Showing posts with label medical devices. Show all posts
Showing posts with label medical devices. Show all posts

Friday, January 29, 2016

Financial Sarcasm Roundup for 01/29/16

People take self-identification to new extremes in the digital age. I self-identify as sarcastic, which ought to be a distinct personality type.

Japan's central bank goes for negative interest rates. That should pry the last yen out from under savers' mattresses and push Japanese investors into riskier territory. The positive feedback loop from such a nonsensical policy will never solve Japan's structural problems. Switzerland did this for a while but they had a strong currency. Japan's results will be worse.

Puerto Rico expects to issue new debt. The old debt isn't working out too well, so the new stuff will have to pay junk-bond type interest. Paying out 5% just isn't going to cut it with investors who got burned. No one likes taking a valuation haircut. I am so glad I never owned Puerto Rico bonds. They will make very nice wallpaper after several re-issues.

Theranos keeps having one problem after another. Specious tech claims and poor lab conditions should not justify a multi-billion dollar private market valuation. A whole bunch of top-shelf VC firms have staked their reputations on a business they never understood. I can imagine the panicked phone calls up and down Sand Hill Road about what desperate measures anyone can take to keep this unicorn from tipping over. Save the energy for the post-mortem court cases, people.

I may try self-identifying as a housecat just to see how people react. Nah, just kidding.

Thursday, January 14, 2016

Non-Dilutive Funding Summits Offer Free Insights

I attend as many local finance events as possible. The week's JP Morgan Healthcare Conference 2016 brought out lots of supporting events to keep me busy. I attended the FreeMind 11th Annual Non-Dilutive Funding Summit because I need to know how startups can raise money without giving up eventual riches. I have no badge selfie this time so you'll just have to imagine me there. The speakers were tailored for a life science audience given JPM's presence this week. I'll share my own thoughts below based on what I learned.

The federal government's SBIR and STTR programs are big funders of projects that meet the government's program requirements. The Milken Institute's report “Estimating Long-term Economic Returns of NIH on Output in the Biosciences” shows how the NIH's non-dilutive funding has tremendous leverage on future funding and economic output. I don't know why some federal agencies cluster their awards in certain parts of the fiscal calendar. Maybe they just don't get enough interested applicants for a regular award cycle, or maybe they just procrastinate. It's good to know that small businesses owned by private investment funds are eligible for SBIR/STTR funding.

The US government is not necessarily the ideal target market for most pharma startups. The government's niche drug needs for low-volume doses do not offer the same scalability of a high-ROI commercial market. Furthermore, I suspect that the government's need to stockpile even large doses of drugs for emergency use requires only periodic replenishment every few years as stocks expire. Contracts for definite delivery of definite quantities do not offer private companies the same quality of earnings as regular sales through commercial channels. Startups targeting a government or military customer should use that non-dilutive funding to enable penetration of a larger commercial market if their solution has more than one application. Realistic startups will not get rich on DOD's need for bio/chem war countermeasures, but will instead recognize the useful partnership and validation that comes with DOD research funding.

I am pleasantly surprised to learn that FDA priority review vouchers can be sold in private transactions. Netting a few hundred million dollars for a voucher is a sweet deal. Perusing the FDA's Center for Drug Evaluation and Research (CDER) Small Business and Industry Assistance (SBIA) webpages reveals a whole bunch of tax credits and other incentives for drug developers addressing special situations. Here's a legal path to riches in drugs, kids. Stay away from the ghetto street dealers, earn your MD or PhD, and get Uncle Sam to fund your commercial drug lab.

The NIH's NIAID funds Phase I efforts and helps companies find a transition partner for Phase II. Centers of Excellence for Translational Research (CETR) are NIAID's academic research partners offering subject matter expertise for medical tech under review. The Bayh-Dole Act's procedures for determining exceptional circumstances (DEC) apply to tech transfer in the life sciences, just as they do to other government tech commercialization efforts. Small companies can use Bayh-Dole's leverage in a DEC to get funding if they commit to accelerating a technology's development.

