Hep B Blog

Category Archives: Clinical Trials

CAB Corner, Clinical Trials, HDV, Hepatitis Delta (HDV), Living with Hepatitis B

Lived experiences of clinical trials and how patient insights can improve equity in process and outcomes

 

 

 

 

Authors: Lori Scott, Amanda Goldring, Joe Balestreri, Philip Kwame Yeboah, Kenneth Kabagambe, and Prince O. Okinedo  

Patient involvement in research means they are included as active partners in all stages of the research process. In other words, patient involvement ensures that research is carried out with patients, instead of research being done to patients [1].  

 

Patient involvement is essential throughout the drug development and clinical trial process to ensure patients’ clinical needs and preferences are met [2]. When clinical trial teams do not involve patients as research partners to identify appropriate research outcomes and co-create study designs, the teams may fail to achieve meaningful outcomes. More and more researchers are realizing that the personal experiences of patients and their caregivers are not just useful, but vital to the design of clinical trials. 

 

Patient participation in clinical research is crucial for informing patient recruitment and retention efforts that can ultimately speed up the development and potential market availability of medicines and diagnostics [3]. In the end, patients are the intended recipients of the products of clinical research, and if patients are actively involved in research, they can effectively improve outcomes. 

 

The following four sections share real life stories and lived experiences of individuals trying to participate in clinical trials, and the challenges they have faced. The patients and caregivers who contributed to this blog have personal experiences with applying for, enrolling in, and being rejected from clinical trials, and know of the treatment consequences when patients are not involved in their care plans. Based on their experiences, they have suggested many ways to incorporate the patient voice into drug development and clinical trial design, from recruitment, enrollment and retention methods to informational materials for patients, to help industry and academia develop more accessible clinical trials and research efforts. 

 

Please note: Following the four accounts of personal experiences, there are seven specific suggestions for researchers.   

 

Lori’s lived experience: Challenges identifying and applying for clinical trials (2018) 

There is no clear pathway for patients when trying to find and apply for clinical trials, and much of the effort is placed on the patient to move through the process.  

 

Currently, it seems the internet search bar is the best option for patients trying to join clinical trials, and recruitment is not happening at the local level in communities and even in doctors’ offices. This process places a significant burden on the patient and needs to change.  

 

My daughter’s diagnosis of hepatitis B, hepatitis D and other rare digestive diseases did not come with a map. We had to start with the internet and do our own research. I would work all day and research all night; I was in a fight for my daughter’s life. We learned about some potential clinical trials through the Hepatitis B Foundation’s Clinical Trial page and how to apply for study participation. When my daughter applied for a clinical research program with the National Institutes of Health (NIH), I had to figure out the whole process from finding information to applying and getting screened. 

 

We were excited when she was accepted for the first phase of the trial, but as I understood later, my daughter’s study group was one of the first of this trial. The trial was not well organized, and it seemed that the research team was not cohesive. It seemed that the staff did not know if the patients had full understanding of all that would happen in the clinical environment. Participants involved in the consent process need to understand that research is distinct from clinical care. Research eventually benefits society rather than the participant. It is also necessary to understand expectations and risks involved in participation, and that someone knowledgeable is available to go over questions and concerns before the consent signature. 

 

While the travel was well coordinated, it was difficult for my daughter due to her frail physical condition. When we arrived, some of the specialists assigned to her care were on vacation or otherwise unavailable, which was heartbreaking as we were informed of my daughter’s very full itinerary before planning our trip to the center, to ensure she would receive all planned evaluations. We had planned specifically for these two days and that somehow did not happen. These physicians were vital to the study process, and the evaluations should have been postponed until those key people were available. 

 

We returned home with little communication from the program after their testing, which they told us would be normal. A year later, we received a letter from the organizers, stating that they were releasing her from the study but would keep her data in the system. 

Reflecting on this experience, I was disappointed in the way the trial was organized. If there was a patient navigator, or clear informational sources, we would not have had to guess what was happening next for the entire time we were at the research site. Because it wasn’t well explained, we had unmet expectations of the study. Despite these shortcomings, we are glad to have participated and felt we learned so much about research. 

By gaining a deeper understanding of patients’ and caregivers’ lived experiences and challenges, organizations offering clinical trials can become a true asset, providing the valuable data needed for future research. 

 

Amanda’s lived experience: Clinical trial rejection (2020) 

It was only a couple of months after my hepatitis B diagnosis that my liver nurse called to ask if I would be willing to apply for a clinical trial. The trial team was trying to find a functional cure for HBV. She said that she could not guarantee that my application would be successful, as she did not know the criteria for acceptance, but it was worth a try. 

I sent off my application form and waited to hear back.  

 

Initially, I was very excited at the thought of participating in a trial. Even if the trial came to a dead end, it could possibly be another step towards a functional cure. I watched for the post each day, hoping for an acceptance letter. As time went on, I was sure that I had a place on the trial. Surely, if I did not meet the criteria I would have heard back almost right away. To save disappointment, it would have been better for the “acceptance criteria” to be transparent, either at the start before my nurse had become involved, or at a later stage on the application form. In this case I was given no patient-facing materials. Surely this should be a standard requirement. 

 

Time passed and eventually the letter I had waited for dropped through my letter box. On opening it my heart sank–it was a rejection letter. Due to being diagnosed with Crohn’s disease (a type of irritable bowel disease that makes your digestive tract become swollen), I was not suitable for the trial. The letter tried to let me down gently, saying that maybe I would be suitable later. However, it gave me false hope and for months I hoped that a letter would arrive inviting me to participate in the trial that did accept Crohn’s patients. Eventually, I realised that this letter was never going to come. My world, which was already dark, felt darker. I felt that society was rejecting me and now the drug trials were too. Drug researchers should consider patients’ feelings when rejecting their application. They should implement quick responses and avoid using language that may give false hope for future acceptance into another clinical trial. 

