Monday, May 4, 2015

Mylan launches hepatitis-C Sovaldi tablets in India

Mylan launches hepatitis-C Sovaldi tablets in India

HYDERABAD: Pharma giant Mylan NV today said its subsidiary Mylan Pharmaceuticals has launched Gilead Sciences' Sovaldi (sofosbuvir 400mg tablets) in the country.

Sovaldi is used for the treatment of chronic hepatitis-C infection as a component of a combination anti-viral treatment.

It is estimated that around 12 million people are chronically infected with hepatitis-C in India, Mylan said in a release.

In February this year, Gilead appointed Mylan as its exclusive distributor of Sovaldi in India.

Mylan president Rajiv Malik said they have a history of partnering with Gilead to tackle key public health issues in India and around the world, beginning with expanding access to high quality and affordable HIV/AIDS anti-retrovirals.

"We are proud to continue our work together with the launch of Sovaldi as it supports our joint committment to meeting the unmet medical needs of patients in India," Malik said.

Gregg Alton, Executive Vice-President, Corporate and Medical Affairs, Gilead Sciences said it makes an important milestone in the company's ongoing effort to make its hepatitis-C medicines accessible to as many patients, in as many places, as quickly as possible.

Sovaldi is sold by Mylan's dedicated sales force as part of its Hepato Care segment.

Source

Sunday, May 3, 2015

Joint Pain a Major Issue in Chronic HCV Infection

Joint Pain a Major Issue in Chronic HCV Infection
by Diana Swift
Contributing Writer

MEDPAGE TODAY

Smoking increases risk of arthralgias in hepatitis C.

Patient-reported joint pain is prevalent in those with chronic monoinfection with hepatitis C virus (HCV) or monoinfection with immunodeficiency virus (HIV), as well as in patients with HIV/HCV coinfection, according to a study published online in BMC Musculoskeletal Disorders on April 19, 2015. But chronic HCV patients report more arthralgia.

The study, led by Alexis R. Ogdie, MD, a rheumatologist at the University of Pennsylvania in Philadelphia, found that chronically HCV-monoinfected patients more frequently reported arthralgias compared with HIV/HCV-coinfected or HIV-monoinfected persons.

Joint pain was more commonly reported in HCV-monoinfected than HIV/HCV-coinfected (71% versus 56%; P=0.038) and HIV-monoinfected patients (71% versus 50%; P=0.035).

"These results suggest that joint pain remains a major health concern and a determinant of health-related quality of life among these patients," wrote Ogdie and her associates, adding that healthcare providers should address modifiable risk factors for joint pain such as smoking.

HCV is the most common blood-borne infection in the U.S., infecting 4 million persons and having a range of extrahepatic manifestations, including renal, dermatological, neurological, and rheumatological. "While chronic HCV-induced inflammation is generally thought to be a key contributor to these manifestations, the mechanisms by which they occur remain unclear," the researchers wrote.

The cross-sectional study enrolled 202 patients (173 males) and conducted standardized interviews in 79 HIV/HCV-coinfected, 93 HCV-monoinfected, and 30 HIV-monoinfected patients in hepatology and infectious-disease clinics at three U.S. centers. Age and gender distributions were similar across all three groups, while, racially, more than half of participants were black. The Multi-Dimensional Health Assessment Questionnaire (MD-HAQ) evaluated joint pain and associated symptoms, and interviewers collected information on potential risk factors.

Logistic regression determined adjusted odds ratios (aORs) with 95% confidence intervals (CIs) of joint pain associated with risk factors among chronic HCV-infected and HIV-infected patients. Joint pain was reported by more HCV-monoinfected than HIV/HCV-coinfected patients: 71% versus 56% (P=0.038) and by more HIV-monoinfected patients: 71% versus 50% (P=0.035).

In all groups, the fingers, knees, and back were the most frequently cited areas of joint pain. The distribution of painful joints was similar among the groups, although HCV-monoinfected patients more commonly reported finger pain compared with coinfected patients (41% versus 27%, P=0.035) and HIV-monoinfected patients (41% versus 23%, P=0.067).