Salespeople know that more frequent contact in highly targeted campaigns gets better results. Raising capital is a lot like selling a product. I will not listen to self-proclaimed experts who sell exorbitantly priced marketing solutions. Cheap or free marketing efforts are best. Scientists who have never left an academic research lab need a business partner who can sell. Just ask the Google founders. Startups staying in stealth mode longer than needed miss out on publicity and fundraising that they need to accelerate. The stealth aficionados need to get out more to see that tech ideas are more common than execution ability.

I want to see good definitions of the clinical research phases that describe the value-added things entrepreneurs can do before Phase I. Some private funders in venture philanthropy break down pre-Phase I tasks in different ways. Entrepreneurs need those things so they can leave stealth mode quickly. They also need good data on unmet needs in medical conditions to guide assessments of viable markets. I found some basic unmet needs descriptions of Parkinson's disease and multiple sclerosis with a Google search. The truth is out there.

It's really great to see the NIH National Cancer Institute's SBIR program offer an I-Corps pilot program. The popular biotech forums like BIO Innovation Zone and AdvaMed's MedTech Showcase are the kinds of places where life science researchers cam meet entrepreneurs. Once they start hanging out together, they can start commercializing government research and jump into I-Corps training. They can start by exploring NIBIB's Biomedical Technology Resource Centers (BTRCs) for data at the BTR Portal that supports a technology's commercial prospects.

Greedy business people can forget about buying influence with the US government. The interest of a powerful government patron means nothing at all in funding tech. Government program managers must follow rigorous guidelines and scientific evaluation criteria when awarding grants and research contracts. Contact with a senior government official may get a private company some feedback on the government's procurement interests, and nothing else. I have to laugh at companies like Theranos who stuff their advisory boards with prestigious former government people. Lobbying for influence is a waste of money.

The Milken Institute / FasterCures report "Fixes in Financing" from April 2012 is a much better guide to funding success than what any retired political hack could offer. It would be more useful for a life sciences startup to have an advisory board of grant experts, government contracting experts, and NIH subject matter expert reviewers than some Theranos-type board of clueless celebrities. Startups should also read NCBI's 2013 article "Estimating Return on Investment in Translational Research: Methods and Protocols" to appreciate how some government funding reviews incorporate ROI calculations into awards.

It's worth noting that SBIRs can have slightly less stringent requirements than STTRs. The SBIRs can also have broader objectives in socioeconomic development and keeping the industrial base warm. Government managers may just offer SBIR grants to generate some random innovation even if the result doesn't completely meet a procurement requirement.

I suspect that private companies seeking non-dilutive capital may have no clue how to describe a minimum viable product (MVP) using technology readiness levels (TRLs). I want any startup in my private equity portfolio to use those TRL milestones when they submit SBIR/STTR applications or develop cooperative research and development agreement (CRADAs).

Non-dilutive funding saves small company founders from giving away ownership too early in the life of their big idea. Only private industry can do large-scale manufacturing and distribution, so late-stage companies will have to seek dilutive funding for final commercialization. Taking the free money up front from government agencies and non-profit venture philanthropists is always a smart move.

Monday, January 04, 2016

Helius Medical Technologies Targets Brain Trauma

I have to examine Helius Medical Technologies (US ticker HSDT) just to wonder what this medical device company is all about. Here's another small company that went public before it became profitable. Startups often use reverse mergers to raise capital. The successful ones have a minimum viable product ready for regulatory review prior to said merger.

The company's core offering is some kind of tech that facilitates neurological rehabilitation. Their PoNS device electrically stimulates the tongue to prompt brain functions in patients undergoing different forms of rehabilitative activity. It's a cool concept and getting CRADA funding is also cool. I respect anyone who tries to ameliorate mTBI suffering. Doing it outside a research lab means making a product someone actually buys.

The market for mTBI treatments alone makes pursuing any solution a calculated risk rather than just a wild gamble. The NIH's NCBI cites a literature review from 2013 citing a wide range of estimates for the societal cost of TBI. The range of $25,174 to $81,153 for moderate TBI matters most for the types of solutions that will attract US government CRADA funding. Any device seeking market share must be available at a price point far below the low-end TBI cost estimate of $25K. A total addressable market anywhere from $2-4B is worth chasing.

