Diabetes drug developer Lumena raises $2.5M; compound regulates blood sugar

Diabetes drug developer Lumena raises $2.5M; compound regulates blood sugar

 
February 21, 2012

Diabetes treatment developer Lumena Pharmaceuticals has secured the $2 million it needs to start clinical trials and a little bit extra for good measure.

The company’s first round of investment was oversubscribed, leading to a haul of $2.5 million, according to amended filings made with the Securities and Exchange Commission. Lumena’s investors are venture capital firms Pappas Ventures and  RiverVest Venture Partners. The new capital means the company can proceed to human tests for its novel type 2 diabetes treatment, which aims to develop a pill to help patients regulate their blood sugar.

First and Only Personalized Treatment for Deadliest Form of Skin Cancer Approved by Health Canada

 

~ Health Canada approves Zelboraf, a targeted medicine designed to inhibit cancer growth in patients known to have a common type of metastatic melanoma ~

MISSISSAUGA, ON, Feb. 16, 2012 /CNW/ - Roche announced today that Zelboraf (vemurafenib) was approved in Canada as monotherapy for the treatment of BRAF V600 mutation-positive unresectable or metastatic melanoma. A validated test is required to identify BRAF V600 mutation status.1

Melanoma is the deadliest and most aggressive form of skin cancer, killing 80 to 85 per cent of stage IV patients within five years.2 Approximately half of all patients with melanoma carry a genetic mutation in the BRAF gene.3 Zelboraf is the first and only medicine shown to improve survival in people with BRAF V600 mutation-positive metastatic melanoma. It works by targeting and inhibiting the mutated BRAF protein found in about half of all cases of melanoma.

Transplant antiviral strong in phase 2; Chimerix plans phase 3 start this year

 
February 6, 2012

North Carolina biotechnology company Chimerix reported positive phase 2 results for a broad spectrum antiviral agent expected to have applications fighting infections faced by bone marrow transplant patients.

Chimerix now plans to start phase 3 clinical trials on CMX001 later this year. The company is studying the compound for the prevention of cytomegalovirus diseases, or CMV, in patients who have had hematopoietic stem cell transplants. Durham, North Carolina-based Chimerix said that compared to a placebo, CMX001 had a statistically significant benefit in preventing CMV from entering the bloodstream or from causing CMV disease 13 weeks after a transplant. The data were presented at a blood and marrow transplant conference in San Diego last Friday.

CMV is a member of the herpesvirus group of viruses; like other herpesviruses CMV has the ability to remain dormant in the body for long periods of time. The virus can lead to serious disease and even death in transplant recipients, cancer patients and others who have compromised immune systems.

A Path Forward for the FDA

By Arthur Pappas, Pappas Ventures
February 1, 2012

A few tweaks to the approval process would help serve innovators and investors in a sensible way.

Despite recent sniping, the Food and Drug Administration doesn’t need an adversarial relationship with drug and device makers. We’re partners in a shared mission: to bring life-saving innovations safely and efficiently to market.

That mission can succeed under stringent standards. No one is calling for laxity. But it also takes transparency, a process that values innovation, and a smart balance between risk and reward.

With just a few changes, everyone—chiefly the public—would benefit.

Toward consistency and transparency. The clinical trial process is unnecessarily daunting when the goal posts change from one product to another, or from one phase of development to another. As science accelerates, a mid-course change is sometimes necessary, but the FDA has to judge whether such a twist outweighs the need to be consistent.

Here, the FDA needs to recalibrate. It should give more weight to the value of regulatory expectations that are clear and predictable. The agency can also promote fairness by respecting statutory timelines. Currently, it can “stop the clock,” restart it months later, and count a project as on-time. Our nation’s pipeline of new cures and therapies should run on real time.

Communication is not collusion. Today’s FDA is too wary of informal dialogue. The result means a delay, at best, and at worst a chilling effect that stymies useful conversation. The process would benefit from an “open file” approach that lets applicants learn what FDA scientists and consultants are thinking during the review process, not after approval or rejection.

Reform the appeal process. There are no official penalties for appealing an FDA determination. But FDA regulators are human, and we all know how relationships suffer when one person goes over another’s head.

A small, underfunded applicant may stake its entire future on its reviewers’ good graces. Both sides would be better served by a formal, non-confrontational appeals process. This could take the form of a rapid-response arbitration panel, or possibly even a market for appeal rights that combines the spirit of cap-and-trade with the peremptory challenges of jury selection.

Be aggressively progressive. The FDA works hard to reduce one kind of risk: bringing something unsafe or ineffective to market. It needs to work harder to avoid the opposite risk: delaying or rejecting innovations that people need.

The agency was founded to counter both threats, but its culture has swung too far toward holding things back. One solution is an aggressive program of “progressive approval,” that allows regulators to make case-by-case, risk-reward judgment calls and approve products for use when the evidence tells them the benefits likely outweigh the risks.