A previous diagnosis of arthritis and current smoking were risk factors for arthralgias in both infections. In chronic HCV-infected patients, arthritis had an aOR of 4.25 (95% CI 1.84-9.81), and smoking an aOR of 5.02 (95% CI 2.15-11.74). In HIV-infected patients the aOR for arthritis was 5.36 (95% CI 2.01-14.25) and for current smoking 6.07 (95% CI 2.30-16.00).

Smoking has been associated with musculoskeletal pain and the development of, and worse disease activity in rheumatoid arthritis. This is the first study to report on its link to joint pain in chronic HCV. The authors cited the need for further research to determine whether smoking cessation improves arthralgia in chronic HCV patients.

While the etiology of joint pain in chronic HCV remains unclear, the authors noted that immune activation, direct deposition of viral particles in the synovium, and the high prevalence of concomitant mood disorders might be important contributors to the arthralgias commonly reported by chronic HCV-infected patients. More than half of patients reporting joint pain also self-reported depression and anxiety on the MD-HAQ.

The differences in joint pain prevalence among the three groups raise important questions for further study, the authors wrote. "Hypothesized explanations for these findings include differences in unmeasured environmental exposures among the groups or potentially a decrease in local inflammation related to immune dysfunction in HIV infection, resulting in a decreased effect of chronic HCV in the HIV/HCV-coinfected patients." Additionally, HIV-infected patients may be more tolerant of joint discomfort because of the higher priority placed on more serious complications of their disease. With HCV patients reporting a high prevalence of depression, anxiety, and sleep disturbance, depression and anxiety could have contributed to a higher prevalence of joint pain since mood and arthralgia are strongly linked.

Addressing study limitations, the authors noted the cross-sectional design, use of convenience sampling, the inability to perform physical examinations and imaging studies to rule out osteoarthritis, the relatively small sample, and the biasing possibility that patients with joint pain may have been more likely to complete the survey. Additionally, the study was unable to determine the specific etiologies for joint pain. Furthermore, some patients were prescribed analgesic medications and have self-reported joint pain less frequently. Also, because the study evaluated joint pain present within the week before the interview date, some patients with intermittent joint pain may not have been identified in this study.

"Future studies should determine the etiologies and strategies for management of joint pain, including fibromyalgia, in patients with chronic HCV and HIV infection, as well as the mechanisms for modulation of joint symptoms in HIV/HCV-coinfected patients," the authors concluded.

This study was funded by the American College of Rheumatology Research Foundation. The lead author was supported by the American College of Rheumatology Research and the National Institute of Arthritis and Musculoskeletal and Skin Diseases, and another author by the National Institute of Allergy and Infectious Diseases.

The authors declared no competing interests.
Reviewed by Robert Jasmer, MD Associate Clinical Professor of Medicine, University of California, San Francisco and Dorothy Caputo, MA, BSN, RN, Nurse Planner

Last updated 05.03.2015
MEDPAGE TODAY

Friday, May 1, 2015

The Pharmafocus debate: Is the price of new hepatitis C treatments fair?

The Pharmafocus debate: Is the price of new hepatitis C treatments fair?
Published on 27/04/15 at 01:26pm

YES - says Richard Bergström, director general of the European Federation of Pharmaceutical Industries and Associations (EFPIA), who argues that blaming the pharma patent system for hepatitis C drugs’ prices is a non-starter.

New hepatitis C treatments have been a regular feature in healthcare news of late, not least because they offer that most elusive of gifts: a cure.

There has been much discussion about their price, but also a recognition of the value that these treatments offer to society. If a patient is successfully treated, ongoing treatment costs are nullified, including significant expenditure on care – and that patient may return to work, delivering further economic benefits to society.

Patent challenge

However, in February the charity Doctors of the World (also known as Médecins du Monde) filed a challenge against the patent for Gilead’s drug Sovaldi (sofosbuvir). The NGO maintained that while the medicine clearly represented a real breakthrough in the treatment of hepatitis C, it was not innovative enough to warrant a patent, particularly at the price that Gilead was charging.

Doctors of the World argues that if it wins the patent challenge, this would open the gates for generic companies to enter the field, copy the drug and sell it for a considerably lower price.

