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Saturday, March 16, 2019

McKesson’s Change Healthcare files for a $100 million IPO

Change Healthcare, which provides healthcare revenue and payment cycle management software, filed on Friday with the SEC to raise up to $100 million in an initial public offering.
The Nashville, TN-based company was founded in 2005 and booked $3.3 billion in sales for the 12 months ended December 31, 2018. It plans to list on the Nasdaq under the symbol CHNG. Barclays, Goldman Sachs and J.P. Morgan are the joint bookrunners on the deal. No pricing terms were disclosed.

Blood Test Study Meets Goal, Validates Epic’s Prostate Cancer Target

Epic Sciences has developed a blood test that can predict how likely a patient with late-stage prostate cancer treated with hormones is likely to respond to an additional course of such therapy. Now, the San Diego-based company has additional data that it says supports use of its tests to determine when not to use hormone therapy.
In study results published Wednesday, the presence of the specific protein fragment that Epic (not to be confused with Verona, WI-based EHR software maker Epic Systems) tests for in circulating tumor cells predicted a shorter median length of survival for men whose disease has spread beyond the gland and isn’t responding to therapies that depress testosterone levels. According to the study, the median length of time patients who had this biomarker lived without their disease worsening was about three months compared to about six months in those who did not. More strikingly, the median length of their overall survival was about eight months, compared to more than two years for those who did not have the protein fragment.
Researchers said the results suggest that patients whose tests detect the biomarker should receive chemotherapy or join a clinical trial for an investigational therapy instead of receiving additional hormone therapy.
The Epic blood test, commercialized by Genomic Health (NASDAQ: GHDX), is part of a broader effort to develop new kinds of tests to detect and monitor cancer, as well as to avoid more invasive tissue biopsies. Myriad Genetics (NASDAQ: MYGN), in Salt Lake City, offers a blood test to inform treatment for last-stage breast cancer. Some companies are aiming to advance cancer diagnostics even further, with tests intended to detect the disease before any symptoms appear. For example, Grail, a spinoff of San Diego DNA sequencing giant Illumina (NASDAQ: ILMN) based in Menlo Park, CA, has raised millions to support its efforts to develop a “liquid biopsy” that can detect cancer in blood at the disease’s earliest stages.
The results from the latest study evaluating Epic’s blood tests were published in the Journal of Clinical Oncology. Blood samples from 118 patients were tested on both the Epic assay and a similar test developed by Johns Hopkins scientists that is currently used in research. Andrew Armstrong, associate director for clinical research in the Duke Cancer Institute’s Center for Prostate & Urologic Cancers, led the group.
“We have therapies to treat recurrent, metastatic prostate cancer, but they don’t work on everyone, and cross-resistance between newer hormonal therapies is a major emerging problem in our field,” said Armstrong, in a prepared statement. “It’s important to know which men are more likely to benefit from further hormonal therapies as well as to identify those men with little chance of benefiting in order to rapidly provide alternative, more effective therapies and or to develop new therapies for these men.”
Epic estimates 50,000 men in the U.S. have advanced prostate cancer. About half, Epic says, have Medicare coverage. Medicare covers the test, called Oncotype DX AR-V7 Nucleus Detect.
This latest study could support coverage of the test by insurance companies, as well as convince more physicians of its usefulness, said Ryan Dittamore (pictured), Epic’s chief of medical innovation and head of translational research partnerships, in an interview with Xconomy. Dittamore co-authored the study, which was backed by the Prostate Cancer Foundation, the Movember Foundation, and the Department of Defense’s Prostate Cancer Clinical Trials Consortium.
Epic, which tests blood samples at its San Diego lab, is working to develop more such tests, as well as studying cancers in conjunction with academic centers and working on drug development with biopharma companies, Dittamore said.
The company raised $52 million in September in a Series E round led by New York private equity firm Blue Ox Healthcare Partners to advance Epic’s development of blood tests for other cancers.
“There’s a lot of talk about being able to use blood tests to predict patient outcomes, and now we’ve done that in prostate cancer,” Dittamore said. “While, certainly, a lot of our colleagues are working on cancer drugs, the reality is that we need to know which drug to give which patient, and it’s not one-size-fits-all.”