I’ve been on the front lines for both triumph and failure in this process. My firm played a part in one recent success story, a product that uses genetic targeting to combat melanoma. Its creators were able to keep up a robust dialogue with their FDA counterparts, and together, the innovators and the regulators brought physicians a new treatment much faster than usual.

Unfortunately, my experience tells me that’s an exception. I’ve seen the chilling effect of regulatory uncertainty at work. I’ve been in the room when we had to shut down funding for promising avenues of research because the path through the FDA was just too unclear.

By its own description, the FDA is “responsible for advancing the public health by helping to speed innovations.” It is meant to be both a policeman and a partner.

No one—neither venture investors nor the people in lab coats—wants to be hasty in the way we approve drugs or medical devices. We’re not asking for an easy process. We want a transparent, predictable one that lets innovators and investors plan and carry out their work in a sensible way.

Arthur Pappas is managing partner of Pappas Ventures, a Durham, N.C.-based venture firm that specializes in life sciences.

Athersys, Inc. Announces Positive Results of MultiStem(R) Clinical Trial for Hematopoietic Stem Cell Transplant Support and Prevention of Graft-Versus-Host Disease

 

CLEVELAND, Feb. 1, 2012 (GLOBE NEWSWIRE) -- Athersys, Inc. (Nasdaq:ATHX - News) today announced positive results from its Phase I clinical trial of MultiStem(R), its cell therapy product, administered to individuals undergoing allogeneic hematopoietic stem cell transplants (HSCT) for the treatment of leukemia and related conditions. According to the Center for International Blood and Marrow Transplant Research, there are approximately 25,000 allogeneic HSCT performed annually, globally. The study demonstrated that MultiStem therapy was well tolerated in both the single infusion and repeat infusion arms and also suggested that the therapy may provide benefit to recipients of allogeneic HSCT, such as reducing the incidence and severity of Graft-versus-Host Disease (GvHD) as compared to historical clinical experience. The results are consistent with previous preclinical studies that show that MultiStem provides multiple benefits in HSCT and other transplant models, such as reducing inflammatory damage and promoting graft acceptance.

Chimerix Announces Presentation of Final Data from CMX001 Phase 2 Trial in Prophylaxis of Cytomegalovirus in Hematopoietic Stem Cell Transplant Recipients

Abstract Receives "BEST ABSTRACTS AWARD FOR CLINICAL RESEARCH" at 2012 BMT Tandem Meetings on February 3rd, 2012

RESEARCH TRIANGLE PARK, NC, January 25, 2012 – Chimerix, Inc., a biotechnology company developing novel antiviral therapeutics, today announced that final data from CMX001 Study 201, a Phase 2 study evaluating CMX001 for the prevention of cytomegalovirus (CMV), has been accepted for oral presentation at the BMT Tandem Meetings on February 1-5, 2012, in San Diego, California.  CMX001 is a broad spectrum, Lipid-Antiviral-Conjugate completing Phase 2 clinical development for the prevention of CMV in hematopoietic cell transplant (HCT) recipients.  In total, three abstracts related to CMX001 have been accepted for presentation at the 2012 BMT Tandem Meetings, the combined annual meetings of the Center for International Blood and Marrow Transplant Research (CIBMTR) and the American Society of Blood and Marrow Transplantation (ASBMT)....

Selventa Granted Patent for Discovery of Biomarker Profiles

 

CAMBRIDGE, Mass. – January 23, 2012 – Selventa™, a biomarker discovery company that enables personalized healthcare through stratification of patients based on disease-driving mechanisms, today announced that the U. S. Patent & Trademark Office has issued the Company U.S. Patent No 8,802,109, titled "Computer-aided Discovery of Biomarker Profiles in Complex Biological Systems." This patent, which was issued on December 20, 2011, relates to methods and techniques that facilitate discovery of biomarkers and thus aid in the development of predictive and prognostic diagnostic tests for therapeutics targeting complex multi-factorial diseases.

Researchers uncover how new melanoma drug accelerates secondary skin cancers

 
January 19, 2012

By Kim Irwin - Patients with metastatic melanoma taking the recently approved drug vemurafenib (marketed as Zelboraf) responded well to the twice-daily pill, but some of them developed a different, secondary skin cancer.

Now, researchers at UCLA's Jonsson Comprehensive Cancer Center, working with investigators from the Institute of Cancer Research in London, Roche and Plexxikon, have elucidated the mechanism by which the drug excels at fighting melanoma but also allows for the development of skin squamous-cell carcinomas.

Venture-Backed Biotech's 2011 M&A Exits Outpaced Both Investments and Fundraising

Bruce Booth

Early stage life science VC

It’s certainly not Breaking News that M&A deals are an important source of liquidity in biotech VC today.  But last year did mark an important milestone for biotech over the past few years: in 2011, the capital returned to investors from private M&A alone likely exceeded the total capital invested into private biotech companies.