Doctors of the World is not alone in challenging the patent. To date a total of ten challenges have been registered against the makers of hepatitis C drugs. What is strikingly obvious, though, is that Doctors of the World and others who have fi led challenges against the Sovaldi patent are taking aim at the wrong target.

The bottom line is that without their patents, Sovaldi – and other drugs such as Janssen’s Olysio (simpeprevir) and AbbVie’s Viekirax (ombitasvir/paritaprevir/ritonavir) and Exviera (dasabuvir) – would never have been developed, and millions of people with hepatitis C across the world would be left without the possibility of a cure for this often-debilitating condition.

'Selective memory approach'

This selective memory approach to the issue offers no comfort to hepatitis C patients. In the case of the Doctors of the World patent challenge, it also points to the lack of affordability of Sovaldi as being a result of its high price.

However, what this argument ignores is that the manufacturer has differentiated the price across the range of countries where the drug has been provided to patients. EFPIA may not be in a position to assess the validity of the claims against Gilead’s patent, but we have serious concerns that these proceedings are challenging a patent on grounds that are wholly unrelated to the patent system. To put it plainly: the price of a product plays no part in the decision of a patent office to grant a patent.

Medicines prices are in fact determined by those who buy them. This means, for the most part, that prices are determined by governments – and not patent offices, who have no influence over prices whatsoever.

EFPIA acknowledges that European governments understandably may be concerned with debt and liabilities in different areas, including healthcare. However, the overall medicines bill in Europe is currently under control and does not pose a threat to the sustainability of healthcare financing in Europe.

In fact, overall medicines across Europe represent less than 15% of total expenditure – although variances exist among therapy areas.

To achieve both economic and health care efficiency, it makes sense to limit spending on low benefit areas and enhance spending on cost-effective areas, such as primary care and medicines, especially in areas of societal priority.

Pharma must play its part

We must ensure that health spending is as smart as possible, which might mean greater upfront investment, but higher efficiencies in the long term. The pharma industry is prepared to play its part in getting this right by showing flexibility when engaging with payers around the world. The industry’s objective is not to promote spending on health or medicines at all costs, but decisions relating to public resource allocation should be informed by understanding the trade-offs involved where possible.

It must be underscored, though, that healthcare budgets, drug prices and the patent system are distinct and separate entities. What the patent system is in fact designed to do is to support the development of new drugs for patients by offering firms an incentive to invest in innovation.

It also serves to ensure the dissemination of scientific information to encourage research and the development of further innovative and even more effective drugs for posterity. No suitable alternative system has so far emerged that is capable of engaging comprehensively with the clinical trials process to bring new medicines to patients.

Questions may continue to be raised about the price of innovative drugs, but mostly this will be done while ignoring the medicine’s significant value to disease sufferers and the wider society.

There is a need to move away from traditional categorisation considerations and to embrace a more holistic approach to healthcare issues. This means abandoning the silo mentality of focussing solely on the price of drugs and moving towards more joined-up thinking that includes the outcomes and benefits for patients and society.

NO - says Katy Athersuch, medical innovation and access policy adviser at the MSF (Médecins Sans Frontières) Access Campaign, who argues that high hepatitis C treatment prices are hurting us all – and should prompt fundamental changes to how we fund pharma R&D.

April should have been a month of celebration for people living with hepatitis C virus in the UK. NICE recommended that the drug Sovaldi – a faster, more tolerable and more effective treatment for the disease – should be made available for patients on the NHS.

Until recently, hepatitis C treatments were long and involved weekly injections. Side effects were so toxic that some people chose to stop treatment early or never even start. For those that persevered, the cure rate was only 35-80 per cent.

Yet instead of celebrating, patients are left waiting. In an unprecedented move, the NHS is delaying the introduction of the treatment for all but the most severe cases.

Why is this occurring when the treatment is so clearly needed? The answer is the sheer exorbitance of the price. At £35,000 per patient just for Sovaldi, it would cost £1 billion for every 20,000 patients treated.

The NHS has responded by saying that this is simply too much. So why is Sovaldi so expensive? Peer-reviewed estimates indicate that a full three-month treatment course could be manufactured for around £68 – well under £1 per pill, compared to the astonishing £670-per-pill price tag in the US.

