Friday, October 10, 2014

Medivir: Simeprevir, Sofosbuvir and Daclatasvir Phase II IMPACT Study Initiated to Treat Genotype 1 and 4 Hepatitis C Patients

Medivir: Phase II IMPACT Study Initiated to Evaluate Simeprevir in Combination with Sofosbuvir and Daclatasvir to Treat Genotype 1 and 4 Hepatitis C Patients 

Medivir AB (STO:MVIR-B) today announces that its partner Janssen recently initiated patient enrolment in a phase II study called IMPACT. This study evaluates the efficacy, safety and pharmacokinetics of the NS3/4A protease inhibitor simeprevir administered once daily in combination with Gilead’s nucleotide inhibitor sofosbuvir and Bristol-Myers Squibb’s (BMS) NS5A replication complex inhibitor daclatasvir. The study includes treatment-naïve and treatment-experienced patients with hepatitis C genotype 1 and 4 infection and decompensated liver disease.

In the phase II, open label IMPACT study, patients will receive the once-daily combination of simeprevir 150 mg, sofosbuvir 400 mg and daclatasvir 60 mg, for 12 weeks. The primary efficacy endpoint in the study is the proportion of patients achieving sustained virologic response 12 weeks after the end of treatment (SVR12). The IMPACT study represents the first phase II study of the combination of simeprevir, sofosbuvir and daclatasvir in a regimen without pegylated interferon and ribavirin.

For more information please visit www.clinicaltrials.gov.

About Simeprevir (Olysio®)

Simeprevir is an NS3/4A protease inhibitor jointly developed by Janssen R&D Ireland and Medivir AB and indicated for the treatment of chronic hepatitis C infection as a component of a combination antiviral treatment regimen. Simeprevir efficacy has been established in HCV genotype 1 and HCV genotype 4 infected patients with compensated liver disease, including cirrhosis. Janssen is responsible for the global clinical development of simeprevir and has exclusive, worldwide marketing rights, except in the Nordic countries. Medivir AB retains marketing rights for simeprevir in these countries under the marketing authorization held by Janssen-Cilag International NV. Simeprevir was approved for the treatment of chronic hepatitis C infection as part of an antiviral treatment regimen in combination with pegylated interferon and ribavirin in genotype 1 infected adults with compensated liver disease, including cirrhosis. Simeprevir was approved in September 2013 in Japan, in November 2013 in Canada and the U.S., in March 2014 in Russia and in July 2014 in Mexico and Australia.

In May 2014 simeprevir was granted marketing authorization by the European Commission (EC) for the treatment of adult patients with genotype 1 or genotype 4 chronic HCV. Following the EMA approval, it has so far been made available in several EU countries in conjunction with reimbursement. Simeprevir (Olysio) is marketed under the trade name Sovriad® in Japan and Russia, Galexos™ in Canada and Olysio® in the U.S. and European Union.

Australian drug developer Biotron may have found a potential cure for Hepatitis C.

Australian drug developer Biotron may have found a potential cure for Hepatitis C.

Biotron on Friday said that all patients who completed a phase II clinical trial of its antiviral drug, BIT225, in combination with other drugs, had undetectable levels of Hepatitis C 12 weeks after ceasing treatment.

An undetectable level of Hepatitis C virus 12 weeks after completion of treatment is considered to be "a prediction of permanent clearance of the virus and, effectively, a cure", Biotron said.

The news pushed up Biotron shares five cents, or 50 per cent, to 15 cents.

Biotron managing director Dr Michelle Miller said data from the trial supported BIT225 as a potential new therapy for Hepatitis C, especially for patients with both HIV and Hepatitis C who typically had more serious Hepatitis C infection and fewer treatment options.

"Both HIV and HCV viruses present substantial challenges for treatment and represent multi-billion-dollar markets," Dr Miller said.

"We look forward to progressing commercialisation of BIT225 as a valuable new therapy that will work in combination with current and future treatment strategies."

Dr Miller said treatment including BIT225 could benefit patients in that it was more effective, required a shorter treatment time and was less expensive.

The phase II trial in Bangkok involved eight patients with HIV and Hepatitis C.