 

Thankfully, I have moved on from this dark period in my life. I have accepted that I will probably never be eligible for a clinical trial, as a functional cure seems to rely on strengthening the immune system. My Crohn’s treatment relies on suppressing the immune system. It would have been kinder, in the long run, not to give false hope. An explanation as to why Inflammatory bowel disease was excluded would be far better than “maybe at a later date.” As patients, we are used to hearing stark news and although it might be painful to hear, we eventually do accept it – we have no choice. 

 

There is hope after being rejected for a trial. There will possibly be other drug trials to apply for and if not, the pot of gold at the end of the rainbow will eventually be a functional cure for this or the next generation. 

 

Researchers must consider patients’ feelings when rejecting their applications. Implementing quick responses is not just a matter of efficiency; it also shows respect for the patient’s time and effort. 

 

Joe’s lived experience: Clinical trial participation (2013 to 2019)  

When I signed-up for the National Institutes for Health’s (NIH) clinical trial to find a treatment for hepatitis delta in 2013, I didn’t know how it would affect my life overall. I was focused on getting help. 

 

The NIH was accommodating in many ways concerning my practical needs. For U.S.-based patients in my trial, airfare, lodging on campus, and most land transportation was paid for by the NIH.  

 

But there were many challenges to being in a trial far from home. Looking back, I figured each of my 70 round trips from California to Washington could cost me $100-200 in lost wages and travel expenses. There were also challenges getting to D.C. for weekly appointments, which required 16 to 20 hours of travel round trip. These visits were crammed with many weeks’ worth of tests, scans and doctor appointments. Sometimes, poor communication from the NIH led to confusion about my travel arrangements. Other times, my symptoms were so bad that I couldn’t bear a long plane ride plus getting to and from the airport. 

 

Communication with the NIH was good but sometimes lacking, especially as it was difficult getting my hepatitis delta test results. Oftentimes, I did not receive clear and adequate explanations of my results.  

 

If I were involved in redesigning my study, I would have urged the researchers to have a better understanding of what patients and their loved ones go through just getting to the NIH, including the financial, physical and social costs, as well as time commitment. When clinical trials are informed by patients, other patients in the community are more likely to volunteer for trials AND are more likely to stay committed to participating, as the challenges mentioned above (personal hardships, communication issues) have been accounted for during the clinical trial design. 

 

Philip’s: How patient involvement in research can enhance hepatitis care in Africa 

Patients in Ghana are not involved in clinical research, despite existing research infrastructure. There are many clinical research institutions, including the Ghana I Noguchi Memorial Institute for Medical Research and Kumasi Centre for Collaborative Research. These are the same research institutions that train the doctors who handle hepatitis B.  

 

Linking it to my late brother’s story, I remember when Komfo Anokye Teaching Hospital in Kumasi, Ashanti region, Ghana, booked my brother who was living with hepatitis B on Aug. 17, 2017, to come for treatment on Sept. 4, 2017. Because there are a limited number of doctors who were available to treat people living with hepatitis B, my brother had to wait for weeks for a doctor’s appointment. During this waiting period, I updated the hospital on my brother’s deteriorating condition many times, but they insisted that he must wait until the booked date. At exactly 8:15 a.m. on Tuesday morning, 5th September 2017, heartbreakingly, I saw my brother Emmanuel, also known as Action man, giving his last breath. Because there was no patient involvement in care plans in Ghana, there was nothing to help my brother’s condition, as he was diagnosed too late, and there were no clinical trial opportunities to explore (to our knowledge), despite the apparent need. If those living with hepatitis B had more say in their care plan, they would be able to communicate directly with researchers about their conditions and be guided accordingly, and appropriately for their individual cases. 

 

After my brother’s demise, our immediate family members went to get tested for hepatitis B. We all tested negative for hepatitis B infection, and we took the vaccine. Based on these experiences, I have taken it upon myself to educate the public about the deadly but preventable hepatitis B infection on social media platforms and radio stations. Currently, I am the Ashanti Regional Representative for Hepatitis Foundation of Ghana and a member of the Hepatitis B Foundation’s Global Hepatitis B and D Community Advisory Board.  

 

People with lived experience have insights that can help inform researchers and clinical trial developers in their research efforts and encourage them to seriously consider patient inputs during all steps in the drug development process, from clinical trials to developing patient care plans.  

 

Kenneth: How patient involvement in research could have future impact on care/treatment practices 

Patient involvement in research can significantly enhance African healthcare practices by promoting more effective, relevant, and culturally sensitive interventions. This method reflects African communities’ cultural, social, and economic realities, ensuring that findings and recommendations are viable for local implementation. Patients can contribute insights into critical health challenges, such as infectious diseases, maternal health, or non-communicable diseases like diabetes and hypertension. 

 

Involving patients in research increases their understanding of their diseases, treatment options, and the importance of adherence to medical guidance, leading to better health outcomes [4]. They can also function as advocates and educators, increasing awareness and debunking misconceptions about diseases and treatments. 

 

Research that includes patient involvement can establish treatment protocols and care practices better adapted to the local environment, promoting comfort, dignity, and patient choices [5]. Patients engaged in inclusive research are more likely to trust and engage with the healthcare system, leading to higher participation in health initiatives, better treatment adherence, and greater uptake of preventative measures [6]. 

 

Research that is co-led with patients can have a dramatic influence on policymakers. By providing data founded on the real-world experiences of persons afflicted by diseases, patient-centered research can drive the development of policies that prioritize patient needs and assist in implementing more successful health services. 