Pharma monopolies

The high price is completely unrelated to the cost of manufacture, and entirely related to the monopoly that pharmaceutical company Gilead has on the sale of the drug.

We often hear that high prices are necessary for pharma firms to recoup the investments they make in developing drugs. While we don’t know the exact costs of drug research and development – because companies won’t provide transparent data – economist Jeffrey Sachs estimates total private R&D costs for Sovaldi are as low as £200 million. Even with limited access to treatment, in one year Gilead has already earned in sales revenues 34 times that estimated level of investment.

Having presumably recouped its R&D costs long before reaching almost £7 billion in sales of Sovaldi last year, Gilead now argues that the price of Sovaldi represents the ‘value’ of cost savings from ‘averted’ future treatment needs, including rare, end-stage treatments like liver transplants.

Why should we accept Gilead’s ‘value’ defence of their prices? We certainly don’t expect the price of a root canal to be based on the price of a full set of dentures, or the price to remove a pre-cancerous tumour to be based on the price for a full course of chemotherapy for late-stage cancer.

Value vs price of patents

Crucially, the value these drugs provide to the millions who can’t access them is zero. In reality, Gilead’s pricing strategy attempts to reap as much profit as possible under a system that allows unfettered profiteering, regardless of the repercussions for public health. Gilead can charge these exorbitant prices because it has been granted patents that give it monopoly control over sales of the drug. But these patents are not even valid under the laws of some countries.

In India for example, the patent office rejected Gilead’s application for one of Sovaldi’s key patents because it did not meet India’s patentability criteria, which allows patents for demonstrably ‘new’ drugs but not for incremental innovations.

Additional patent oppositions are ongoing in India and elsewhere. As Doctors of the World (Médecins du Monde) explained when filing their patent opposition in Europe, “the improvement in the quality of life that [Sovaldi] offers to patients is a breakthrough, but the molecule that comprises the drug is not.”

And it isn’t just UK patients losing out. Chronic hepatitis C infection affects an estimated 150 million people worldwide, and is responsible for approximately half a million deaths each year. While Gilead has made the treatment available at lower prices in some countries through ‘tiered pricing’, and through a voluntary licence that permits generic competition in other countries, the discounts offered are not sufficient to allow widespread treatment scale-up by ministries of health or other providers.

An estimated 75% of the world’s poor and over 70% of people living with hepatitis C live in middle-income countries (MICs). But prices for Sovaldi in 50 MICs locked out of Gilead’s voluntary license –where more than 49 million people live with hepatitis C – can range from £1,300 to £10,000 per treatment course.

Some countries will have access to prices of £200 per month or less through generic companies with which Gilead has entered a licensing agreement, but for countries with low per capita income and high inequality, this significant mark-up is unaffordable.

Though it may sound like a discount compared to the colossal prices in the US and UK, Gilead’s tiered pricing still unduly impedes access. We shouldn’t be comparing the cost-effectiveness of liver transplants; we should be testing and treating everyone in need. This is an infectious disease and reducing the reservoir of the virus in the population should be a public health priority.

New models for R&D

Delayed and denied treatment due to unaffordability has ignited a global outcry, but the reasons we continue to face high drug prices are rarely discussed or challenged.

We are trapped by the way we finance the development of medical products. Instead of asking how pharma companies accountable to shareholders should price treatments of public health importance when the sky is the limit, we should ask why we accept an R&D system that allows companies to charge high prices indiscriminately.

How can we develop drugs that don’t threaten to bankrupt our national healthcare systems or exclude millions from affordable access in other countries? Doing this will mean rethinking how we fund the costs and risks of drug development, rather than relying on monopolies to incentivise the industry to deliver new treatments.

Unless we start to look at new models for financing R&D, we will remain beholden to a system that inevitably leads to higher and higher drug prices. We must have greater transparency about R&D costs, as well as greater accountability, oversight and intervention to ensure that drug companies do not simply sell drugs at the prices they choose.

We all want drug companies to successfully develop new medicines, but this success cannot come at the expense of ensuring access to the innovations that people everywhere need.