The one data set that jumped in my face was the executive compensation on their Yahoo Finance profile page. I looked at their most recent 10-Q dated November 16, 2015 and it looks like the compensation is stock-based. That's appropriate if they're spending cash on R+D. Cash on hand as of September 30, 2015 was $192K while their net loss was just over $1M for the quarter. A burn rate of over $330K or so per month means Helius must regularly raise new capital. Shareholders can expect dilution after a successful $2M raise in late 2015. The drawdown of a $5M credit facility noted in the 8-K dated December 31, 2015 will also dilute shareholders.

Medical device makers cannot sell a product until the FDA grants approval for distribution. Helius must survive on invested capital until their product has complete regulatory approval. It's too early to tell whether Helius can match its tech's promise to market reality. Patients with mTBI can keep their fingers crossed.

Full disclosure: No position in Helius Medical Technologies at this time.

Sunday, July 27, 2014

Launch Opportunities for Biotech Startups in Surviving and Conquering Disease

I attended two recent public lectures that opened my eyes to disruptive opportunities in the health care sector.  The first was Dr. Diana Schwarzbein's presentation at the Commonwealth Club on the "Survival of the Smartest," where she expounded on her findings in The Schwarzbein Principle linking nutrition and endocrinology.  The second was Dr. Nevan Krogan's talk at the local Umpqua Bank branch on mapping the human genome.  Their wisdom can drive capital into enterprises that benefit human health.

The common link between the two talks was the relationship between diseases and the body's natural pathways.  Dr. Schwarzbein's work has identified the chemical building blocks in foods that enable the body's "building" hormones.  Dietary changes that support the body's cell repair ability can mitigate long-term diseases.  Dr. Krogan described the large-scale data collection effort for disease as the next health care revolution.  Malfunctioning protein complexes occur in disease states, and mapping the mutations in cell function pathways enables precision medicine.

I am not a physician, biochemist, or nutritionist.  It is beyond my professional skill as a financial analyst to describe how chemical changes affect cells.  The medical community's attention to the interaction of chemistry and genetics is enough to signal that biotech entrepreneurs should offer disruptive solutions.  The channels for these solutions abound.  The Silicon Valley Health Institute's speaker series is probably a good forum for startups to show early adopters their latest ideas.  The Gladstone Institutes link scientific investigators to emerging research; startups should look there for research validating their business models.  The California Institute for Quantitative Biosciences (QB3) operates Bay Area incubators for promising startups.  I believe venture investors would look very favorably on a startup with a QB3 pedigree.

The combined effect of these two talks reminded me that the San Francisco Bay Area is ground zero for biotech innovation.  Scaling entrepreneurs need to hang out with endocrinologists, biochemists, and gene therapy specialists at major medical research centers.  I once connected with the California Institute for Regenerative Medicine on behalf of a health care startup in my own portfolio.  I would do so more often with other entrepreneurs who seek my wisdom, if I owned an equity stake in their enterprises.

Friday, November 09, 2012

Lessons From 11th Annual BIO Investor Forum

I attended the 11th Annual BIO Investor Forum in San Francisco last month.  I don't normally comment on the health care sector but I've been invited to enough pharmaceutical company roadshows to make attendance here worthwhile.  Much of what I relate below is from very detailed notes but I've inserted my own observations where appropriate in italics.

The first panel on trends in early stage finance (featuring Campbell Alliance, Thiel Froundation's Breakout Labs, and Third Rock Ventures) started things off right.  They explored gaps in early stage funding for life science companies due to funders' risk aversion.  Big Pharma seems to be focused on funding later stage and clinical stage companies only.  They think it got hard to launch innovative products after the global economic crisis contracted ROIs.  Disease foundations are still investing in early stage treatments and university hospitals are also investing directly.  I had no idea that companies could bring in an "executive-in-residence" to build out an internally developed technology before they shopped it around to partners, but I guess when you think about it executives can be temporary hires too.  The panel identified "venture philanthropists" like the Leukemia and Lymphoma Society that invest in small deals with no strings (like tech rights or special payouts).

