Spinning off, cashing up and branching out: commercialisation considerations for bioentrepreneurs in Australasia

This article is reproduced with the kind permission of the Journal of Commercial Biotechnology Vol 9 No.3 1-10 March 2003. The Journal can be accessed via www.henrystewart.com/journals/jcb/.

This article has been co-authord by Nick Wells, and Josephine Inge and Damian Spruce from Gilbert + Tobin, Sydney.


You may recall the Red Queen from Lewis Carroll’s Through the Looking Glass. She runs terribly fast yet goes nowhere and to get anywhere at all she has to run faster again.
To some extent biotechnology companies in Australia have suffered from the Red Queen effect – putting considerable effort into expanding their businesses, only to find themselves working harder and harder to maintain the status quo.
This paper looks at some of the underlying reasons for this phenomenon and how industry and local institutions (such as the Australian Stock Exchange and the Australian Government) are working to overcome it. We will approach our subject matter by outlining the commercialisation considerations facing biotechnology companies throughout three main stages of the company life cycle, from spinning off through cashing up (including listing on a stock exchange) to the expansion phase.

Spinning off

The biotechnology sector in Australia has a reputation for generating world-class research but being "deplorably bad" at commercialising such research.1
Australia's poor ability to commercialise research successfully has been blamed on a combination of insufficiently developed commercialisation skills in the biotechnology sector and inadequate financial support by government and private industry.1 For example, the premature licensing away of "first-born" products to generate revenue is a recognised trend in the Australian biotechnology sector.2
While there have been successes, Australia has missed opportunities to capture significant value from its research findings – for example, the discovery of the cause of haemochromatosis (the most common inherited liver disease known), as well as the location of the underlying genetic defect.1
This section examines factors in the "spin off" phase that affect our ability to commercialise innovations in the biotechnology sector. We deal later with how market structure is also partly to blame, what is being done to address these problems and strategic considerations for biotechnology companies wanting to commercialise their innovations.

Institutional barriers to commercialisation

Much of our life sciences research emanates from publicly funded research organisations, including universities, medical research institutes and the Commonwealth Scientific and Industrial Research Organisation (CSIRO).3 These publicly funded bodies play a central role in developing biotechnological innovations that have medical applications.  They face the additional challenge of recognising the value of an innovation and exploiting it in a manner that is consistent with their role in disseminating and sharing knowledge.4
A major review of health and medical research in Australia revealed that there are institutional barriers to university researchers’ involvement in new business enterprises – especially in relation to holding equity, directorships and moving between academia and industry.5
With some exceptions, Australian universities have generally not been actively involved in the commercialisation of research until relatively recently. They have confined their role until the recent past to the pursuit and exchange of knowledge through teaching, publishing and collaboration between researchers. In the face of dwindling support from the public purse, however, universities in Australia have come under increasing pressure to attract private sector funding and to generate revenue by exploiting intellectual property (IP). Similar pressures are being experienced by universities in the United Kingdom.6
While Australian public research bodies today view it as an important part of their role "to encourage and facilitate commercial development of intellectual property"4, they are hindered by a lack of cumulative experience in handling the complex processes of commercialisation.7 This is reflected by the finding that Australian publicly funded research bodies (including 34 universities, 15 medical research institutes and 21 divisions of the CSIRO) collectively generated only AU$99 million from licences in the year 2000.3
While this represented a greater licence income per US$1 billion spent on research than either the USA or Canada,two-thirds of this income was derived from only nine (13%) of the 70 bodies surveyed and one-quarter of Australian research bodies failed to execute a single licence or to generate any income from licences in the year 2000.3 These findings tend to indicate that only a small proportion of Australian research bodies is commercialising research in a successful manner. For the majority, improvements can be made and there is a general need among publicly funded research institutions for better performance and outcomes when commercialising research.

Broadening the portfolio of commercialisation activities

Another relatively recent development in both UK6 and Australian7 university systems is the use of spin-off enterprises to commercialise IP. Up to 2000, Australian university policies failed to specifically address the issue of start-up companies, being focused on commercialisation through the licensing of intellectual property.7 Yet the formation of start-up companies is one of the key factors to successful commercialisation.8
It has been reported that the ability to form new business enterprises is more likely to bring long-term, substantial commercial benefit than licensing.9 In turn, however, licensing is key to the ability to spin-off new commercial enterprises.