What’s your opinion? Have your say @Pharmafocus with the hashtag #pfdebate

Source

Related
Reducing the cost of new hepatitis C drugs
Daclatasvir, Harvoni (ledipasvir/sofosbuvir)/Sovaldi/Viekira Pak.
An index of articles pointing the reader to the current controversy over the high price of Sovaldi, Harvoni (ledipasvir/sofosbuvir) and AbbVie Viekira Pak.

Gilead - Strong hepatitis C drug sales

Gilead first-quarter profit doubles on strong hepatitis C drug sales
LOS ANGELES |  

(Reuters) - Gilead Sciences Inc on Thursday said its quarterly profit nearly doubled, driven by strong sales of its hepatitis C drugs, as it topped Wall Street estimates.

Gilead signaled that, with its hepatitis C franchise established, it is a good time for the company to consider business development opportunities. "We want to stick very closely to therapeutic areas we are in today," Gilead Chief Operating Officer John Milligan said on a conference call.

Excluding items, Gilead earned $2.94 per share in the first quarter, beating the average Wall Street estimate of $2.32, according to Thomson Reuters I/B/E/S. The company's shares, which fell 1.8 percent in regular trading, rose 2 percent to $102.52 after hours.

Product sales rose 52 percent to $7.41 billion, including $4.55 billion for hepatitis C drugs Sovaldi and Harvoni. Analysts had expected hepatitis C sales of $3.54 billion, according to Deutsche Bank.

"It was an extremely strong quarter," said RBC Capital Markets analyst Michael Yee, noting that the sales guidance "signals confidence in the year."

Gilead said it now expects full-year product sales of $28 billion to $29 billion, up from a previous estimate of $26 billion to $27 billion.

In late 2013, Gilead prompted howls of protest about prescription drug prices when it launched Sovaldi at $1,000 a pill, and later Harvoni at an even higher price. But since AbbVie Inc launched a rival treatment late last year, both have fought for market share by offering rebates to group payers.

Gilead said earlier this year that its "gross-to-net" adjustment for hepatitis C sales would average 46 percent in 2015. The company declined to revisit that estimate on Thursday.

Gilead said more than 70,000 U.S. patients and 20,000 European patients were started on its hepatitis C drugs in the first quarter. Because the drugs cure nearly all patients, the market opportunity is limited.

Around 3.3 million Americans are believed to be infected with the liver-destroying hepatitis C virus, but only about half of them are aware that they are infected.

Gilead posted net income of $4.3 billion, or $2.76 per share, up from $2.2 billion, or $1.33 per share, a year earlier. Cash on hand at the end of the quarter totaled $14.5 billion.

"They could pretty much buy anything," said Sanford Bernstein analyst Geoffrey Porges. "The big question is whether they are going to swing the big bat that they have at their disposal."

(Reporting by Deena Beasley; Editing by Cynthia Osterman and Frances Kerry)

Thursday, April 30, 2015

Study results promising for hepatitis C patients awaiting or completing liver transplant

Study results promising for hepatitis C patients awaiting or completing liver transplant

AN ANTONIO (April 30 2015) -- A number of new, highly effective oral treatments for various types of hepatitis C have been approved in the past few years. However, two groups who have not benefitted from the new treatments are patients with hepatitis C who have advanced liver disease and patients who have received a liver transplant but the advanced liver disease has returned because of hepatitis C.

"The problem for these patients is that unless the hepatitis C is cured, the virus continues circulating in their blood infecting the new liver, usually within a few months of transplant. One-third of them have cirrhosis again within five years," explained Fred Poordad, M.D., clinical professor of medicine and chief of hepatology at The University of Texas Health Science Center at San Antonio.

"This puts these patients back at high risk of dying from chronic hepatitis C or liver disease," said Dr. Poordad, principal investigator of the ALLY-1 study, who presented the results April 25 at The International Liver CongressTM of the European Association for the Study of the Liver (EASL) in Vienna, Austria.

The Phase III clinical trial evaluated a 12-week course of daclatasvir - the new drug being evaluated - combined with sofosbuvir and ribavirin for patients with chronic hepatitis C. Patients accepted into the trial either had a liver transplant with returning hepatitis C or had hepatitis C with advanced cirrhosis (scarring of the liver).