The panelists said investors need incentives like project options, but Big Pharma suitors want to see a mature IP portfolio they can extract in a buyout.  C-corps aren't as tax efficient as LLCs (color me surprised) so alternatives like "structures acquisitions" that allow distributions are worth considering.  Funders who standardize terms will see reduced legal fees and simplified due diligence, and can pre-screen out applicants who want special terms.  Standard terms should not saddle startups with rules that will turn off later stage investors.  Government funding is available from DOD's DTRA and DHS (I wonder what terms they demand!).  Hey, what a great panel.  I learned a ton of stuff already.

The second panel was about the hype around cancer stem cell therapy.  A lot of this was scientific stuff that went over my head as a finance guy but there's some stuff here I could understand.  They said the sector awaits clinical data that will indicate more effective treatments (but you know something, they always say that in health care, don't they?).  Stem cell therapy has shown a more durable response with fewer lapses than conventional therapies.  Cancer stem cells are meant to be hardy and have many protective and repair mechanisms as fundamental properties, so this is why use of a "therapeutic index" is the key to targeting only malignant stem cells.  IMHO, chemo treatments alone can make cancer cells worse, so multi-path treatments that include stem cells seem to be the way to go.  Some experts refer to stem cells as "initiating cells" because not all of the cancerous biomarkers have been identified yet.  Finally, this year's Nobel Prize in Medicine was for stem cell work using oncogenes.

Next up was a panel on the new pharma-VC model for biotech investing.  They started by noting that biotech indexes were outperforming the broad market this year and that new legislation has accelerated FDA drug approval.  Venture investing in bio is declining and IPO exits are more difficult.  In-house pharma R&D has declined, so Big Pharma is increasingly partnering with VCs because it can't innovate alone anymore.  The public capital market can no longer fund clinical the clinical trial phase for early stage drug companies as it did in the 1990s (IMHO this matches what I've seen anecdotally at investment roadshows, where early companies that went public too early end up scrambling for private placements to fund their clinical stage).  Wall Street's scrutiny of quarterly financials inhibits big Pharma from making big, risky, long-term R&D commitments (IMHO, if this is so obvious then early stage drug startups should not look for premature IPOs!).  I learned something very important:  Portfolio companies can shield confidential information from a Big Pharma joint investor so they can pursue R&D for a product that appeals to the entire drug market, not just one big investor.

Big Pharma thinks an ideal target is in pre-clinical to early clinical stage.  Delays and doubts make early stage drug discovery a nonlinear process.  This process creates discrete assets worth screening and pursuing; my interpretation of a "discrete asset" is some fragmented IP left on the shelf that may be of value to a Big Pharma partner building a larger IP portfolio.  Two partners in drug development increase the chances of arms-length transactions later on in an exit strategy.  This panel also mentioned a ton of public policy risks, like the FDA's disinterest in communicating drug risk to the public and the favoring of obscure treatments.  Finally, the valuation curve "right shifts" from Phase 1 to Phase 3 once early uncertainties are past; in plain English, later stage companies are less risky and more valuable because their product offerings carry more certainty.

Ooh goody, here comes one of my favorite panels on late stage private company decisions.  They revealed that investment banks are now requiring existing investors to "double down" on a pre-IPO company with more investment.    I kept thinking:  "Value creation" can happen any time in the entrepreneurial process even if a final drug patent isn't marketable; it may still have legacy value as baseline R&D that can be sold as part of an IP portfolio.  I heard a acronym for the first time:  "FIPCO" means a fully integrated pharma company that contains an entire value chain - initial development, clinical trials, approvals, and marketing a mature product.  There's a very limited buyer base for pharma IPOs despite claims of typical 20% initial returns (but I wonder about the length of the holding period for measuring that first IPO pop).  Those market returns have driven institutional investors to become hyper-short-term focused.  Private funds and family offices can make investment decisions much faster than larger institutions that outsource their due diligence to gatekeeper consultants.  This panel was fun because their consideration of the JOBS Act tempted me to ask a question during Q and A.  I asked about the effect of crowdfunding on exits.  They said there's more angel investing than VC investing in biotech, and this requires real technical expertise to understand details, so a crowdfunding approach for biotech may not find a wide enough audience to fully fund a startup's needs.  Bio startups (especially pharma) need hundreds of millions of dollars to be successful and crowdfunding may not be able to deliver that much.  It can be a helpful factor but it won't be big enough to drive a bio startup's success.  Okay, I'll buy that line of thinking for pharma, but  a medical device company that only needs a few million is easy to crowdfund.  I chuckled when one panelist kept calling it "cloudfunding."  LOL!  That brings new meaning to the term rainmaker if it catches on.