Dealing with conflicting interests and responsibilities

Researchers may find the duties they owe to any new commercial enterprise conflict with their academic interests. The "publish or perish" culture of most universities rewards academics who regularly and freely share their knowledge by publishing in academic journals. However (with the exception of countries that provide a "grace period"), publication precludes the ability to obtain patents – the cornerstone of any licensing activity.
This is illustrated in the Rescare case, in which the inventor published an article in The Lancet about his invention shortly after a provisional application had been lodged with the Australian Patents Office.10 When Rescare tried to sue a competitor for infringement of its patent, the competitor cross-claimed that (among other things) the complete patent was not "fairly based" on the provisional specification. The Full Federal Court agreed (and a subsequent application to appeal to the High Court was dismissed).11
The effect of this decision was that the priority date of the patent was taken to be the date of filing of the complete specification and not the date of filing of the provisional application. This meant that publication in The Lancet rendered the patent invalid. Australian patent laws have recently been amended to introduce a grace period so that publication in the 12 months prior to filing a patent application will not preclude the inventor from obtaining a patent.
Even in the absence of any patents, knowledge gained for the benefit of a commercial enterprise may be valuable and confidential. Disclosure of such information may have commercial consequences (and potentially be a breach of director’s duties in Australia and New Zealand, where director’s duties are more onerous than in the USA). The education of researchers about business processes and management, as well as business responsibilities and potential conflicts with academic duties will help develop a research culture that is more aware of and positive towards commercialisation. The transfer of researchers to industry will help build a network of role models and mentors, and assist researchers to participate in entrepreneurial activities. The adoption by universities of commercialisation measures (e.g. numbers of patents) in assessing staff performance will also assist to address cultural barriers to commercialisation.8

Cashing up

In 1998, stock exchange listings (initial public offerings, IPOs) were the third largest individual source of income for biotech companies in Australia. By 2000, the importance of venture capital (VC) had grown significantly as the local VC market matured, and VC was a much larger contributor to income than public capital raising.12
More recent statistics have shown that venture capitalist confidence in Australia and New Zealand continued to increase until the first quarter of 2002, a time when capital confidence in the USA and the UK was at its lowest levels in years.13 While local confidence among venture capitalists waned early in 2002, 65% of Australian and New Zealand venture capitalists remained confident that the financial performance of their investee companies would improve until the end of 2002, compared with 38% in the UK.14

Government funding

In recent years, both state and federal government funding of the biotechnology sector has been greatly increased, in recognition of the importance of the sector to the economic future of Australia. For example, in 2001, the Federal Government announced proof of concept funding grants (known as the 'Biotech Innovation Fund') as part of a wider initiative to promote research, development and innovation in Australia.15
Despite the increased availability of funds for the biotechnology sector, demand has outstripped supply. For example, demand for one major source of government funding – the Federal Government R&D Start Grant Scheme was so high in 2002 that it caused a $40 million blowout in the allocated budget. As a result, the body administering the grants unexpectedly halted the review of any new applications for a period of seven months.16
Nevertheless, government funding remains one of the major sources of funding for Australian biotechnology companies, most of whom are still in the research phase and therefore are unable to rely on income from sales as a revenue stream.15
Government investment will always have different benefits and disadvantages to investment from the private sector. In Australia government investors tend to be motivated by broader aims than simply a financial return on investment – therefore issues such as control of intellectual property, and the location of aspects of the business such as manufacturing may be influenced by policy imperatives as well as commercial factors. In addition government investors are often structured as grant-making bodies, with complex systems of corporate governance, leading to extended timeframes for decision making and uncertainty about the identity of the entity entering into the transaction.
However the accountability which government investment brings to a biotechnology company is a major advantage in attracting private investors. For overseas investors particularly, the validation of investment by Australian government bodies is necessary to confirm the credibility of the investee.17 The Australian Government has recognised the importance of forging partnerships with private investors in biotechnology companies and has focused its own investment programme on initiatives which encourage the participation of private capital through co-investment.8
Other government initiatives to assist the biotechnology sector in Australia include tax concessions and a cash rebate scheme for small-loss companies that undertake eligible research and development (R&D).16 While these initiatives are not sources of income per se, they can free valuable capital for cash-strapped biotechnology companies. However, there has been criticism that the eligibility criteria for R&D tax concessions or cash rebates are too stringent to assist many biotechnology companies.

