our annual feature on the health of the private biotech space freely available.  Many of the data are supplied by Dow Jones VentureSource, tailored to our requests and definitions of biotech, and highlight what some already know: venture capital funding for early stage innnovative companies continues to dwindle. The article also investigates start-up activity from universities, exits and more.  Go here for the PDF, and here for HTML version.

This follows up on last year’s article, which is also free and can be found here.

The News Net

news net2Your weekend reading includes the hunt for Europe’s most innovative biotech, food for thought about investment into IT, continued good news for some of the BRICs and what’s new in agbiotech.
 
 
  • EuropaBio has put out its call for applications for the 4th annual Most Innovative European Biotech SME Award 2013, with a €10,000 cash prize and free membership of EuropaBio on the line. Applications forms can be downloaded from EuropaBio’s website until the deadline of June 10th.
  • For most biotech start-ups, experimental data is their most valuable asset, and constitutes the bulk of their intellectual property. Companies not equipped to store, protect and access the data are at risk, so blog Business 2 Community lays out four reasons why biotech startups must think carefully about their IT investment.
  • The Indian biotech sector looks to be a good bet, according to Greater Manchester’s investment agency MIDAS. On the heels of the just-launched Manchester-China Forum, a business-led initiative aimed at increasing Greater Manchester’s commercial connectivity with China, MIDAS CEO Tim Newns said the agency will be focusing on India and the biotech sector as key targets in 2013. Read the details here.
  • Taiwan’s biotech sector will continue to expand, according to a report in The China Post. Investment in the sector rose 18.66 percent year-on-year in 2012 to NT$39.53 billion, with sales rising 6.1 percent to NT$255 billion. More here.
  • Turning to agbiotech, Monsanto Pakistan briefed a delegation of journalists and hosted a tour of its state-of-the-art research center inManga Mandi, where field trials of its GM corn product “VT Double Pro” and various vegetables and fruits are ongoing. Company officials said that Pakistan can address challenges in agriculture by embracing biotech, as globally theadoption of GM crops has been a success with proven socio-economic benefits.
  • Finally, VC firm Kapyon Ventures announced that two of the agbiotech companies it has incubated have raised $5.8 million. Algenetix and ZeaKal are developing microbial and plant technologies under the “virtual biotech” model now popular in the industry. The complete article is here.

Not Invented Here

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Pharma has been accused of not looking beyond the fortress walls. Are VCs now following suit?

Business development professionals have long complained about the difficulty in convincing Big Pharma research groups that a new project from outside their company  is worthy of consideration.  This is called Not Invented Here (NIH) syndrome and, when displayed by pharma, is characterized by skepticism of novel ideas, a focus on data gaps rather than an assessment of the data that exist, and an unwillingness to abandon internal projects even if corporate portfolio valuation standards favor the external project.

Big Pharma has made strides toward erasing this bias toward internal projects. Even before the recent R&D downsizing inside pharma, an increasing percentage of its pipelines was derived from licensing or acquiring outside projects, and most large companies expect 50% or more of their products to be sourced externally. Business development groups have enlarged and a variety of mechanisms have been set up to access external innovation, such as corporate venture funds, academic center collaborations, “innovation centers” and incubators.

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