2011 was a banner year for private company M&A.  Based on the data compiled by BioCentury, and Walter Yang in particular, deal values were up over 3x since the nadir of 2008.  Here’s the snapshot:

  • 64 private M&A deals closed in 2011, representing $23B in proceeds (upfronts and milestones).  This includes great deals like Plexxikon/Daiichi, Calistoga/Gilead, Amira/BMS, BioVex/Amgen and Advanced BioHealing/Shire, among others.
  • Only 45 of these 64 deals disclosed financial information
  • Nycomed was worth $13.6B and was clearly not venture capital, so taking that out leaves $9.4B in total
  • Several of the remaining deals had significant earnouts; removing these milestones leaves $7.1B (i.e., only upfront payments)
  • If you assume that investors owned on average 75% of these exits, which is in line with ownership benchmarks, then an estimated $5.3B was realized last year from this set of disclosed deals.

(see graph)

Comparing these capital flows to the biotech venture capital investment pace reveals a surplus of realizations.  In 2011, again according to BioCentury’s database, $4.8B was invested in biotech venture capital deals (therapeutics only).  Compared to the $5.3B in estimated realizations above, this yields a $500M surplus.  By comparison, in 2008 over $3B more flowed into financings than M&A.  The chart below captures the net capital flows between these two over time.

(see graph)

Having more realizations than investments is not remarkable; in fact, its critical for long term viability of a sector.  But it is remarkable that just this set of disclosed M&A deals of private biotechs alone outpaced the total amount invested, and highlights how strong the biotech M&A market was in 2011.  The reality of the full realization picture for biotech is obviously even better than these numbers: first, this M&A dataset doesn’t include any public equity realizations, so misses both sales by venture investors of post-IPO biotech stocks or public biotech acquisitions where VCs still had big positions (e.g., Burrill’s position in Pharmasset, NEA’s in Inhibitex).  Second, many VCs also do PIPE investments and a number of these were big hits this year as well (e.g., Amarin). Third, as noted above, almost a third of the private M&A deals didn’t reveal their financials, clearly biasing the overall number lower.

This positive net capital flow by M&A in biotech is better than the relative impact of M&A on the aggregate, cross-sector venture landscape: according to the NVCA, $23B in venture-backed, disclosed M&A deals closed in 2011, so using the same assumptions that investors owned 75%, that would imply $17B in realizations.  The early data on 2011′s total venture financings (from CBInsight) has the aggregate funding at $30B.  The data might not be perfect, but it does suggest a large net-negative relative capital flow.  A big caveat is that IPOs have played a big role in social media and IT in 2011, but when comparing relative M&A impact, its fair to say venture-backed biotech had a great 2011.

While it’s true that the amount returned and the amount invested in any given year aren’t directly related (i.e., one year’s exits represent capital invested over many prior years), the crossing of these trends in capital flows is quite positive and highlights the increasing investment realizations we’re getting in the life science venture world.

A second metric is also worth highlighting: the realizations from these 2011 M&A deals also outpaced the likely biotech allocation of recent venture capital fundraising. If one assumes that ~17% of all recent venture fundraising will go to biotech (in line with biotech’s share of venture investments over the past five years, according to MoneyTree), then last year’s $18.2B in venture fundraising will provide $2.8B in biotech allocations in these new funds. This is substantially less than the $5.3B in estimated returns.  The chart below captures the net capital flows between these two over the past few years, trending favorably towards returning more capital after the challenging years of 2008-2009.

(see graph)

A caveat to this data is that the real gap probably isn’t this large, as corporate VCs don’t have to report their fundraising and play an important role in 20-30% of biotech venture financing's.

In summary, 2011 was a solid year for biotech investor returns through M&A.  As life science companies chalk up more exits, and both fundraising and fund sizes continue to be ‘right-sized’, its likely the this surplus of biotech realizations over both investment pace and fundraising will continue for the foreseeable future.  This is a good thing for venture capital and our LP’s, and will hopefully bring a better appreciation of the merits of life science venture capital.

ACH-1625 Receives Fast Track Designation From the FDA for the Treatment of Chronic Hepatitis C

NEW HAVEN, Conn., Jan. 4, 2012 (GLOBE NEWSWIRE) -- Achillion Pharmaceuticals, Inc. (Nasdaq:ACHN), a leader in the discovery and development of small molecule drugs to combat the most challenging infectious diseases, announced today the receipt of a Fast Track designation from the U.S. Food and Drug Administration (FDA) for ACH-1625 for the treatment of chronic hepatitis C virus (HCV). ACH-1625 is a once-daily protease inhibitor with broad genotypic coverage against HCV that was discovered by Achillion and is currently being evaluated in a Phase 2 clinical trial.