Private sector support

In the past, a paucity of private-sector support for the Australian biotechnology sector plus an overheated stock market encouraged many biotechnology companies to list on the Australian Stock Exchange (ASX) in order to generate sufficient resources to continue research and development.
The overheated stock market was the result of ASX initiatives to encourage developing industries, including lowering of the entry bar to its main board.18 This paved the way for many biotechnology companies to list on the ASX earlier in their life cycle than would previously have been possible.
It is not surprising that such immature companies have small market capitalisation. The fact that one-third of listed Australian biotechnology companies have a market capitalisation of less than AU$10 million15 reflects the large proportion of biotechnology companies that have adopted the strategy of listing early in their lifecycle.
A recent survey published by analysts Frost & Sullivan Asia Pacific nominates Australia as the clear winner in the biotechnology race in the Asia Pacific.2 One of the factors that they identified as setting Australia apart from its regional neighbours was the large number of publicly listed biotechnology companies in Australia (around 74 at the time of writing19).18 By contrast, for example, Singapore is yet to see its first biotechnology IPO.
However, activity in the region is set to change, with:
  1. increasing awareness and interest in local biotechnology stock markets in Hong Kong and South Korea2
  2. aggressive venture capital investment (up to US$2 billion) in local and foreign biotechnology companies by the Singapore Government, as part of a 15-year push to turn Singapore into a world class hub for biomedical research20
  3. the establishment of a Biotechnology Strategy Council in Japan to review deregulatory and other proposals in order to expand the value of the nation’s biotechnology markets 20-fold by 2010 and enhance the industry’s overall competitiveness,21 and
  4. the relaxation of listing requirements for biotechnology firms in certain countries, in order to encourage the listing of biotech companies. For example, the Securities and Futures Commission rules for listing on the TAISDAQ stock exchange in Taiwan have been relaxed so that the completion of a new product is no longer a prerequisite to listing. This is expected to increase the number of local biotechnology companies looking to list rather than entering into foreign partnerships as a means of raising capital.
The authors of the survey expect to see growth in individual local biotechnology stock markets in line with growth of the industry as a whole – a trend they see as being led by Australia. However, as we discuss in the section "Branching out" below, listing is no guarantee of liquidity and lowering the entry bar to assist biotechnology companies to list on the Australian Stock Exchange (ASX) has created real problems for the sector. Biotechnology companies that list too early often end up in a cash-strapped position, unable to raise funds from the market or from private equity.15, 22, 12, 23
The ASX is now looking for new ways to assist the biotechnology sector, including the possibility of re-introducing a second board for developing industries.18 The aim would be to enable differentiated shareholder rights, so that VC providers can invest in listed securities (which their trust deeds generally prevent them from doing currently).18 This would provide listed companies with the profile of listing but still allow them to access VC capital after they have listed.
The ASX has also recently amended the escrow provisions of the ASX listing guidelines,24 which prevented founders, promoters and directors of newly listed companies from selling their shares for two years after listing. This was an additional deterrent to VC investment in young biotechnology companies. Under the amended guidelines (effective since March 2002), an investor who meets the definition of "genuine venture capitalist" can obtain relief from the two-year escrow provision. The four criteria that must be satisfied to meet the definition are:24
  • the VC fund has a strategy of VC investment and there are no personal connections between the investor and the founders of the company
  • the fund holds no more than 30% of the company prior to the company’s listing on the ASX
  • the fund has no more than one non-executive director on the company’s board, and
  • the fund has paid issue prices for securities comparable to the prices paid by other unrelated parties investing at or around the same time, and has not obtained any identifiable benefit beyond the opportunity to invest in the company.
Together with increasing VC market sentiment towards investing in the biotechnology sector, these reforms are aimed at lifting private equity support for biotechnology companies and making private equity a real alternative to listing for young biotechnology companies.