5 Key Elements of Chinese Biopharma’s ‘Cambrian Explosion’

The explosion of activity in Chinese biopharma since the initiation of the CFDA (China Food and Drug Administration) reform in 2015 is shaping the industry on a global level.
The first wave of new molecules launched as a result of the reform has reached the market, encapsulated (quite literally) by Chi-Med’s recent announcement of the China approval of fruquintinib, an oral treatment for metastatic colorectal cancer patients.
This and other such milestones are very exciting developments, not just for China, but for patients around the world, many of whom can expect to benefit from treatments originating here in the not too distant future.
Meanwhile, the startup scene has exploded, birthing new companies headed by experienced international teams, and backed by local and global venture capital. The news cycle has so far been overwhelmingly positive, punctuated with headline-grabbing fundraising rounds, which in turn have driven a proliferation of healthcare-focused funds. Indeed, six companies have already listed on the biopharma chapter of HKEX since it opened last year.
As Steve Yang, Chief Business Officer of Shanghai and Hong Kong listed Wuxi AppTec put it to me: “We are living in the Cambrian age of Chinese biopharma,” neatly referencing the geological time period that marked a dramatic burst of evolutionary changes in life on Earth, known as the “Cambrian Explosion”.
China’s biopharma ecosystem and the players that populate it now face their own evolutionary crossroads, at which hard choices will determine who is to thrive, and which Chinese labs will incubate genuinely innovative science.
In the first of this two-part article, I’ll outline five thoughts on the state of China’s biopharma market, before in a second part offering advice on how the country’s biopharma upstarts can best achieve success.
1.     Licensing is swelling Chinese biopharma ahead of a ‘real innovation’ shake out
An interesting characteristic of the profile of Chinese biopharmas’ pipeline is that the number of molecules in development tends to be larger than that of peers in the United States.
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The rationale for this is that many companies have raised funds to secure the China rights to global molecules that have already reached Phase III, or even commercialization, in the U.S. or EU. This is a logical “de-risked” way to get going. The probability of regulatory approval is high, and these pioneer molecules will yield valuable lessons relating to the development process, help establish a commercial presence, and secure valuable cash-flow.
However, company boards will know that to be truly considered innovative, and not just a “licensing shop”, they must foster their own innovative pipeline development, build research capabilities, and move assets towards early development. Chinese biopharma’s relatively larger number of assets under development is a result of companies pursuing these parallel developmental tracks.
2.     Chinese biopharma follows a classic herd effect
The data speaks for itself. As of late 2018, over 60 percent of all molecules Chinese biopharma has developed, as measured by CTA approval, are in oncology.
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Granted, unmet needs in that therapeutic class are huge, with close to 10,000 new cancer cases diagnosed every day in China, and five-year survival rates at half those seen in developed Western countries. Available treatments are often out of reach for Chinese patients, and more affordable options are needed. The risk is real though of over-indexing and crowding the field with poorly differentiated molecules. PD-1, an innovative immuno-oncology therapy, is a perfect illustration of this phenomenon. Competition is necessary and welcome, but will Chinese hospitals, and patients, really need 20+ PD-1s options?
China is also facing a heavy burden in cardiovascular, diabetes, respiratory, and infectious diseases, but so far relatively few local companies have chosen to focus on these areas. As an example, Ascletis is targeting infectious diseases such as hepatitis B and C, but it is an outlier in a crowd dominated by “onco” start-ups.