 

In conclusion, the revolutionary potential of patient involvement in research cannot be more strongly emphasized! By ensuring that healthcare practices are more relevant, culturally sensitive, and aligned with the population’s needs, this approach has the power to significantly improve the quality of care, foster greater trust in the healthcare system, and ultimately lead to better health outcomes and more resilient healthcare systems across Africa. 

 

Suggestions 

Research using patient involvement led to more meaningful socio-economic and cultural outcomes, as patients identified issues of which researchers were not previously aware [7]. When patients are involved throughout the drug development/clinical trial design process, they can inform researchers of best practices to disseminate results among the participants and greater patient community, as they can suggest appropriate communication methods to ensure comprehension [8, 9]. Similarly, patients can co-present results at conferences [10], which can increase the greater patient community’s trust in research, and potentially increase their willingness to participate in future clinical trials, or other research endeavors. 

 

Take home suggestions for researchers:  

1) Recognize the hardships and costs of long-distance travel for patients. Find ways to alleviate this by, for example, allowing patients to get tests and scans closer to home. 

2) Find ways to help patients with the incidental costs of the trial, not otherwise covered. For example, connect patients with educational resources about financial assistance programs and fundraising methods.  

3) Improve timely communication between trial staff and patients. 

4) Properly educate and inform potential study participants on the study’s required activities.  

5) Allow study participants to have access to their personal trial data and study statistics. 

6) Recognize patients as citizen scientists, as their participation is critical to research advancement, as they provide careful and specific observations. Researchers must keep in mind that patients are not just test subjects. 

7) As important as it is to get the patient to understand clinical trial requirements, researchers should also make the effort to educate the close family members of consenting patients. Offering moral support, especially in communal settings like Africa, is critical to enhance acceptance of clinical trials and research endeavors. 

 

Resources 

  1. National Institute for Health and Care Research. (n.d.). I want to help with research. [Accessed from:  https://www.nihr.ac.uk/patients-carers-and-the-public/i-want-to-help-with-research/] 
  2. Arumugam, A., Phillips, L.R., Moore, A., Kumaran, S.D., Sampath, K.K., Migliorini, F., Maffulli, N., Ranganadhababu, B.N., Hegazy, F. & Botto-van Bemden, A. (2023). Patient and public involvement in research: A review of practical resources for young investigators. BMC Rheumatology, 7(2). doi: 10.1186/s41927-023-00327-w 
  3. Anderson, A., Borfitz, D., & Getz, K. (2018). Global public attitudes about clinical research and patient experiences with clinical trials. JAMA Network Open, 1(6), e182969-e182969. doi: 10.1001/jamanetworkopen.2018.2969 
  4. Shea, L., Pesa, J., Geonnotti, G., Powell, V., Kahn, C., & Peters, W. (2022). Improving diversity in study participation: Patient perspectives on barriers, racial differences and the role of communities. Health Expectations. 25(4):1979-87. doi: 10.1111/hex.13554 
  5. Wind, A., van der Linden, C., Hartman, E., Siesling, S., & van Harten, W. (2022). Patient involvement in clinical pathway development, implementation and evaluation–A scoping review of international literature. Patient education and counseling. 105(6):1441-8. DOI: 10.1016/j.pec.2021.10.007 
  6. Mulqueeny, D.M. & Taylor, M. (2022). Patient-centred care: Reality or rhetoric—patients’ experiences at ARV clinics located in public hospitals in KwaZulu-Natal, South Africa. AIDS research and therapy. 9(1):41. DOI: 10.1186/s12981-022-00463-2 
  7. Shen, S., Doyle-Thomas, K. A. R., Beesley, L., Karmali, A., Williams, L., Tanel, N., & McPherson, A. C. (2017). How and why should we engage parents as co-researchers in health research? A scoping review of current practices. Health Expectations: An international Journal of Public Participation in Health Care and Health Policy, 20(4), 543–554. https://doi.org/10.1111/hex.12490  
  8. Beier, K., Schweda, M. & Schicktanz, S. (2019). Taking patient involvement seriously: A critical ethical analysis of participatory approaches in data-intensive medical research. BMC Medical Informatics and Decision Making, 19(90). doi: 10.1186/s12911-019-0799-7 
  9. Maccarthy, J., Guerin, S., Wilson, A.G. & Dorris, E.R. (2019). Facilitating public and patient involvement in basic and preclinical health research. PLoS One, 14(5): e0216600. doi: 10.1371/journal.pone.0216600 
  10. Jackson, T., Pinnock, H., Liew, S.M., Horne, E., Ehrlich, E., Fulton, O., Worth, A., Sheikh, A. & De Simoni, A. (2020). Patient and public involvement in research: From tokenistic box ticking to valued team members. BMC Medicine, 18(79). doi: 10.1186/s12916-020-01544-7 

300 Million Reasons, About Hepatitis B, Clinical Trials, HBV, Hepatitis B Advocacy, Hepatitis B Research, United States

Podcast Recap: How Clinical Trials Work in the United States

 

 

 

 

 

 

 

 

 

 

 

 

 

In a recent B Heppy episode on clinical trials, Dr. Yasmin Ibrahim, Public Health Program Director at the Hepatitis B Foundation, discussed the process of how clinical trials work and the importance of clinical research in moving forward public health programs and interventions. 

What is a Clinical Trial? 

A clinical trial (also called clinical research) is the process for approving new medications or devices for a known health condition or disease. When people hear the term clinical trial, they may hink immediately that participants of that trial are at risk. What most don’t know is that before a medication or medical device is tested on human beings, it must go through a very rigorous process with approval from regulatory authorities and agencies. This is why clinical trials go through phases of approval and safety checks in the research process. We have outlined the phases of clinical trials below to help provide an understanding of the process.  