Biotron said although the number of patients in the trial was small, the fact that 100 per cent had no Hepatitis C virus detected from the 12th week into the trial onwards was encouraging evidence of BIT225's efficacy.

Dr Miller said the next important step in the development of BIT225 for the treatment of Hepatitis C would be the results of a larger trial involving 60 patients.

Preliminary data from the larger trial is expected before the end of 2014.

Hepatitis C is one of five viruses causing Hepatitis, which means inflammation or swelling of the liver.

A chronic Hepatitis infection can result in liver damage.

Hepatitis C is spread through blood-to-blood contact.

The eight patients starting the Bangkok trial received "standard" Hepatitis C drugs - interferon and ribavirin - for seven days before starting treatment with BIT225.

They then received BIT225 twice a day, plus the "standard" drugs for 28 days.

After that, patients continued to take the interferon and ribavirin until week 48, at which time all treatment stopped.

Three patients withdrew during the first 12 weeks of the study due to intolerance of the interferon and ribavirin treatment.

The remaining five had undetectable levels of Hepatitis C after week 12.

Virus levels continued to be undetected at week 24 and at week 48, when all treatment ceased.

At week 60 - 12 weeks after treatment finished - all the patients who completed the course remained clear of the Hepatitis C virus.

Thursday, October 9, 2014

Thousands of Hep C patients in Alexandria wait in long lines to receive Sovaldi

Thousands of Hep C patients in Alexandria wait in long lines to receive Sovaldi

Al-Masry Al-Youm
4 October 2014 (04/10/2014)

Thousands of Hepatitis C virus patients have flooded two medical centers in Alexandria in hopes of receiving the new Hep C Sovaldi drug, after the health ministry said it will be providing it for patients.

At the liver center at Al-Qebary public hospital, Soheir Mohamed, a housewife in her forties, talked about her suffering with the virus for almost two years. It all started when she received contaminated blood at a local hospital, after suffering from complications while she was giving birth.

After she heard about the new treatment on TV, she informed her husband, who helped her with the registration process.

Under the shade of a tree, Mohamed Abdel Rahman, 63, sat on the ground massaging one of his feet, which was swollen because he stood in line for so long.

“I took some medications, but I did not take this one before. I am dreaming of getting treatment that will cure me from the disease,” Mohamed said, as he wondered if the medicine will actually work.

Ibrahim Al-Shawadfy, who came to the center at 10 am, accompanied by his wife who suffers from Hep C, complained that no appropriate waiting areas were available.

At the liver center of East Town hospital in Sidi Bishr, the situation appeared more calm, with about 400 patients in line.

Ahmed Nagy has been suffering from Hep C since 2009.

“Let’s try it out and see," Nagy said. "Life is no more than experimentation, but there is true hope in this medicine."

Both Shawadfy and Nagy blame hospital officials for the bad organization, something that officials deny.

Hospital chief Medhat Hosni said the patients' claims are inaccurate.

"There are umbrellas to protect them from the sun as well as seats outside the clinic, in addition to 200 more seats that will be placed outside the center," he added.

The center has received around 600 patients daily since the ministry's announcement. The total number of patients received until Saturday was 3,600.

"Among the main requirements that need to be available for patients to get the new cure are internet registration and attaching copies of the analysis in order to get an appointment for the medical examination," said Dr. Hesham Ayyoub, of Al-Qebary’s liver center.

A committee of doctors at every center will review the documents and decide on who deserves the treatment.

Edited translation from Al-Masry Al-Youm

Delivering on the Promise: Maximizing SVR in the Real World

New at Clinical Care Options

Delivering on the Promise: Maximizing SVR in the Real World
Free registration is required to view links provided in this article.

With the promise of curing up to 75% of patients infected with genotype 1 HCV, the approval of the first-generation protease inhibitors (PIs) in May 2011 led to rapid uptake of these then-new agents. Despite the difficult treatment algorithms, less than optimal adverse event (AE) profiles, risk for drug–drug interactions, and the ongoing need for peginterferon, clinicians and patients were motivated by the high SVR rates reported in phase III clinical trials. Unfortunately, the real world proved to be very different from a controlled trial. We all experienced a rude awakening with higher rates of AEs, poorer tolerability, and much lower rates of SVR than we had quoted our patients based on the published data.