Encouraging further private equity investment in the biotechnology sector

In recognition of the difficulties being faced by Australian biotechnology companies, a number of reforms are being touted by ASX and the Australian Tax Office, to assist the biotechnology sector.
Australian Tax Office reforms include:
  • broader concessional tax treatment of venture capital funds, in particular:25
    • "flow through" taxation treatment for Venture Capital Limited Partnerships (VCLPs), and
    • exemption from tax on profits on the disposal of investments in eligible investee companies for foreign investors who are tax exempt residents of specific jurisdictions or partners in eligible VCLPs.
  • proposed alterations to tax regulations affecting the professional managers of VC funds, lowering their taxes on what are essentially performance bonuses.26
The Australian Venture Capital Association Limited (AVCAL) is also urging reform of tax laws relating to employee share ownership plans.27 Currently, employee share options are taxed when they are issued or exercised, rather than when they are sold. They are also subject to rates of tax payable on ordinary remuneration, rather than lower capital gains tax rates. AVCAL argues that the current tax structure is an impediment to Australian biotechnology companies attracting and retaining the best and brightest employees.

Branching out: the expansion phase

As discussed, there is a general perception that Australian biotechnology companies generate world-class research but fail to compete internationally because of a lack of funding and/or commercial nous. In recent times, biotechnology companies have been forced to go to IPO for cash flow in order to survive, rather than using funds raised through IPO for strategic, mid- to long-term growth.28
This problem is compounded by the trend in Australia for share prices to be buoyed by newsflow.22 Thus public companies must make frequent announcements to sustain public interest in their shares. For companies that have listed at a premature stage, this is problematic because they do not have a strong product pipeline in place and are not generating significant sales. This forces them to make announcements on trivial matters,22 if at all. Public interest wanes, along with the company’s share price.
This has been the traditional path for biotechnology companies on the ASX and has even resulted in some companies choosing not to list on the ASX because of the danger of being tarred with the same brush.
The demands of public life (listing, reporting requirements, public scrutiny) are an additional drain on resources that immature biotechnology companies can ill afford.

Dollars and sense: the value of the VC experience

Our advice to early-stage biotechnology companies is that they should look to venture capitalists as a preferable source of funding to listing on the ASX. While access to VC funds has often been difficult for Australian biotechnology companies in the past, the maturing biotechnology venture capital market in Australia may improve the availability of VC funds in the future. Venture capital investment in the Australian health/bioscience sector increased from AU$26.54 million in 1996/1997 to AU$116.14 million in 2000/2001.12
This reflects a similar increase in VC investment in the region. Asian VC investment into the biotechnology sector has increased from US$30 million in 2000 to US$106 million in 2001. In the first quarter of 2002, US$61.2 million was invested, representing a doubling of VC investment into the biotechnology sector on the previous year’s figures if investment continues at the same rate.29
We note, however, that economic confidence among Australian and New Zealand venture capitalists has fallen since the first quarter of 2002, when it was relatively high compared with investor confidence in the USA and UK.15 By the third quarter of 2002, only 3% of venture capitalists in Australia and New Zealand expected the economic climate to improve over the six months to March 2003. This has been reflected by transaction volumes being much lower than market expectations. In light of global market turbulence and political tensions, there is still much uncertainty among private equity investors in Australia and New Zealand, with 53% expecting deal volumes to improve in the six months to March 2003 (from a very low base), and 47% expecting deal volumes to decrease.30 This is similar to the UK private equity market, where 55% of venture capitalists expect the environment to become more challenging for raising new funds.30
Despite the currently downbeat private equity market, we advocate dealing with Venture Capitalists as an important – even essential – pre-float step, because they bring experience, connections and management rigour to biotechnology companies. Venture Capitalists in high-technology companies are actively involved in monitoring business performance and prosperity – a role they have adopted because of the high risk nature of such investments and the length of time before returns may be realised.31
Typically, Venture Capitalists involved in high-technology ventures employ detailed monitoring mechanisms involving:31
  • Extensive shareholder contracts. Typically, venture capitalists hold a control block of shares and exercise a broad range of governance roles. A shareholders’ contract sets out the relationship between the venture capitalist and the VC-backed company and may be contingent on specified financial or non-financial performance, actions, dividend payments or future security offerings. As such, shareholder contracts provide a mechanism for venture capitalist monitoring of a funded company.
  • Differentiated shareholder rights. The ability of venture capitalists to monitor business performance will depend on specific shareholder rights. By differentiating voting rights from cash flow rights during the lifespan of venture-backed companies, venture capitalists have developed a mechanism for monitoring business performance. This difference may be achieved through unvested stock options, non-voting stock or explicit contractual rights to exercise votes depending on specific targets. The rights (voting or cash flow) may be contingent on performance-related incentives or time-based milestones. The voting rights of venture capitalists increase when a VC-backed company is underperforming or as the venture proceeds and needs additional financing. Conversely, venture capitalist control of voting rights decreases when management performance and stock vesting milestones are met. Cash flow rights may also increase as company performance improves.
  • Board membership. In the USA, venture capitalists hold the majority of board seats in 25% of cases.32 In Australia, venture capitalist dominance of boards is rare, but VC representation on boards is a well-recognised means of monitoring business performance and retaining some control over investments.
  • Relationships with management. Strong relationships and regular interaction with management are another means by which venture capitalists can monitor a business. Reports of the total number of hours (including site visits) devoted by venture capitalists to VC-backed companies range from 79 in France, through to 154 in the UK and 194 in the USA.33
The length of time increases with industry experience of the venture capitalist and the growth path of the funded companies, but is not related to the size of shares owned by the venture capitalist or underperformance by the funded company.33
In Australia and New Zealand, venture firms may opt to co-invest with other venture firms as a means of spreading risk while maximising financial support to companies.12 Dealing with private equity investors, particularly in co-investment situations, is invaluable experience for biotechnology companies in preparing for an IPO. This experience assists biotechs to come to terms with accountability regimens, public scrutiny (albeit on a smaller scale) and rigorous reporting requirements. The VC will often drive the company to IPO as a means of realising its investment and potentially receiving very high returns on its original investment.34