3.     Quality could be the ultimate differentiator, and quality control is a major risk factor
We recently interviewed Chinese biopharma leaders, asking “What keeps you up at night?”
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Talent figured highly, but quality was also a primary concern. In a market characterized by hyper-competition, ensuring quality standards at the highest level will be a differentiating factor for KOLs, regulators, prescribers, and even patients. It will determine price positioning and share capture, and ultimately drive company value.
Every CEO we talked to recognizes that achieving the highest quality standards is a huge challenge. There was widespread recognition that the Chinese innovation system, including clinical trials infrastructure as well as CROs (contract research organizations), and manufacturing, is still immature.
There simply aren’t that many people with the right experience. Moreover, the Chinese healthcare system is still struggling to establish consistent quality standards, as evidenced by recent scandals in the vaccines or plasma spaces and doubt still lingers over practices at some clinical trial centers. As such, reputations risk being destroyed as a result of quality control failures at this early stage of market development.
4.  Expect major China effects on developed markets
The direction of the China biopharma market is clear. The government has the ambition to provide universal, quality care at an affordable cost. It is likely that Chinese biopharma will pursue a launch strategy of volume maximization, with pricing substantially different from global practices. This will be particularly felt in immune-oncology, and oncology. In fact, the first examples are upon us, with Junshi Bioscience launching its first domestic PD-1, Tuoyi, at a roughly 50 percent discount to the price offered by multinationals. We are likely to see more such examples with three key implications for market participants.
1) Within China, order of entry in a given therapeutic class will be very important as it will impact the ability to secure reimbursement, but also listing spots in hospitals, as well as room to effectively engage prescribers.
2) Given its high global visibility, China could become a reference country for pricing and reimbursement in other emerging markets, and even developed markets as time goes on.
3) Successful molecules launched in China, achieving high volume, will find their way into the global market at an attractive price, putting pressure on incumbents in the relevant categories.
5.     Patience is needed but breakthrough innovation is on the way
In our latest China Drug Innovation Index, published in November at the 5th BioCentury China Healthcare Innovation Summit held in Shanghai, we highlighted the “fast and slow” development of China’s innovation ecosystem. The fast assessment applies to regulatory changes and integration with global innovation, while the slow applies to capability building, and quality of Chinese innovation. The fact is, the vast majority of molecules in development today in Chinese labs are “me too/me better” with known mechanisms of action (MOAs).
Some differentiation exists, but one can hardly call these breakthroughs, though a few examples stand out. For example, Hua Medicine is developing a first-in-class GKA inhibitor, currently in Phase III. Fundamentally, the elements required to foster breakthrough innovation are still in their infancy in China. The system needs to promote more collaboration and risk-taking (of the good kind), but it would be unwise to discount the potential of China to emerge as a credible new hotspot of global innovation. The convergence of resources, talent, and policies is gaining momentum. If we had to bet, we would say that within a five-year horizon, we will see a drastic uptick in the quality of innovation coming out of China. Will it rival the U.S.? Clearly not. Will it become even more meaningful on the global stage? Undoubtedly.
In the next part of this article, I will present some views on how Chinese biopharmas can stay at the head of the pack as the race to achieve genuine innovation unfolds.