Pre-clinical or lab studies: Before the drug can be tested on human beings, it is thoroughly researched on living cells and then animals with similar biological makeup, to assess its efficacy (benefits) and safety. 

Clinical Phase I: Researchers test a new drug or treatment on a small group of people for the first time to evaluate its safety, determine a safe dosage range, and identify any side effects. 

Clinical Phase II: The drug or treatment is given to a larger group of people to see if it is effective and to further evaluate its safety. 

Clinical Phase III: The drug or treatment is given to large groups of people to confirm its effectiveness, monitor side effects, compare it to commonly used treatments, and collect information that will allow the drug or treatment to be used safely. 

Clinical Phase IV: Studies are done after the drug or treatment has been marketed to gather information on the drug’s effect in many different populations and determine any side effects associated with long-term use of the product or drug. 

All new treatments must go through clinical trials before being approved for use by the United States Food and Drug Administration (FDA), European Medicine Agency (EMA) or any other local regulatory authorities depending on the country.   

Advancing and Sustaining Public Health through Research 

Clinical trials are important because they are the safest way to develop and discover new treatments that work to cure diseases or improve the health and quality of life of patients. Because clinical trials have very strict safety regulations, they also tell us if a treatment is safe for people to use.  

Eligibility Criteria for Participation in Clinical Trials  

Eligibility criteria for clinical trials depends on the type of research being conducted. If a vaccine is being tested, then most participants are healthy to assess the response of the vaccine on the body’s immune system and the ability to produce protective antibodies. In some clinical trials that focus on certain populations or multiple conditions, the criteria may be more specific (e.g., testing the HBV treatments on people living with hepatitis B and diabetes). Study design and objectives determine participant eligibility and criteria. 

Diversity and Inclusivity in Clinical Trials 

Historically, clinical trials have neglected participation from minority populations and under-served communities. For example, sub-Saharan Africa has one of the highest burdens of hepatitis B globally, but clinical trials for hepatitis B are inadequate in those areas. The people who need access to clinical research the most are often denied access to these opportunities due to geographical barriers, lack of political will, regulatory issues, and other logistical challenges. It is important to ensure that all people who are directly impacted by hepatitis B should have access to participating in clinical trials and affording innovative therapies to improve their quality of life. There are steps that pharmaceutical and biotech companies, medical researchers, and public health organizations can take to diversify participation in clinical research. This involves including local patient-centered organizations and patient advocates in the clinical trial participation recruiting process. Partnering with a community is a helpful strategy to build trust with the community and engage people in research. Communication is integral to ensuring that participants fully understand the extent of their participation and the goals behind the research. Participants are encouraged to ask questions from the recruiters before agreeing to participate in the research.  

Find Clinical Trials for Hepatitis B here: https://www.hepb.org/treatment-and-management/clinical-trials/ 

Questions to Ask Providers and Researchers about Clinical Trial Participation: https://www.hepb.org/treatment-and-management/clinical-trials/ask-a-doctor/ 

To listen to the full episode on our podcast, B Heppy, click here. https://bheppy.buzzsprout.com/1729790/13443280 

 

Clinical Trials, HDV, Hepatitis D Drug Development, Hepatitis Delta (HDV), Liver, Liver Health, Research

Drug Profile: Three Hepatitis Delta Therapies That We Hope to See Widely Available Soon

 

 

 

 

The full extent of hepatitis delta’s (HDV) global disease burden is still unknown and treatment options for HDV have been limited. However, there are three promising up-and-coming drugs to treat HDV patients. This blog post details the drugs’ current phase of development and testing, how well they work for patients in the real world, and their current path toward regulation and market availability. 

Bulevirtide (Hepcludex) 

Gilead Sciences Inc. has been seeking approval from the U.S. Food and Drug Administration (FDA) for bulevirtide, or Hepcludex, since 2021. In 2020, Gilead acquired MYR, a German pharmaceutical company that had developed the hepatitis delta virus (HDV) drug. At the time that it was acquired, Hepcludex had already been conditionally authorized for use in Germany, France, and Austria (MYR Pharmaceuticals, 2020). Gilead, which is based in California, in the U.S., hoped to accelerate the global launch of Hepcludex. Since then, however, Hepcludex remains in regulatory limbo. In October 2022, the FDA announced the rejection of Hepcludex, citing concerns around the manufacturing and delivery of the drug. Gilead responded by stating that they plan to resubmit Hepcludex for approval as soon as possible (Dunleavy, 2022). Six months after the FDA rejection, the Committee for Medicinal Products for Human Use, which is the European Medicines Agency’s (EMA’s) committee responsible for conveying its opinions on medicinal products to the public, stated that it recommends Hepcludex for full marketing authorization in Europe. Since its conditional approval, a Phase 3 trial (which utilized data from patients in Germany, Italy, Russia, Sweden, and the U.S.) has shown it to be safe and effective for HDV patients. If the European Commission fully approves Hepcludex, it will be the only authorized HDV treatment available in Europe (Dunleavey, 2023).  

Lonafarnib 

At the end of 2022, Eiger Biopharmaceuticals announced that lonafarnib reached an important milestone in its phase 3 trial.  

The trial includes two regimens in patients with chronic HDV:  

  1. 1. Lonafarnib boosted with ritonavir, a protease inhibitor, which interferes with the ability of certain enzymes to break down proteins, often used in combination with other therapies for antiviral activity (this is an all-oral therapy), and
  2. 2. Lonafarnib in combination peginterferon alfa, an antiviral and immunosuppressive, which either completely or partially suppresses the immune system, often used to treat hepatitis B (HBV) and hepatitis C (HCV) patients (this is a combination therapy).