With the highly effective new agents now available—and more on the horizon—we need to make sure we do not repeat history.

To achieve excellent results in the real world, we will have to do many things right. The first thing we should probably do is to temper expectations, at least somewhat. The remarkable results reported in phase III trials have appropriately garnered an enormous amount of publicity in the medical and lay press. When more than 95% of patients in multiple trials achieve SVR, it is hard for clinicians and patients not to be incredibly optimistic. However, before assuring our patients that they will almost certainly be cured, we have to make sure that the results apply to them specifically. I remember seeing patients who had anticipated that they had a 75% chance of responding to telaprevir and were disappointed when I pointed out that as a previous null responder with cirrhosis, the likelihood of SVR was closer to 15%. The differences in treatment response rates by baseline characteristics with the new agents are not nearly as stark as with the first-generation PIs. But as an example, the presence of cirrhosis is still quite relevant, affecting the response rates and possibly the duration of therapy. In addition, many of the patients we treat in practice have comorbidities that would have prevented their entry into the highly selected trial populations. Until we have more data on treating specific subpopulations, such as those with renal disease and those older than 65 years of age, we should probably temper our SVR estimates, at least to some degree.

Patients’ Experiences Differ and Can Shape Expectations
Beyond setting realistic expectations, there are other issues for clinicians to consider in relation to the use of these new agents in the real world. The outstanding results reported in clinical trials may leave us with the sense that treatment is easy and everyone should be treated right away. Treatment is certainly easier, but that is a relative term. For our patients who have struggled through peginterferon and ribavirin for 48 weeks or longer, possibly on more than 1 occasion, these new treatments sound like a cakewalk—and from that perspective, they are. However, for those who have never considered HCV therapy, 3 months of treatment still sounds very daunting. “Interferon free” is only a positive feature if you know the alternative. Getting patients through 8 or 12 weeks of even the best tolerated therapy can still be a challenge, particularly as the patient population expands. To date, we have tackled mostly the low-hanging fruit. Patients had to have been diagnosed, meaning that they had access to some type of healthcare coverage, they had to have been referred to a specialist and to show up to that appointment, the specialist had to deem them acceptable candidates for treatment, and then they had to be willing to take very difficult treatment. The 10% to 15% of the population we have treated up until now is a highly selected, motivated, and relatively comorbidity-free population. Many practitioners have shied away from treating people with active substance use and mental health issues with the easy argument that interferon may complicate these other problems. With the new therapies, this “excuse” is no longer valid, and we will have to deal with the challenges that come along with treating harder-to-access populations. This is not a small point and not a small challenge. Without expanding treatment dramatically, the benefits of the remarkable recent advances in HCV therapy will have little effect at a population level. However, for many hepatologists, treating more marginalized populations will not be easy.

Like everyone else, those with mental health, substance use, and other comorbidities first need to be evaluated to decide whether treatment is the right thing for them. The presence of effective therapy in and of itself is not necessarily an indication for treatment, particularly with treatment that is evolving so quickly. It is still important to first evaluate the stage of liver disease. Fortunately, this is made easier by transient elastography and serum panels, meaning that most patients no longer require a liver biopsy. At the minimum, knowing whether a patient has cirrhosis is critical. Even those cirrhotic patients who achieve SVR will require long-term follow-up to screen for liver cancer. For those without experience of managing advanced liver disease, this is the type of patient who may merit referral. As we have noted, cirrhosis may affect the type and duration of therapy. For example, caution should be used with simeprevir in patients with any signs of decompensation (Child’s B or greater) because of unreliable pharmacokinetics. In my clinic, we have seen a few patients with advanced liver disease experience problems while receiving sofosbuvir/simeprevir therapy that needed specialist management. With the coming regimen of ritonavir-boosted paritaprevir plus ombitasvir and dasabuvir, previous null cirrhotics with genotype 1a HCV should probably receive 24 weeks of therapy and will definitely require ribavirin. Similarly, for cirrhotic patients, 8 weeks of sofosbuvir/ledipasvir is not an option, and for those who failed previous treatment, 24 weeks might be of benefit. The improved simplicity of the new regimens can sometimes tempt us to jump to therapy before completing these evaluations.