Amgen: Cowen conference presentation

WE ARE POSITIONED TO DELIVER IMPORTANT MEDICINES TO PATIENTS AND DRIVE LONG-TERM GROWTH
  • • We met and exceeded each of our 2018 financial commitments
  • • Our long-term growth will be driven by innovative and differentiated molecules and delivery systems, biosimilars and international expansion
  • • Our newer products such as Prolia®, Repatha®, KYPROLIS®, Aimovig® and biosimilars are delivering volume-driven growth
  • • We continue to engage with the Administration and Congress to reduce patient out-of-pocket costs
  • • Our R&D organization is delivering differentiated, first-in-class programs
  • • Our strong balance sheet and sustained cash flows position us to provide attractive returns to our shareholders
WE ARE ADVANCING MANY FIRST-IN-CLASS, HIGH-POTENTIAL MOLECULES
Solid Tumors
BiTE® molecules targeting
  • – Multiple myeloma(MM)
    • – Glioblastoma
  • – Acute lymphoblastic leukemia (ALL)
    • – Prostate cancer
  • – Acute myeloid leukemia (AML)
  • – Gastric cancer
    • • CD38 bispecific Ab (XmAb®) for MM
  • – Small cell lung cancer
  • • FLT3 CAR T for AML
  • • MCL-1 small molecules for MM, AML and non-Hodgkin’s lymphoma
Hematologic Malignancies
BiTE® molecules targeting
Bispecific Ab (XmAb®) for prostate
cancer
DLL3 CAR T for small cell lung cancer
KRAS G12C small molecule
BiTE® = bispecific T-cell engager; Ab = antibody; FLT3 = fms-like tyrosine kinase 3; CAR T = chimeric antigen receptor enhanced T cells; MCL-1 = myeloid cell leukemia-1; DLL3 = delta-like 3
ADDITIONAL INNOVATIVE R&D PIPELINE HIGHLIGHTS
Cardiovascular
  • • Repatha® approved in China to reduce risk of MI, stroke and coronary revascularization for adults with atherosclerotic CVD
  • • Omecamtiv mecarbil: myosin activator in Phase 3 for heart failure
  • • AMG 890: lipoprotein(a) siRNA in Phase 1
Inflammation
  • • Tezepelumab: TSLP antibody in Phase 3 for severe asthma
  • • AMG 592: IL-2 mutein in Phase 1/2 for various inflammatory diseases*
Bone
  • • EVENITY™ approved in Japan for the treatment of osteoporosis in men and postmenopausal women at high risk of fracture
  • • FDA Advisory Committee voted in favor of approving EVENITY™ for the treatment of postmenopausal women with osteoporosis at high risk for fracture
*Rheumatoid arthritis, systemic lupus and graft-versus-host disease; MI = myocardial infarction; CVD = cardiovascular disease; siRNA = short interfering ribonucleic acid; TSLP = thymic stromal lymphopoietin; IL-2 = interleukin-2 TezepelumabisbeingdevelopedincollaborationwithAstraZeneca;EVENITY™tradenameisprovisionallyapprovedforusebytheFDAandtheEMA;EVENITY™isbeingdevelopedincollaborationwithUCBglobally,aswellasourjoint venture partner Astellas in Japan
Disclaimer
Amgen Inc. published this content on 16 March 2019 and is solely responsible for the information contained herein. Distributed by Public, unedited and unaltered, on 16 March 2019 14:53:08 UTC

Apple Watch detects irregular heart beat in large U.S. study

The Apple Watch was able to detect irregular heart pulse rates that could signal the need for further monitoring for a serious heart rhythm problem, according to data from a large study funded by Apple Inc, demonstrating a potential future role for wearable consumer technology in healthcare.

Researchers hope the technology can assist in early detection of atrial fibrillation, the most common form of irregular heart beat. Patients with untreated AF are five times more likely to have a stroke.
Results of the largest AF screening and detection study, involving over 400,000 Apple Watch users who were invited to participate, were presented on Saturday at the American College of Cardiology meeting in New Orleans.
Of the 400,000 participants, 0.5 percent, or about 2,000 subjects, received notifications of an irregular pulse. Those people were sent an ECG (electrocardiography) patch to wear for subsequent detection of atrial fibrillation episodes.
A third of those whose watches detected an irregular pulse were confirmed to have atrial fibrillation using the ECG technology, researchers said.
Some 84 percent of the irregular pulse notifications were later confirmed to have been AF episodes, data showed.
“The physician can use the information from the study, combine it with their assessment … and then guide clinical decisions around what to do with an alert,” said Dr. Marco Perez, one of the study’s lead investigators from Stanford School of Medicine.
The study also found that 57 percent of participants who received an alert on their watch sought medical attention.
For Apple, the data provides firepower as it pushes into healthcare. Its new Series 4 Watch, which became available only after the study began so was not used, has the ability to take an electrocardiogram to detect heart problems and required clearance from the U.S. Food and Drug Administration.
Dr. Deepak Bhatt, a cardiologist from Brigham and Women’s Hospital in Boston who was not involved in the trial, called it an important study as use of this type of wearable technology is only going to become more prevalent.
“The study is an important first step in figuring out how can we use these technologies in a way that’s evidence based,” he said.
Researchers urged caution by doctors in using data from consumer devices when treating patients. But they also see great future potential for this type of technology.
“Atrial fibrillation is just the beginning, as this study opens the door to further research into wearable technologies and how they might be used to prevent disease before it strikes,” said Lloyd Minor, dean of Stanford School of Medicine.