Study results showed an overall cure rate of 94 percent for patients with a liver transplant and returning hepatitis C, and 83 percent for patients with advanced cirrhosis.

The study's primary endpoints also were reached, with 95 percent of post-transplant genotype 1 patients and 82 percent of genotype 1 patients with advanced cirrhosis being cured 12 weeks after treatment. Patients with other genotypes of the disease were enrolled as well, with benefits seen in all groups.

Genotypes are subgroups or strains of a disease, such as hepatitis C. There are many subtypes of hepatitis C based on the geographic regions where the strain is most prevalent. Over time, each strain evolved differently so that treatments are based on the genotype of the disease. For example, genotype 1 is the type of hepatitis C most common in the United States and is the most difficult to treat.

The study regimen was well tolerated and showed few serious side effects. "Transplant patients take a variety of medications to prevent organ rejection that can complicate the treatment of hepatitis C. In ALLY-1, we saw no drug-to-drug interactions between transplant and hepatitis C therapies and no need to make close adjustments to patients' transplant-related drugs while they received the hepatitis C regimen," Dr. Poordad said.

The ALLY-1 study was conducted at five major transplant centers in San Antonio and Houston, Texas; Miami, Fla.; Ann Arbor, Mich., and Seattle, Wash.

Hepatitis C is a liver disease found worldwide that is spread though contact with blood or semen, such as shared drug injection needles, inadequate sterilization of medical equipment, unscreened blood and blood products, accidental needle sticks in the health profession, and sexual intercourse with a person who has hepatitis C. The disease also can be passed from mothers to their children through the birthing process.

According to the U.S. Centers for Disease Control and Prevention, 3.2 million people in the U.S. have chronic hepatitis C, and 70 to 80 percent do not have symptoms. Nonetheless, it is a serious disease that can lead to long-term health problems such as liver damage, liver failure, liver cancer and death. It is often discovered later, after significant liver damage has occurred.

In the U.S., people born between 1945 and 1965 have the highest risk of hepatitis C due to higher drug use. People in this age group are urged to have a one-time blood test for hepatitis C to detect the virus and begin receiving treatment, if necessary, before significant liver damage occurs. There is no vaccine to prevent hepatitis C.

Daclatasvir, a drug developed by Bristol-Myers Squibb, was approved in Europe in 2014 for use with other medications for genotypes 1 through 4 for the treatment of chronic hepatitis C in adults. It is also approved in Japan as well as many countries in Central and South America, the Middle East and Asia Pacific. Daclatasvir regimens also have been included in the EASL's recommendations for the treatment of hepatitis C in Europe.

The U.S. Food and Drug Administration is reviewing daclatasvir for possible approval in the United States.

###

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EASL 2015 Review - Internet symposium:The Advances in Chronic Hepatitis C: Management and Treatment program


CLICK HERE TO VIEW A REPLAY OF THE 4/27/15 PROGRAM

ViralEd has released a must watch Internet symposium with HCV experts discussing key data presented at this months EASL.

The Advances in Chronic Hepatitis C: Management and Treatment program
REPLAY from 4/27/15 is Available. Join program chair Mark Sulkowski, MD along with Fred Poordad, MD, Nezam Afdhal, MD and K. Rajender Reddy, MD as they review and discuss the key new studies from EASL 2015. 

Program Overview

The Advances in Chronic Hepatitis C: Management and Treatment program is a comprehensive, expert review of the 50th Annual Meeting of the European Association for the Study of the Liver (EASL 2015). This program consists of four components: (1) CME Internet Symposium: EASL 2015 Review: a 1.5 hour Internet symposium that features an overview and discussion of key presentations and posters, selected by the expert faculty discussants; (2) CME Internet Symposium: European Perspective on EASL 2015: a 1-hour Internet symposium featuring Europe-based expert faculty reviewing and discussing key presentations with a focus on management and treatment in the EU; (3) Rapid-Fire Review of EASL 2015: a podcast that provides a brief, audio summary of the most essential data presented at the conference; and (4) From Conference To Clinic: Reviewing And Applying Data From EASL 2015: case-based dinner meetings during which the key data are reviewed, discussed and applied to patient care.