The next panel on diagnostics was kind of boring.  Diagnostic makers will impact the debate on cost-effective care, and private payers will need to watch bottom lines thanks to Obamacare forcing more people into the system.  Panelists think a best-in-class business model for a diagnostics maker includes barriers to entry like trade secrets and regulatory arbitrage.  They see downstream opportunities in informatics where IP know-how in sorting and analyzing data can add value.  IMHO more bio sector folks need to attend the trade shows I've seen in Santa Clara on enterprise computing and cloud architectures.  Calling out IP infringers and pursuing them with litigation is not as viable a business strategy as pre-emptive IP defense.  How Clausewitzian!  That reminds me of the old truism in warfare that a defensive strategy has a three-to-one strength advantage over an offensive one.

The lunchtime panel was all about dissecting the corporate VC model.  Lunch was awesome BTW, with the Palace Hotel giving us plenty of high-quality grub at this shindig.  Anyway, MedImmune Ventures, Novartis Option Fund, and Baxter Ventures showed up for this one.  The panelists mentioned how some corporate funds keep their business development officers away from a funded portfolio company until whatever project they have is mature, but others allow some BD officers to cross the confidentiality wall.  This means that not all corporate VC arms have a strong confidentiality wall.  IMHO it would take a courageous startup to take money from a corporate partner with no confidentiality barrier.  Lack of a barrier will limit a startup's options with future partners.  I like how they addressed the problem of a major competitor acquiring a stake in "their" startup while they still owned a minority stake.  They said they were willing to let that minority interest liquidate after IPO if they no longer had a strategic interest, but IMHO this leaves open the question of what they would do in the absence of a public market exit.  Startups that get tied up too early to one corporate sponsor may be less willing to share information later.

What's a more important investment criteria, ROI or a match with corporate strategy?  Some corporations want their VC fund returns to stay in the top quartile of all corporate VCs, so ROI for them is paramount over strategy with the CFO as the ultimate authority in defining metrics.  There doesn't seem to be room for a balanced scorecard approach here; senior corporate officers are not willing to throw away capital on a strategic option if there's no ROI.  Corporate funds can syndicate investments with other VCs but ultimately still adhere to ROI over strategy.  Corporate VCs like entrepreneurs who present single term sheets to both corporate and traditional VCs, so they can attract more capital to the same deal.  Corporate VCs can even pick other syndicate members if a single term sheet will attract enough total capital to get the startup to the next stage of its value creation strategy.  Corporations do invest in pure VC funds; I'd like to know what their ROI metrics are for something they pursue outside their own shop.  Corporations that demand options want them to fund additional work or new corporate infrastructure that will enable the funded startup to fit its work into that particular parent.  Some corporate funders are even willing to introduce a startup to other VCs if it's not the right fit for their investment philosophy.  I guess some bio executives go out of their way for the good of the industry once in a while.

Here comes another technically-oriented panel on treating rare diseases.  This was a little bit over my head but worth it.  The expense of treating rare diseases gives certain drugs pricing power.  Bigger primary markets give regulatory pushback, making drug development tougher.  These facts mean a high-priced drug even with low volume means blockbuster sales in the rare disease segment.  The FDA has opened accelerated approval to rare disease drugs, with the "breakthrough therapy" designation for drugs demonstrating substantial improvement in conditions.  Cross-sectional studies of patient progress are a cost-effective way to identify biomarkers, making R&D easier for startups.