For patients with minimal or no liver damage and no significant extrahepatic disease, treatment is not an urgent matter. This is not to say we should deny therapy for those patients seeking treatment, but it is important to note that patients with mild disease have time on their side. Hepatitis C disease evolves slowly and treatment options are evolving quickly. Current and near-future 8-week and 12-week regimens will likely be replaced by treatments of just 6 weeks, 4 weeks, or even shorter in the not-too-distant future. Particularly for patients for whom adherence may be a challenge, rushing into therapy can lead to poor outcomes. Even for those with more advanced liver damage, including cirrhosis, treatment is not urgent in terms of weeks or even months. Making sure that patients are able to attend clinic reliably, that they have a good rapport with their treating team, and that important comorbidities and concomitant medications have been reviewed and any issues addressed will ensure much better outcomes on therapy. Even though we will likely have salvage therapies for those who fail initial regimens, it is preferable on all levels to maximize the chance of SVR on the first attempt.

Monitoring Has Multiple Roles to Play
One practical challenge that has arisen is how often to see patients. In the absence of rigid stopping rules and with almost every patient achieving undetectable HCV RNA on therapy, there may be a tendency to hand patients a prescription for 3 months of treatment with a follow-up appointment 12 weeks after they finish. However, even for those who cruise through therapy with no problems, follow-up visits are very important. For many patients, knowing that the virus is undetectable, sometimes for the first time after multiple previous treatment attempts, is a huge motivating factor. We have had many patients tell us that our nurses’ reminders and encouragement kept them taking their pills when treatment exhaustion set in around Week 8. For stable patients, monthly monitoring is likely adequate, but for those in whom adherence may be an issue, more frequent contact is definitely helpful. In addition, assessing our patients on therapy may bring to light new issues; it was only in clinical practice that anemia was recognized as a problem with telaprevir.

Another practical consideration, which will hopefully soon become less relevant, is treatment access. Coverage for sofosbuvir/simeprevir has been an issue with many payers. The high cost and lack of robust phase III data with this combination have led to denials of coverage for some patients in my clinic. We are hopeful that coverage requests will be more straightforward with the approval of coming regimens; however, the decisions in certain US states to limit therapy for those still using injection drugs must be challenged. Studies have clearly shown that patients who inject drugs can be successfully treated even with interferon-based therapy and the risks of reinfection are surprisingly low. In my opinion, limiting access to therapy based on behaviors is entirely inappropriate and would be akin to refusing to cover statin therapy in patients who smoke or lead sedentary lifestyles. The challenge of access will hopefully be less of an issue because the new regimens will have FDA approval and solid phase III data behind them. However, if access is limited, we as healthcare providers will have a duty to advocate strongly for our patients, particularly for those who do not advocate well for themselves.

The advances in treatment for HCV are nothing short of remarkable. Delivering the successes from clinical trials to the real world is achievable but will take some work. We need to start with realistic expectations and then move forward with therapy for those who need it. Access may be a challenge, but we need to work hard to ensure that everyone who needs therapy gets it. We will need to support patients through treatment, with attention to the stage of liver disease, comorbidities, and treatment adherence. With attention to detail, we can realize the potential of these new therapies, but we have to do it right because we cannot afford—both literally and figuratively—to get it wrong the first time.

Your Thoughts
I am interested to hear about your thoughts on what is needed to ensure that we maximize the effects of these powerful new agents in clinical practice. What has been your early experience of treating patients with new direct-acting antivirals, and what lessons have you learned for the future? Please use the comments section below to provide your insights.