There are many issues to consider when commercialising a biotechnological innovation. In Australia, because of market structure, the tendency for biotechnology companies to list early in their life cycles has caused real problems. A fledgling venture capital market in Australia has been partly to blame.
In the last few years, Australia has witnessed a growing number of VC firms specialising in the bioscience/health industry (from none to nine in two years).12 These firms understand the nature of investment into the biotechnology sector, including the long-term nature of investments. VC firms also indicate a willingness to 'co-invest' in biotechnology companies – this reflects the high level of risk associated with investing in the sector, but also provides biotechnology companies a valuable opportunity to learn about accountability regimens, public scrutiny, dealing with the needs of different investors and rigorous reporting requirements.
Various incentives are being touted to increase local and international venture capital funding of the Australian biotechnology sector. Coupled with maturation of the local venture capital market, these incentives should result in increased early private equity support of the biotechnology sector and, in turn, improved performance of listed Australian biotechnology companies.
Industry and local institutions (such as the ASX and the Government) are also working to overcome some of the financial difficulties being faced by biotechnology companies.
The lessons for biotechnology companies are not to be lured into listing too early in their product development, but instead to focus on other sources of funding, such as private equity and government grants. While VC funding for biotechnology companies has been scarce in the past, the outlook in Australia and New Zealand is now much more favourable, even in the face of global market turbulence. Biotechnology companies seeking private equity should approach firms specialising in the sector, and be open to the possibility of co-investment by two or more VC firms.
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  2. Frost & Sullivan Asia Pacific. 'Is Australia the black hole for biotech IPO's in Asia Pacific?'. From URL: http://pharmalicensing.com/features
  3. ARC, CSIRO, NHMRC, (September 2002), National Survey of Research Commercialisation: Year 2000, from URL: http://www.arc.gov.au/publications.
  4. Monotti, A.L. (2002), 'Allocating the rights in intellectual property in Australian universities: an overview of current practices', Federal Law Review Vol. 27, No. 3, from URL: http://pandora.nla.gov.au.
  5. Wills, P.J. (1998), 'Health and Medical Research Strategic Review. The Virtuous Cycle – Working Together for Health and Medical Research', Department of Health and Aged Care, Canberra.
  6. Rodgers, P., Catton, D., and Duncan, G.S. (2002), 'Practical experiences in starting up life science companies in the academic sector', Journal of Commercial Biotechnology Vol. 8, No. 4, pp. 273-280.
  7. Johnston, R., Matthews, M., and Dodgson, M. (2000), 'Enabling the virtuous cycle: identifying and removing barriers to entrepreneurial activity by health and medical researchers in the higher education sector', Report funded by the Australian Federal Government Departments of Education, Training and Youth Affairs; Health and Aged Care; and Industry, Science and Resources. From URL: http://pandora.nla.gov.au.