The CME Internet Symposium: EASL 2015 Review will feature four HCV experts reviewing and discussing key presentations on chronic hepatitis C presented at EASL 2015. The review and discussion will focus on HCV therapeutic options and developments, including: current treatment and management strategies, algorithms and recommendations; therapies in development; epidemiology; and diagnosis and clinical management of specific patient populations, including HCV/HIV co-infected and cirrhotic patients.

This activity will enable participating health care providers caring for HCV-infected patients to become aware of and understand the data presented at this important conference and appropriately utilize those data to improve patient care. All online components of the program can be accessed at www.viraled.com.

This program is produced by the Postgraduate Institute for Medicine and ViralEd, Inc. It is not a session created by or presented at EASL 2015 and it is not sanctioned by the organizers of EASL 2015.

Wednesday, April 29, 2015

Benitec Doses Fifth Patient And Initiates Additional Trial Site For Hepatitis C Trial

Benitec Biopharma Doses Fifth Patient And Initiates Additional Trial Site For Hepatitis C Trial
- Third patient in cohort two dosed

- Total of five patients now dosed

- Third clinical trial site initiated - the Texas Liver Institute

- Future reporting of this trial to be on completion of trial or as a result of a material event

SYDNEY, April 29, 2015 /PRNewswire/ -- Benitec Biopharma (ASX: BLT; OTCPK: BTEBY), a biopharmaceutical company focused on providing potentially curative therapies with its proprietary gene-silencing technology called ddRNAi or "expressed RNAi," is pleased to advise that the fifth patient in the company's 'first in man', Phase I/IIa dose escalation clinical trial of TT-034 for hepatitis C virus (HCV) infection, has today, been dosed at the Duke Clinical Research Unit. The fifth patient is the third and final patient to be dosed in Cohort 2.

The three patients in Cohort 2 received a dose of TT-034 of 1.25 x 10^11 vg/kg, a concentration that is a half log higher than the doses administered in Cohort 1. In line with the trial's primary endpoint of safety, this dose level is still below the concentration expected to inhibit HCV viral replication and data from the second dosing cohort is therefore expected to serve primarily as a further safety assessment.

As with previous patients, the newly dosed patient will be monitored for six weeks and this data will then be reviewed by the Data Safety Monitoring Board (DSMB). Benitec is currently screening patients for inclusion in cohort 3 in anticipation of the DSMB's review.

Benitec has now initiated a third site, the Texas Liver Institute in San Antonio, Texas, and they have started to pre-screen patients for the TT-034 trial.

Following completion of the first two patient cohorts and initiation of a third trial site, Benitec will now move to conventional clinical trial reporting for cohorts 3 through to 5 of the dose escalation study. The company will provide an update to investors (via ASX announcement) should a material event occur or when the trial is completed.

About TT-034
TT-034 is a ddRNAi-based therapeutic, designed to treat and potentially cure hepatitis C (HCV) with a single administration. TT-034 targets the hepatitis C viral RNA at three separate, highly conserved sites. As such it acts as a "triple therapy" even though it is a monotherapy, and minimises the ability of the virus to mutate and escape the therapy. Once it reaches the liver cells it enters the nucleus and produces three separate short hairpin RNAs continuously for the life time of the cell. Thus it has the potential to not only treat the existing HCV infection but to guard against reinfection for months to years without the need to re-treat. It has been extensively tested in pre-clinical in vivo studies and no adverse effects were seen at any therapeutic dose. However, as it is regulated as a gene therapy, the trial design is to primarily ensure that treatment with TT-034 is safe, hence the gradual dose escalation.

Tuesday, April 28, 2015

Our Expert Picks: Critical Data From EASL‏ 2015



2015 Meeting of the European Association for the Study of the Liver
Independent Conference Coverage*

Jordan J. Feld, MD, MPH
Kris V. Kowdley, MD, FACP, FACG, FASGE, AGAF
Andrew J. Muir, MD
David R. Nelson, MD
Norah Terrault, MD, MPH
Stefan Zeuzem, MD

The Capsule Summaries of the most important studies, as selected by the faculty members, are still being posted; the following are available to date.