MedPAC: Even efficient hospitals can’t cover costs with Medicare pay

The panel is recommending that Congress raise reimbursement rates for 2020 and restructure hospital quality incentive programs.


KEY TAKEAWAYS

The panel saw median margins for relatively efficient hospitals fall below zero last year. The margins slipped even further this year.
While the report’s recommendations would not completely close the gap for hospitals, it would get them headed in the right direction, MedPAC’s executive director said.
Hospitals have long complained that Medicare reimbursement rates are insufficient to cover the true cost of the care they provide.
That negative margin is now even afflicting hospitals that consistently deliver relatively high-quality care at relatively low costs, according to a report released Friday afternoon by the Medicare Payment Advisory Commission (MedPAC). The report includes recommendations for how Congress should update 2020 rates.
“When a hospital or other healthcare provider is being efficient and still cannot stay in the black in Medicare, that’s cause for concern,” MedPAC Executive Director James E. Mathews, PhD, said Friday on a call with reporters.
Medicare margins have been negative for hospitals overall for quite a while. What changed last year, however, was that MedPAC saw margins turn negative for relatively efficient hospitals, when the panel assessed 2016 data. The median Medicare margin fell to -1% for efficient hospitals.

“We didn’t want to get unduly alarmed at that point because one data point doesn’t necessarily represent a trend,” Mathews said. “But now that we’ve got two years of data … that has captured our attention a little bit more.”
In this year’s report, which assesses 2017 data, the median Medicare margin slipped even further, to -2% for relatively efficient hospitals. These efficient hospitals remained profitable because they had a median non-Medicare margin of 11%, resulting in a total median margin of 8% for 2017.
The median Medicare margin for the other hospitals in MedPAC’s sample was significantly worse: -9%. These less-efficient hospitals had a median non-Medicare margin of 9%, resulting in a total median margin of 5% for 2017.
MedPAC’s report categorized 291 hospitals as highly efficient, based on their performance on certain risk-adjusted cost and quality metrics for 2014-2016, including mortality rates, standardized costs per discharge, and readmission rates.

MEDPAC’S RECOMMENDATIONS

Rather than recommending across-the-board rate increases only, MedPAC is recommending that Congress implement a two-pronged approach to address this problem, Mathews said:
  1. Revamp the Medicare hospital quality programs. There are currently four programs, some of which are burdensome and duplicative, so the recommendation calls for them to be consolidated, Mathews said. That should reduce the reporting burden that hospitals shoulder. Additionally, the MedPAC report recommends that the two penalty-only programs—the Hospital Readmissions Reduction Program (HRRP) and Hospital-Acquired Condition Reduction Program (HACRP)—be revised so that the dollars from those programs would be redirected to hospitals with the best quality scores.
  2. Update rates by 2% for all hospitals in 2020, plus additional money for top performers. The projected current-law update for 2020 is 2.8%, so MedPAC recommends that Congress give all hospitals a 2% update. The difference between that 2% update and the current-law projection—i.e., an estimated 0.8%—would then be distributed among acute care hospitals that perform the best on quality and cost metrics, the MedPAC report states.
Mathews says the recommendations, if implemented, would not quite close the gap for hospitals, but it would get them headed in the right direction.
“We rarely, if ever, recommend payment updates in excess of current law, so this is quite an unusual circumstance for us,” he said. “But we do feel that the status of the efficient hospital, with respect to their financial performance under Medicare, does warrant these kinds of measures, and we have tried to be as judicious and targeted in spending these additional dollars as we can be.”

Tetraphase downgraded to Hold from Buy at Gabelli

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