This panel's insights into payers' mentalities was enlightening in the context of Obamacare.  Pharma developers have seen very little concern about the cost of rare disease treatment from payers.  Payers are more concerned with the cost of treating more common diseases (like diabetes).  Read between the lines.  Forcing more minimally-insured customers into the health care system means more stringent cost reviews are coming for drugs that treat common diseases, with little attention to cost controls for rare disease drugs.  Some segments now have a wildly profitable market opportunity thanks to overcomplicated regulation.  In pricing a one-time treatment, the best method is for a drug developer to just set one but charging six figures for every rare drug treatment isn't sustainable.  A new regulatory approach in Europe will probably shorten patent life, so rare drugs will fall off a pricing cliff.  Performance-based pricing is workable, i.e. paying only if a drug actually works as intended.  Consider this together with my observations earlier in this paragraph and get a picture of the profitability window for rare drugs remaining high but gradually shortening, with more potential opening up for generic drugs over the long term.  The panel thinks the Affordable Care Act won't drive a pricing solution; instead payers will ultimately balk at paying exorbitant prices and will force price control regimes like performance-based pricing.  This further confirms what I've read in public media about how Obamacare won't control costs!  Payers who aren't allowed by law to drop coverage will probably have to raise premiums and co-pays before they turn to generics or cost controls.

The final panel for this two-day bio gabfest gave forecasts for 2013, so here comes a bunch of randomly disconnected  observations.  They said regulators only approve differentiated products, so early stage investors want to see a well-defined treatment population that will justify moving to Phase 3.  Non-dilutive A-round terms mean a lot to investors.  I learned a new term called "preserve optionality," a funding syndication strategy that enables continued capital raising in case unfavorable market conditions delay a company's success.  In the analyst community, generalists don't have an interest in biotech small caps (except me, of course) but every five years or so a large cap breaks a big exciting drug story that captures generalist interest.  Small caps need "take outs" like good data and new developments to outperform the broad market.  Innovation may explain IPO pricing; small caps can be risky but are attractive because the inflection point of public recognition of value hasn't happened yet.  The great cash flow and low growth of Big Pharma implies they should be acquiring.  Public sentiment for a sector can drive generalist coverage in biotech as it did for Facebook.

One fund manager known to the panel keeps about 20% of his fund in biotech small caps.  It sounded like the manager picks six to eight small caps just to avoid blame if one has a downturn, regardless of whether each is a good investment on its own merits.  The number of funds capable of syndicating deals is declining, so there may be chronic underfunding of deals in the future due to a depressed market.  There will always be more money than good ideas.  Creating value means getting through the "risk gates" of commercialization and competition.  Perhaps less money available will lead to only better companies getting funded.  That sounds great, because too much money means chasing bad deals just for the deal's sake in any sector.  Figuring an early stage company's capital requirement means considering its early wins, which conserve capital.  Here's the most important thing I learned at the conference:  Only about one of every fifteen drugs goes from pre-development to approval, so the discount rate for early capital raising must be set high.  Investors pay VCs to wring out technical risk early on, and breaching the commercialization risk gate comes after Phase 2 trials (probably the second most important thing I learned here).  The overlooked risks of manufacturing difficulties and operational problems are areas where investors can make a difference.  IMHO, this is where VCs with access to a broad body of knowledge covering drug and device manufacturing operations can add value, because I got the impression that common problems are so widespread that knowledge of their solutions could help startups break through those risk gates.  Knowledge management solutions need to be widely available!  Low returns drive institutional investors away from VC as an asset class.  R&D investments have recently generated low ROIs, so Big Pharmas have used cash flows to support share prices with stock buybacks.  One panelist said, "We're investing in a fifteen year business, trying to stick it in a five year box."  Investors' expected time horizons are much shorter than the standard drug development process.

This panel finally got around to making its predictions after all of that random analysis.  Here they are.  Expect some great primary-care launches in twelve to eighteen months.  I'll hazard a guess that this means we can expect more cash-only health care providers as an end run around the Affordable Care Act's insurance mandates.  Health care reform won't change, regardless of the election.  How right they are!  Obamacare should really be called Romneycare 2.0.  Finally, both the panel and the audience here thought diabetes treatments will be huge within five years.  That is really great news for my investment in CVAC Systems.