Both treatment arms showed statistical significance over the placebo arm of the trial. The placebo arm is used as a control in drug testing and has no therapeutic effect on patients. The results showed three noteworthy findings: 1. After 48 weeks (about 11 months) of treatment with the all-oral regimen, a small number of patients may achieve reduced viral load and improved liver function. 2. Combining lonafarnib and ritonavir with peginterferon alfa showed the potential to almost double the effectiveness of the drugs. 3. Combination treatment may lead to significant liver tissue improvement. Researchers found that most adverse symptoms related to treatment were either mild or moderate in severity, with gastrointestinal issues being the most frequent (Eiger Biopharmaceuticals, 2022). 

Peginterferon Lambda 

In June 2023, the results of a phase 2 trial looking at the safety and efficacy of peginterferon lambda (also an Eiger Biopharmaceuticals product) in HDV patients were published. Previously, peginterferon lambda showed a good tolerability profile (or the degree to which patients can tolerate negative treatment symptoms) in patients with HBV and HCV when compared to peginterferon alfa. In this trial, patients received 120-mcg or 180-mcg peginterferon lambda injections over 48 weeks, followed by 24 weeks of post-treatment follow-up. Researchers found that 180-mcg injections were more effective in HDV patients compared to the 120-mcg injections group. Results showed that with 48 weeks of 180 mcg treatment, patients showed a significant reduction in HDV RNA, the molecules responsible for perpetuating the virus in HDV patients. 36% of patients’ HDV RNA levels were undetectable. Some of the adverse symptoms patients experienced were flu-like symptoms and elevated transaminase levels, or enzymes that are related to a fatty liver. Most adverse symptoms were mild or moderate in nature and were resolved without additional treatment (Etzion et al, 2023). 

These three drug therapies show promise for HDV patients. Hepcludex is well on its way to becoming fully authorized in Europe after its three-year conditional approval and recent Phase 3 trial results. Lonafarnib’s phase 3 trial results are encouraging and Eiger, its manufacturer, plans to begin meeting with regulatory agencies, such as FDA and EMA, to discuss regulatory submissions (Eiger Biopharmaceuticals, 2022). Peginterferon lambda has shown a higher tolerability in patients with a lower adverse event rate than peginterferon alfa, which has been modestly used for the treatment of HDV over the past several decades (Etzion et al, 2023). Peginterferon lambda still has a ways to go before regulatory discussions, considering that results have just been published from its Phase 2 trial. Typically, in Phase 2 trials, researchers seek to learn whether the treatment they are studying is effective in fighting the disease. Phase 3 will test whether peginterferon lambda is more effective than already available, standard treatments. Hopefully, these three drugs continue to show positive results for HDV patients and will become widely available over the next few years. There are a number of other HDV drugs currently in development, but these are still in the early stages of clinical trial testing. You can stay up to date on the latest developments of these drugs by checking out the Hepatitis Delta Connect Drug Watch page. 

Dunleavy, K. (2022, October 28). Gilead hits surprise FDA rejection for hepatitis D drug already authorized in Europe for 2 Years. Fierce Pharma. https://www.fiercepharma.com/pharma/gilead-gets-fda-rejection-hepatitis-d-drug-already-authorized-europe-two-years 

Dunleavy, K. (2023, May 5). After FDA rejection, Gilead’s Hepcludex looks set for full EU NOD. Fierce Pharma. https://www.fiercepharma.com/pharma/gileads-hdv-drug-hepcludex-gets-thumbs-chmp 

Eiger announces both lonafarnib-based treatments in pivotal phase 3 D-LIVR trial in Hepatitis Delta virus (HDV) achieved statistical significance against Placebo in composite primary endpoint. Eiger BioPharmaceuticals. (n.d.). https://ir.eigerbio.com/news-releases/news-release-details/eiger-announces-both-lonafarnib-based-treatments-pivotal-phase-3 

Etzion, O., Hamid, S., Lurie, Y., Gane, E. J., Yardeni, D., Duehren, S., Bader, N., Nevo-Shor, A., Channa, S. M., Cotler, S. J., Mawani, M., Parkash, O., Dahari, H., Choong, I., & Glenn, J. S. (2023). Treatment of chronic hepatitis D with peginterferon lambda-the phase 2 LIMT-1 clinical trial. Hepatology (Baltimore, Md.), 77(6), 2093–2103. https://doi.org/10.1097/HEP.0000000000000309  

MYR Pharmaceuticals. (2020, September 17). Myr Pharmaceuticals launches HEPCLUDEX® in Germany, France and Austria. PR Newswire: press release distribution, targeting, monitoring and marketing. https://www.prnewswire.com/news-releases/myr-pharmaceuticals-launches-hepcludex-in-germany-france-and-austria-301133006.html 

Clinical Trials, HDV, Hepatitis D Drug Development, Hepatitis Delta (HDV), News, Research

Results from Hepatitis Delta Clinical Trials Announced at International Liver Congress 2022

London, UK was the host city for this year’s annual International Liver Congress (ILC), the yearly meeting of the European Association for the Study of the Liver (EASL), which took place from June 22nd-26th. This meeting provides an opportunity for those working to address liver diseases around the world to gather in one location and exchange ideas, present research, and work to advance diagnosis, prevention, treatment, and elimination of these serious conditions. This year’s meeting saw significant attention given to hepatitis delta, as new treatments continue to move through the pipeline and more widespread approval for prescription of current treatments is sought. Below is a quick snapshot of some of the presentations!