Topics: HCV - Treatment

Satellite Symposium
All-Oral Therapy for HCV: A New Era Begins
Join us! Register now for this CME/CE-certified symposium.
Join us for a live symposium highlighting the use of all-oral therapy for the treatment of hepatitis C. The program will include a review of key data and discussion by expert faculty as well as perspectives from patients receiving all-oral HCV therapy.
Available Dates:
Sunday, November 9, 2014
Click here for more information and to register for this event

Webcast 
All-Oral Therapy for HCV: A New Era Begins (Coming soon)
Register now for this CME/CE-certified webcast.
Join us for a live webcast highlighting the use of all-oral therapy for the treatment of hepatitis C. The program will include a review of key data and discussion by expert faculty as well as perspectives from patients receiving all-oral HCV therapy.
Available Dates:
Sunday, November 9, 2014


Cold, Flu, or Allergy?

Cold, Flu, or Allergy?
Know the Difference for Best Treatment

You’re feeling pretty lousy. You’ve got sniffles, sneezing, and a sore throat. Is it a cold, flu, or allergies? It can be hard to tell them apart because they share so many symptoms. But understanding the differences will help you choose the best treatment.

“If you know what you have, you won’t take medications that you don’t need, that aren’t effective, or that might even make your symptoms worse,” says NIH’s Dr. Teresa Hauguel, an expert on infectious diseases that affect breathing.

Cold, flu, and allergy all affect your respiratory system, which can make it hard to breathe. Each condition has key symptoms that set them apart.

Colds and flu are caused by different viruses. “As a rule of thumb, the symptoms associated with the flu are more severe,” says Hauguel. Both illnesses can lead to a runny, stuffy nose; congestion; cough; and sore throat. But the flu can also cause high fever that lasts for 3-4 days, along with a headache, fatigue, and general aches and pain. These symptoms are less common when you have a cold.

“Allergies are a little different, because they aren’t caused by a virus,” Hauguel explains. “Instead, it’s your body’s immune system reacting to a trigger, or allergen, which is something you’re allergic to.” If you have allergies and breathe in things like pollen or pet dander, the immune cells in your nose and airways may overreact to these harmless substances. Your delicate respiratory tissues may then swell, and your nose may become stuffed up or runny.

“Allergies can also cause itchy, watery eyes, which you don’t normally have with a cold or flu,” Hauguel adds.

Allergy symptoms usually last as long as you’re exposed to the allergen, which may be about 6 weeks during pollen seasons in the spring, summer, or fall. Colds and flu rarely last beyond 2 weeks.
Most people with a cold or flu recover on their own without medical care. But check with a health care provider if symptoms last beyond 10 days or if symptoms aren’t relieved by over-the-counter medicines. For more about when to see a doctor, go to CDC's Flu Page http://newsinhealth-test.od.nih.gov/images2/extLink.gif.

To treat colds or flu, get plenty of rest and drink lots of fluids. If you have the flu, pain relievers such as aspirin, acetaminophen, or ibuprofen can reduce fever or aches. Allergies can be treated with antihistamines or decongestants. See the “Wise Choices” box for more details.

Be careful to avoid “drug overlap” when taking medicines that list 2 or more active ingredients on the label. For example, if you take 2 different drugs that contain acetaminophen—one for a stuffy nose and the other for headache—you may be getting too much acetaminophen.

“Read medicine labels carefully—the warnings, side effects, dosages. If you have questions, talk to your doctor or pharmacist, especially if you have children who are sick,” Hauguel says. “You don’t want to overmedicate, and you don’t want to risk taking a medication that may interact with another.”

Cold, Flu, or Allergy? Tips and Treatments




Key Facts about Influenza (Flu) & Flu Vaccine
A summary of key seasonal flu facts and who should get vaccinated.

Chronic hepatitis C can increase your risk of complications from the flu, including respiratory illness requiring hospitalization which could become potentially fatal. People living with chronic hepatitis C infection, cirrhosis, liver transplant recipients and most chronic liver diseases are strongly urged to get vaccinated against the flu. 

People at High Risk of Developing Flu–Related Complications
The list below includes the groups of people more likely to get flu-related complications if they get sick from influenza.

CDC has published the 2014-2015 recommendations for the prevention and control of influenza. CDC recommends an annual flu vaccine for everyone 6 months of age and older. Flu activity is low across the United States now, but usually begins to increase in October and most commonly peaks between(http://www.cdc.gov/flu/about/season/flu-season.htm) January and March. Make plans to get your flu vaccine this fall.