Well, there you have it.  I've dumped a load of knowledge into the public realm.  The task for investors like yours truly is to use it to develop screening criteria for health sector startups that are worth supporting.

Thursday, March 22, 2012

OncoSec Medical (ONCO) Struggles To Pierce Market

I first became aware of OncoSec Medical (ONCO) about a year ago when it was struggling to make an indentation (a pun on its tech) in the medical device market.  I noticed this month that it's now being touted in a free mail teaser from Trinity Investment Research.  Feel free to peruse my many posts mentioning that outfit and how it touts low-priced stocks that later go nowhere.  You should know that shops like Trinity make their money from companies that pay for publicity.  The first page of Trinity's pump letter shouts that this $0.75 stock deserves a $59 buyout bid.  Let's look at facts to see if that wish holds up.

I've learned one very important thing from being an early stage investor in a medical device company (not OncoSec) that is succeeding in business.  The CEO of a medical device company must be an executive who has deep experience in the sector, preferably in product development and marketing.  Serial entrepreneurship really helps.  The CEO of OncoSec is someone who has been a law clerk and intern analyst.  His previous responsibilities have been in harmonizing merged companies rather than building companies from the ground up.    His most recent leadership experience was with Inovio Pharmaceuticals (INO), a penny stock that has lost money for years.  It's notable that OncoSec's chairman was a VP at the venture capital firm where OncoSec's CEO had been an intern.  The chairman seems to have brought him over from Inovio in March 2011, where the OncoSec chairman is also Inovio's chairman.  Are these two guys related?  Anyway, the chief business officer and director of clinical operations have relevant experience.

OncoSec's core technology is an electroporation application.  The basic tech has been around since the 1970s and a competing product is available from Bio-Rad.  I don't see how OncoSec's application is so radically different from solutions offered by Inovio for DNA treatment or MaxCyte for cell lines.  OncoSec has applied to protect its IP but at this stage the technology is protected primarily by its status as a trade secret.  I also wonder about the history of this company, which until March 2011 (the time the new leadership team came over from Inovio) was known as Netventory Solutions.

The company is still losing money but that's to be expected for something still in its developmental stage.  I just don't see how anyone can claim OncoSec deserves a $59/share buyout while it has no revenue and still awaits IP protection for a commonly used technology.

Full disclosure:  No position in ONCO (or other companies mentioned) at this time.  

Sunday, November 20, 2011

PositiveID (PSID) Does Not Have Positive Earnings

This is one of those blog posts where the title tells you all you need to know.  Fortunately for my readers, I go above and beyond the minimum explanation because I'm in love with the sound of my own voice (even when it's typed out in digits). 

PositiveID (PSID) is a penny stock.  It may or may not remain a penny stock depending on the market's eventual reaction to FDA approval for its technology.  With an EPS of -$0.50, it's currently losing more money than the worth of a single share (which was $0.19 as of Friday).  I always laugh when I see a stock like that.  One of my favorite whipping post stocks, YRCW, is in the same boat. 

Look at the current management team. The CEO's background is in security technology, telecommunications, and accounting - not medical devices.  I find it absolutely indispensable for a CEO to have a long operating background in a company's industry. 

The company formerly marketed the VeriChip application before its merger with a corporation called Steel Vault.  That product went absolutely nowhere due to concerns over its lack of security and the possibility that it emitted cancer-causing radiation.  In case you missed it, there's still a VeriMed site with references to that technology, and the address on the contact page is identical to PositiveID's current location in Delray Beach, FL.  PositiveID now offers another implantable product called GlucoChip that does the same thing as VeriChip, with the explanation that it measures blood glucose.  Wait a minute, that competes with their other glucose measurement product called Easy Check.  Why make two devices that do the same thing?

If this story hasn't confused you enough, just relax.  Read the headline one more time. 

Full disclosure:  No position in PSID or any of its predecessor or affiliated companies, ever.  Oh yeah, no position in YRCW either.