  8. Wills PJ, (1998), Health and Medical Strategic Review. Summary of discussion document. December 1998. 'The Virtuous Cycle: Working Together for Health and Medical Research', Department of Health and Aged Care, Canberra.
  9. ARC, CSIRO, NHMRC, (September 2002), National Survey of Research Commercialisation: Year 2000, from URL: http://www.arc.gov.au/publications, citing the report of the National Innovation Summit held in 2001.
  10. Anaesthetic Supplies Pty Ltd v Rescare Ltd (1994) 50 FCR 1.
  11. Rescare Ltd v Anaesthetic Supplies Pty Ltd. Application for Special Leave to Appeal to the High Court of Australia, Transcripts of Proceedings. From URL: www.austlii.edu.au
  12. Bivell, V, Thorburn, L. Venture Capital and the Health / Bioscience Sector in Australia and New Zealand 1996–2001. Sydney: Australia. Pollitecon Publications; 2002.
  13. Deloitte Touche Tohmatsu Life Sciences Practice, (2002), Borderless Biotechnology.
  14. Deloitte Touche Tohmatsu, (2002), Private Equity Confidence Survey, Quarter 2, 2002.
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  16. URL: www.ausindustry.gov.au
  17. Liddell C, It’s A Small Biotech World After All. Australia. Internet.Com, October 14, 2002.
  18. ASX, (2002), The Code for Growth isn’t just DNA. It's ASX. ASX Operations Pty Ltd: Sydney.
  19. Pricewaterhouse Coopers press release 15 January 2003. From URL: www.pwcglobal.com
  20. Herrera S, Landry J, (2001), 'Singapore Gambles with Biotech Payouts', Red Herring, September 15, 2001.
  21. Australian Financial Review, 'Japan panel to propose deregulation to expand biotech market 20-fold', 24 November 2002.
  22. Trudinger, M. 'We’ve paid the price, now let us work: Amrad boss'. Australian Biotechnology News, 23 August 2002.
  23. Trudinger, M. 'ASX to help lift biotech's public image'. Australian Biotechnology News, 28 August 2002.
  24. AVCAL, New policy encourages Australian Companies to IPO. Media release, 14 March 2002. From URL: www.avcal.com.au
  25. Leek J, ‘Venture Capital Rules back on Agenda’. In: The Week in Review. Gilbert + Tobin Weekly Tax Update, 25 September 2002.
  26. Young, P. 'VC tax reforms could assist biotech', Australian Biotechnology News, 25 September 2002.
  27. AVCAL. 'Share ownership reform needed to attract best and brightest', Media Release, 17 January 2002.
  28. Discussion after presentation by Jeremy Rice, IBM Life Sciences conference in Sydney, 20 September 2002.
  29. Asia Pacific Biotech, (2002), 'Singapore is Asia's Top Investor in Biotech Sector', from URL: www.asiabiotech.com.sg
  30. Deloitte Touche Tohmatsu. Private Equity Confidence Survey. Quarter 3, 2002.
  31. L.A.A. Van den Berghe, A. Levrau. The role of the venture capitalist as monitor of the company: a corporate governance perspective. Corporate Governance: an international review 2002; 10(3): 124-135.
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  33. L.A.A. Van den Berghe, A. Levrau. The role of the venture capitalist as monitor of the company: a corporate governance perspective. Corporate Governance: an international review 2002; 10(3): 124-135, citing HJ Sapienza, S Manigart, W Vermeir. A comparison of venture capitalist governance and value-added in the US and Western Europe. Academy of Management Journal Papers 1995: 105-109.
  34. N Humphrey. The Venture Capital Guide. 2002 edition. Sydney: Gilbert + Tobin, 2002. From: www.gtlaw.com.au 

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