U. professor helps identify antibody as key to fighting hepatitis C

U. professor helps identify antibody as key to fighting hepatitis C

Broadly neutralizing antibodies, a recently discovered type of antibody, may be the key to helping combat the hepatitis C virus, according to a recent study conducted by University researchers done on laboratory mice with humanized livers.

A humanized liver is a mouse liver that has had human liver cells inserted into it. Hepatitis C viruses can only be tested on mice with humanized livers because the virus only infects humans and primates, who are not allowed to be test subjects.

The researchers worked with two groups of mice, one treated with normal antibodies and one with the broadly neutralizing antibodies discovered by co-author Mansun Law and other researchers at the Scripps Research Institute. While the hepatitis C virus is very evasive and hard to treat because of its ability to mutate and change, the team found that the virus could not get around the broadly neutralizing antibodies by mutating.

“What we were looking for was, ‘Were there any mutations in the HCV that allowed the HCV to essentially escape from basically being neutralized by the antibodies themselves?’ and what we found was that there weren’t any,” Benjamin Winer GS said.

Molecular biology assistant professor Alex Ploss, a co-author of the study, explained that the treatment of hepatitis C virus is important because of the overwhelming number of people it infects. Approximately 150 million people worldwide suffer from chronic hepatitis C virus infection, with an estimated three to four million in the US. Chronic infection leads to an ongoing immune response where the virus continually mutates to hide from the immune system.

“This can go on for decades,” Ploss said.

Law described the virus as a “silent killer” because so many people are infected with the virus and do not know unless they take a blood test. Hepatitis C can lead to liver damage, cirrhosis and cancer. According to the World Health Organization, it is caused by “unsafe injection practices; inadequate sterilization of medical equipment in some health-care settings; and unscreened blood and blood products.”

Research specialist Sherif Gerges, who worked on the study, explained that the antibodies worked because the virus’s envelope, its outer coat used to enter other cells, does not mutate as much as the rest of the virus.

“There are regions within this coat that are targets or potential targets for these antibodies,” Gerges said.

The team found that after sequencing the virus and the regions of the envelope, there were no adaptive mutations within the 12 mice studied, meaning that the antibodies contained the virus.

Andrea Cox, associate professor of medicine and oncology at Johns Hopkins University, also pointed to the importance of preventing hepatitis C virus.

“It is very interesting to contemplate potentially successful methods for inducing immune responses that protect against hepatitis C viral infection,” Cox said.

Current therapies that are able to remove the virus are very expensive, do not prevent the virus from coming back and leave behind damage in the liver, Ploss said. While it is unknown if these results can be mimicked in human beings, and human trials are very far off, these results could point to a new strategy to prevent hepatitis C.

“This is a promising potential strategy for developing protection from hepatitis C virus infection that I think is worth further exploration,” Cox said.

The study was published on Sept. 17 in Science Translational Medicine

Wednesday, October 8, 2014

AASLD: Merck to Present Interim results of C-SWIFT Study/MK-5172/MK-8742 plus sofosbuvir

Merck to Present New Data from Clinical Studies Evaluating Investigational Hepatitis C Treatment Grazoprevir/Elbasvir (MK-5172/MK-8742) at the 65th American Association for the Study of Liver Diseases Annual

Interim results of C-SWIFT, a Phase 2 study evaluating ultra-short treatment durations of grazoprevir/elbasvir (MK-5172/MK-8742) plus sofosbuvir, to be presented

Results from the C-WORTHy study, a Phase 2 clinical trial evaluating grazoprevir/elbasvir (MK-5172/MK-8742) across multiple patient populations, including difficult-to-cure, to be presented

WHITEHOUSE STATION, N.J.--(BUSINESS WIRE)-- Merck (NYSE:MRK), known as MSD outside the United States and Canada, today announced that new data from clinical studies of the company's investigational, oral, once-daily, fixed-dose combination chronic hepatitis C treatment grazoprevir/elbasvir (MK-5172/MK-8742) are scheduled to be presented at the 65th American Association for the Study of Liver Diseases (AASLD) Annual Meeting, also known as The Liver Meeting®. The meeting is scheduled to take place at the John B. Hynes Veterans Memorial Convention Center in Boston, Mass., from Nov. 7 - 11, 2014.