The US-based pharmaceutical company Gilead Sciences, Inc. demonstrated with results from a Phase 3 clinical trial that treatment with Hepcludex (bulevirtide), the first medication ever approved for hepatitis delta (HDV), has been shown to achieve significant response in chronic HDV. After 48 weeks, 48% of study participants who received different doses of treatment with Hepcludex achieved virological response (meaning a decline in hepatitis delta viral load, ALT normalization, and a change in liver stiffness), compared to only 2% of those who had not received any treatment. When compared to results from clinical trials after 24 weeks, response rates to HDV only improved, showing the drug to be even more effective over time. Throughout the clinical trials, there have been no adverse events reported that are attributable to this treatment.

Hepcludex has also been found to have a positive impact on the quality of life of individuals living with hepatitis delta, and their overall ability to manage the condition. There were improvements found in health distress, performance of daily activities related to hepatitis, emotional impact of hepatitis, and ability to work. This data reinforces the efficacy and safety of Hepcludex and hopefully strengthens the case for approving the drug in more parts of the world.

“As the most severe form of viral hepatitis, HDV presents a significant disease burden with high healthcare-related costs and until recently, no approved treatment options,” said Heiner Wedemeyer, MD, Director, Clinic for Gastroenterology, Hepatology and Endocrinology at Hannover Medical School, and principal investigator of the study. “These results presented at ILC 2022 not only highlight the important clinical role that bulevirtide has to play as a safe and effective treatment option for chronic HDV, but critically also demonstrate that with prolonged treatment, we can achieve higher response rates so we can better manage this rare, life-threatening disease in more people.”

Presently, Hepcludex has been conditionally approved by the European Commission for prescription in France, Germany, and Austria. It has not yet been approved by the United States Food and Drug Administration (FDA) or in other countries. A Biologics License Application was submitted by Gilead to the FDA in late 2021 for injection of 2mg of Hepcludex to treat adults with HDV and compensated liver disease. Hepcludex had previously been granted Breakthrough Therapy and Orphan Drug designations by the FDA and PRIority MEdicines (PRIME) scheme eligibility by the European Medicines Agency (EMA).

The second company to present their research findings at the ILC was US-based Eiger BioPharmaceuticals, Inc. The two primary hepatitis delta drugs that they have in the pipeline are called lonafarnib and peginterferon lambda. One abstract presentation indicated that peginterferon lambda (lambda) had better antiviral activity and tolerability than peginterferon alfa (the previous version of this drug that has been used as the only somewhat effective, but off-label treatment for hepatitis delta since the early 1980s). Lambda has been shown to block production of new hepatitis delta virus very effectively. Additionally, lambda in combination with lonafarnib was found to lower levels of HDV RNA and decrease its production and release, more effectively than lambda by itself. Patterns in HBV DNA, hepatitis B surface antigen, and ALT were also observed as part of this study. In its Phase 3 D-LIVR study, which is assessing the safety and efficacy of lonafarnib in combination with ritonavir, with and without peginterferon alfa, Eiger has assembled the largest cohort of global participants in an HDV study, and therefore the largest body of data. Results from this study are anticipated by the end of 2022.

The final piece of big hepatitis delta news to come out of the conference was the announcement from Vir Biotechnology Inc. that they are beginning a Phase 2 clinical trial for VIR-2218 in combination with VIR-3434 for the treatment of chronic hepatitis delta. Initial data from this study is anticipated in 2023.

Hepatitis delta is now receiving more attention than ever before and there is only more hope as new treatments are created, investigated, approved, and made available. For a complete overview of hepatitis delta, including basic information, resources, clinical trial opportunities, and a complete list of drugs that are in the pipeline, visit www.hepdconnect.org.

References

https://www.gilead.com/news-and-press/press-room/press-releases/2022/6/treatment-with-hepcludex-bulevirtide-meets-primary-endpoint-and-achieves-significant-response-in-chronic-hepatitis-delta-virus-at-48-weeks

https://www.streetinsider.com/Corporate+News/Vir+Biotechnology+Inc.+%28VIR%29+Announces+New+Clinical+Data+From+its+Broad+Hepatitis+B+Program/20256465.html

https://www.prnewswire.com/news-releases/eiger-biopharmaceuticals-announces-results-from-multiple-presentations-at-the-european-association-for-the-study-of-the-liver-easl-international-liver-congress-2022-301576119.html

Clinical Trials, HDV, Hepatitis D Advocacy, Hepatitis D Drug Development, Hepatitis Delta (HDV), News

2022 – The Year of Hepatitis Delta

2022 is shaping up to be a big year for hepatitis delta, the rare but serious virus that can co-infect people who are already living with hepatitis B. As a quick refresher, hepatitis delta is a virus that depends upon the hepatitis B virus in order to survive and replicate – so only those who are already living with hepatitis B can become infected with hepatitis delta. Hepatitis delta virus (HDV) is believed to infect between 5 and 10% of people living with hepatitis B virus (HBV). HDV can occur through either a superinfection or a coinfection. A superinfection occurs when someone who is already living with HBV contracts HDV, in which case there is a very high chance that the individual will develop chronic (lifelong) infections of both HBV and HDV. A coinfection occurs when both HBV and HDV are contracted at the same time – when this happens in adults, both infections tend to clear within six months and there is only a 5% chance that chronic HBV and HDV will occur. Chronic HDV is particularly dangerous because it advances progression to serious liver damage and liver failure much more quickly than HBV alone – 70% of people diagnosed with HDV and HBV will experience serious liver damage within 10 years without intervention, compared to 15-30% of people diagnosed with HBV alone.

So, What’s Happening in the World of Hepatitis Delta?