Review Conference Coverage

Coming Soon: CME-certified Expert Analysis: Leading experts discuss the clinical implications of new data from the meeting in Vienna, Austria

Free registration is required

Capsule Summaries:

C-EDGE: Grazoprevir/Elbasvir Highly Effective in Treatment-Naive Patients With Genotype
1, 4, or 6 HCV Infection
High efficacy observed regardless of presence of cirrhosis, although patients with high baseline HCV RNA level were more likely to experience virologic failure.
Read More

ION-4: 96% SVR12 Rate With LDV/SOF for 12 Weeks in Patients Coinfected With HIV and Genotype 1 or 4 HCV
In multivariate analysis, black race only factor associated with treatment failure.
Read More

C-EDGE COINFECTION: 12 Weeks of Grazoprevir/Elbasvir Safe and Highly Effective in Genotype 1 and 4 HCV/HIV-Coinfected Patients
No HCV genotype/subtype or other patient parameter was associated with a decrease in treatment efficacy for this coinfected population.
Read More

High SVR12 Rate With Ledipasvir/Sofosbuvir Plus Ribavirin for 12 or 24 Weeks in GT1 or 4
HCV-Infected Patients With Decompensated Cirrhosis or HCV Recurrence After Liver Transplantation
In this population of patients with advanced liver disease, ledipasvir/sofosbuvir plus ribavirin treatment was generally safe and well tolerated with low rates of treatment-related serious adverse events and treatment discontinuation due to adverse events.
Read More

HCV-TARGET: High SVR12 Rates but More Frequent AEs Among Patients With Renal Dysfunction Treated With Sofosbuvir-Containing Regimens in Real-World Analysis
Rates of anemia-related AEs, worsening renal function, and renal and urinary AEs increased across patient groups with decreasing renal function.
Read More

C-SALVAGE: High SVR12 Rate Following 12 Weeks of Grazoprevir, Elbasvir, and Ribavirin in GT1 PI-Experienced Patients
The SVR12 rate in this PI-experienced population was 96% overall and 95% among patients with previous virologic failure; 3 patients relapsed with treatment-emergent NS3 and NS5A RAVs.
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SVR12 in 71% of GT1 Patients Receiving 24 Weeks of Ledipasvir/Sofosbuvir Following Previous Treatment Failure With 8 or 12 Weeks of Ledipasvir/Sofosbuvir-Based Therapy
In this open-label trial, SVR12 rates were numerically lower in patients with vs without baseline NS5A RAVs and in patients who received 12 vs 8 weeks of previous ledipasvir/sofosbuvir-based therapy.
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C-SCAPE: 12-Week Grazoprevir/Elbasvir Plus RBV Demonstrates Efficacy in Patients With Genotype 2 HCV Infection in Phase II Study
Efficacy also observed in genotype 4 HCV-infected patients receiving grazoprevir/elbasvir with or without ribavirin; evaluation of efficacy in genotypes 5 and 6 require additional patient numbers.
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Sofosbuvir Plus Ledipasvir or Daclatasvir With or Without Ribavirin Effective in Patients With HCV Genotypes 1 and 3 and Decompensated Cirrhosis
In this observational cohort study, higher SVR12 rates with 12 weeks of sofosbuvir plus daclatasvir than sofosbuvir/ledipasvir among patients with genotype 3 HCV infection.
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Interim Analysis: Early Efficacy With Sofosbuvir Plus Daclatasvir With or Without Ribavirin in Cirrhotic Patients With Genotype 3 HCV in Compassionate Use Program
In the subset of study patients who have reached SVR4, extended treatment duration of 24 weeks appeared to provide greater efficacy vs 12 weeks in this difficult-to-treat population.
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High Incidence of HCV Reinfection Following SVR Among Patients Who Relapse to Injection Drug Use
Incidence of HCV reinfection 4.7/100 person-years among patients who relapsed to injection drug use vs 1.8/100 person-years among those with any previous injection drug use.
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These Capsule Summaries are part of the program:
Clinical Impact of New Data From EASL 2015 clinicaloptions.com/vienna2015.

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