"Tremendous progress has been made in recent years in the understanding of chronic hepatitis C and its treatment, but it is important that we continue to advance the development of therapies to treat diverse populations of HCV-infected patients," said Dr. Eliav Barr, vice president, Infectious Diseases, Merck Research Laboratories. "Merck's broad and systematic hepatitis C clinical development program is designed with this goal in mind, and is generating important insights into the potential of grazoprevir/elbasvir across multiple viral genotypes and patient populations."

New data will also be presented for MK-3682 (formerly IDX21437), an investigational oral nucleotide prodrug NS5B inhibitor acquired earlier this year by Merck as part of its purchase of Idenix Pharmaceuticals.

Key Presentations of Grazoprevir/Elbasvir
Data from clinical trials evaluating grazoprevir/elbasvir will be the subject of two oral presentations, as well as three poster presentations, including a late-breaking abstract:

  • Monday, November 10: As part of the late-breaking abstract poster session, interim Phase 2 data from C-SWIFT, a clinical trial evaluating the efficacy and safety of ultra-short treatment durations with grazoprevir/elbasvir plus sofosbuvirwill be presented. C-SWIFT is the first study to report sustained viral responsei (SVR) data from regimens as short as four weeks in genotype 1 (GT1) treatment-naïve patients (Abstract #LB-33).
  • Monday, November 10: Data from a clinical trial evaluating the health-related quality of life (HRQOL) impact of grazoprevir/elbasvir without the use of pegylated beta interferon (IFN) and ribavirin (RBV) versus grazoprevir/elbasvir treatment regimens containing RBV with or without IFN will be presented as part of a poster session (Abstract #1455).
  • Tuesday, November 11: Final results (SVR24) from the C-WORTHy Study (Parts A and B) evaluating the efficacy and safety of grazoprevir/elbasvir with or without RBV in GT1 infected patients will be presented during two oral sessions.
    • The first session will focus on cirrhotic and prior null-responder patients (Abstract #196).
    • The second session will focus on mono-infected and HIV/HCV co-infected treatment-naïve, non-cirrhotic patients (Abstract #236).
  • Tuesday, November 11: Results from a study evaluating the pharmacokinetics and safety of grazoprevir/elbasvir in patients with end-stage renal disease (ESRD), hemodialysis (HD) or severe renal impairment (SRI) will be presented as part of a poster session (Abstract #1940).
Presentation of MK-3682 (IDX21437) Data
  • Tuesday, November 11: results from a Phase 1/2a study assessing seven-day dosing of MK-3682 in subjects infected with HCV will be presented as an AASLD presidential poster of distinction during the Hepatitis C: Preclinical Development poster session (Abstract #1974).
For abstracts and program information, please visit: http://www.aasld.org.

About Grazoprevir/Elbasvir
Grazoprevir/elbasvir is an investigational, oral, once-daily, fixed-dose combination chronic HCV treatment, consisting of grazoprevir (MK-5172), an investigational oral, once-daily HCV NS3/4A protease inhibitor, and elbasvir (MK-8742), an investigational oral, once-daily HCV NS5A replication complex inhibitor. In October 2013, Merck announced that the U.S. Food and Drug Administration (FDA) granted Breakthrough Therapy designation to grazoprevir/elbasvir for treatment of chronic HCV infection. Breakthrough therapy is intended to expedite the development and review of a candidate that is planned for use, alone or in combination, to treat a serious or life-threatening disease or condition when preliminary clinical evidence indicates that the drug may demonstrate substantial improvement over existing therapies on one or more clinically significant endpoints.

AASLD - Late-breaking abstracts now available



The following links will give us an overview of the AASLD annual meeting, held in Boston, Massachusetts, from November 7-12

AASLD - This Blog: Media Updates

Late-breaking abstracts
Late-breaking abstracts now available

Special Issue: The 65th Annual Meeting of the American Association for the Study of Liver Diseases: The Liver Meeting 2014
View abstracts online, through the HEPATOLOGY App, or via download.