The past 18 months have been very important for hepatitis delta research and drug development. In July of 2020, the European Medicines Agency approved Hepcludex, the first-ever drug approved for treatment of hepatitis delta, for prescription in France, Austria, and Germany. Hepcludex works by stopping HDV from entering and infecting liver cells (and is known as an entry inhibitor). In 2021, MYR Pharma, the German company that originally developed Hepcludex, was bought by Gilead Sciences, Inc., which is based in the United States, and which has since filed a Biologics Licensing Agreement for approval of Hepcludex by the US Food and Drug Administration, which is expected later this year. At this time, there is not a timeline for when Hepcludex approval will be expanded to more countries and parts of the world. Prior to Hepcludex, the only drug available for hepatitis delta management, which was never officially approved, was called pegylated interferon alpha. This drug, still in use today, is only effective in controlling HDV in about 25% of people living with the virus and has challenging side effects that can negatively impact quality of life.

In addition to Hepcludex, two other promising drugs are in clinical trials, both developed by Eiger BioPharma in the United States. The first of these is called Lonafarnib, which is being evaluated for how well it works to target the protein assembly process, which keeps new viruses from being created (it is known as a prenylation inhibitor). Lonafarnib, in combination with another drug called Ritonavir, is currently in Phase III clinical trials (the phase in which the safety and effectiveness of a drug is compared to that of currently available treatments). These trials are fully enrolled, and data is expected by the end of 2022. Additionally, Eiger is currently enrolling phase III clinical trials for Pegylated Interferon Lambda, which works by stimulating the body’s own immune system to fight the virus. For a full list of drugs under investigation for hepatitis delta, including one from Janssen Research and Development and one from Antios Therapeutics, visit our Drug Watch page.

Are There Other Clinical Trials Happening for Hepatitis Delta?

 Yes! There are clinical trials happening worldwide to test many of the drugs listed above and more. You can check out our clinical trials page here. This page includes a detailed description of each clinical trial, along with information about where it is being conducted and how to contact the principal investigator (or person leading the clinical trial). This page also includes a helpful graphic describing the clinical trial process and what it takes for a drug to move from an idea into the real world. It is important to note that not all of the trials listed here are for the purpose of testing a medication – some are observational studies to monitor what are called disease biomarkers, which are physical measures used to monitor the progress of a disease and could include tests of blood or liver function, for example. Clinical trials are currently happening in Australia, Austria, Belgium, Brazil, Bulgaria, Canada, China, France, Georgia, Germany, Greece, Israel, Italy, Japan, Mongolia, New Zealand, Pakistan, Republic of Moldova, Romania, Russian Federation, Spain, Sweden, Switzerland, Taiwan, Turkey, Ukraine, the United Kingdom, the United States, and Vietnam.

When Will HDV Drugs and Clinical Trials Be More Accessible in More Parts of the World?

 This is unfortunately a difficult question to answer. Even though up to 10% of people who are living with hepatitis B are also living with hepatitis delta, there are not good systems in place to make sure that everyone who is living with HBV or who is at increased risk for HDV is tested and diagnosed, so there are not very accurate numbers about how many people in the world are living with HDV. Indeed, of the nearly 300 million people around the world who are living with hepatitis B alone, only 10% are aware of their diagnosis, so this number is undoubtedly far lower than even 10% for hepatitis delta. Without accurate information about how many people are living with the virus, it is difficult for drug and clinical trial developers to invest resources into studying or pursuing drug development or clinical trials for HDV.

Another problem is the many resources of time, money, and labor that are necessary for developing drugs, and preparing and running clinical trials. The development process for a single drug can take anywhere from 5-15 years and a much larger number of drugs fail to complete this process than succeed. Additionally, there needs to be some degree of existing infrastructure in a particular country in order to both support a clinical trial and ultimately to get a drug approved. Unfortunately, this kind of infrastructure is generally already established and easier to navigate in wealthier countries, so these are the countries in which clinical trials are generally held and in which drug approvals tend to happen first. Public health and clinical infrastructure is slowly developing and becoming more prioritized in different parts of the world and hopefully this trend will continue, but for the time being, the locations of clinical trials and approvals for important treatments point to the much larger issues of lack of access to health and healthcare in much of the world, that in turn stem from deep-seated poverty and inequity. Again, as health equity continues to be a focus of the public eye, these trends will hopefully begin to change, paving the way for greater access to healthcare for hepatitis delta, hepatitis B, and countless other health conditions.

What Is Hep Delta Connect’s Role?

 This year, Hep Delta Connect will continue its work to raise the profile of hepatitis delta, both in the United States and around the world. We are committed to building awareness through partnerships with community-based organizations, healthcare providers, and governmental agencies around the world and through dissemination of educational materials and programming. We hope to foster greater engagement of those living with and affected by hepatitis delta globally, more focused advocacy efforts to bring HDV into the spotlight, and increased screening, diagnosis, and management of HDV. We keep our website and social media channels updated regularly with program news and events – make sure to follow us on Facebook, Twitter, and Instagram and check out our website frequently! You are always welcome to connect with us anytime at connect@hepdconnect.org. We look forward to an exciting year of work on HDV!

Clinical Trials, HBV, Hepatitis B Research, Hepatitis B Treatment

GlaxoSmithKline Recruiting for B-Together Hep B Clinical Trials

The company GlaxoSmithKline (GSK) is launching a new clinical trial, called B-Together, that will investigate how two study drugs might work together to treat chronic hepatitis B (CHB). Researchers are hoping to find new potential treatments that could be more effective than those that are currently available and could lead to positive results that last long after the treatment ends. Participants in this trial could play a role in shaping science and changing the landscape of CHB treatment around the world, and will have an opportunity to learn more about the disease itself.

The two drugs that will be investigated in this trial are GSK3228836 and pegylated interferon, also known as Pegasys. In a previous Phase 2 trial, people living with CHB received GSK3228836 for 4 weeks. The Phase 2b B-Together trial will test longer treatment with GSK3228836, followed by Pegasys, to see what effects this may have on viral antigens (such as HBsAg) in the body. 

About the Study Drugs

GSK3228836 is an investigational drug being tested as a potential treatment for CHB, meaning it is not yet approved for this purpose. Current medicines available to treat CHB only stop the virus from multiplying – they do not enable the body to fully clear the infection, so people have to keep taking these medicines. GSK3228836 is designed to stop the virus from producing proteins that may prevent the immune system from fighting the virus. Thus, the study drug may potentially allow the body to gain control over the infection.

The other drug used in this study, Pegasys, is a medicine that is already used on its own by doctors to treat CHB. Pegasys works by enhancing the body’s immune response to viral infections such as hepatitis B.

What Will Happen During This Trial?

During this trial, all participants will receive GSK3228836 followed by Pegasys. After you have finished treatment with GSK3228836, your doctor will check if it is appropriate for you to start treatment with Pegasys. If it is not appropriate, you may not receive Pegasys at all. At the beginning of the trial, you will be assigned by chance to one of two groups. Each group will receive the study drugs for different lengths of time. You will know which group you are in. The B-Together trial lasts about 79 weeks for each participant. This includes a screening period, a study treatment period, and a follow-up period.

Screening Period

At a screening visit, the study doctor will give you a physical examination, ask about your medical history, and conduct medical tests. The screening period may last up to about 6.5 weeks while the study doctor reviews the results of your screening visit to determine if you meet all requirements for participation.

Trial Treatment period

While receiving GSK3228836, you will visit the clinic for either 12 or 24 weeks. For the first two weeks of your treatment with GSK3228836, you will visit twice per week and for the remaining weeks you will visit the clinic once per week.

When you have finished treatment with GSK3228836, your doctor will assess if it is appropriate for you to start treatment with Pegasys. If it is appropriate, then you will then receive treatment  with Pegasys once a week for up to 24 weeks.

In some countries, it will be possible for you to self-inject Pegasys at home after discussion and training from your study doctor. This could reduce the number of times you have to visit the clinic.

Other study activities will vary from visit to visit and may include:

  •         Discussions about your health and medications you may take outside the trial
  •         Measurement of vital signs (i.e. blood pressure, pulse, weight)
  •         Collection of blood or urine samples
  •         Physical examination
  •         Questionnaires about your health and well-being

Follow-Up Period

During the 24-week follow-up period, you will not receive injections of study treatment, but you will complete other study visit activities as scheduled. There are eight visits scheduled in the follow up period. Your study participation will end about 72 weeks after your first dose of the trial drug.

Who Can Participate?

You may be eligible to participate in this trial if you are at least 18 years old, have been living with documented CHB for at least six months, and have also been receiving stable nucleos(t)ide treatment (not telbivudine) with no changes for at least six months prior to screening and no planned changes for the duration of the study. There are other eligibility requirements that the study doctor will review with you. Individuals who have a current co-infection with or past history of hepatitis C virus, HIV or hepatitis D virus are not eligible to participate in this trial. 

Where Is This Trial Taking Place?

This trial is ongoing in the UK, Spain, Russia, Poland, Italy, Korea, Japan, China, the US, Canada, and South Africa.

You can play a role in shaping your own health and the science of tomorrow! To learn more about this trial and check your eligibility to participate, visit https://clinicaltrials.gov/ct2/show/NCT04676724. 

Clinical Trials, Hepatocellular Carcinoma, Liver Cancer

Announcing New Liver Cancer Clinical Trials

Over the past few decades, there have been several advancements in liver cancer research and treatment. These have included improvements in chemotherapy treatments that can now successfully shrink tumors to a size at which they can be more easily surgically removed, and the development of therapies that block blood flow to tumors. Liver ablation (tissue removal) and transplantation techniques have also been greatly improved in recent years (Johns Hopkins Medicine, 2020). Many of these advancements would not have been possible without the help of clinical trial volunteers with liver cancer. Your contribution is important and valuable and may help research for the future. Learn more about these opportunities today.

The pharmaceutical company Bristol Myers Squibb (BMS) is now enrolling for two clinical studies in liver cancer (also called hepatocellular carcinoma or HCC). These trials have the reference numbers CA209-9DW and CA209-74W. If eligible and you are willing and able to take part, you will be helping to advance research.

One of these trials is researching a study drug called nivolumab. Researchers want to find out how well the study drug works, both with and without ipilimumab in combination with trans-arterial ChemoEmbolization (TACE), when compared to TACE alone in participants with intermediate-stage HCC. Eligible trial participants must be at least age 18 years old and must not have had a liver transplant, or be on the waiting list for a liver transplant. This is not a full list of trial requirements.

Another trial is researching nivolumab in combination with another study drug called ipilimumab (also called Yervoy) in participants with advanced HCC. Researchers in this trial want to find out how well this study drug combination works when compared to other drugs called sorafenib or lenvatinib. Eligible trial participants must be at least 18 years old and must not have had any type of prior chemotherapy. This is not a full list of trial requirements.

For more details about each trial, including full trial requirements, lists of tests and procedures used to determine trial eligibility, and more details about Bristol Myers Squibb, please visit the BMSStudyConnect website.

Before you decide to enroll in a clinical trial, you can download the Study Participant’s Guide. This guide is available in many languages on this site, and includes information about trial participation, why clinical studies are important, questions to ask your doctor before participating, guidance on transportation and lodging during a clinical trial, helpful tips on how to prepare to take part in a trial, and links to helpful resources.

References

Johns Hopkins Medicine. (2020). 4 Liver Cancer Treatment Advances. https://www.hopkinsmedicine.org/health/treatment-tests-and-therapies/4-liver-cancer-treatment-advances.

Baruch S. Blumberg Institute