Category Archives: Cancer Research

Why Some Lung Cancers Do Not Respond to Some Types of Immunotherapy Treatment

Why Some Lung Cancers Do Not Respond to Some Types of Immunotherapy Treatment
Why Some Lung Cancers Do Not Respond to Some Types of Immunotherapy Treatment

Despite the drop in smoking rates, lung cancer remains the second most common form of the disease in the United States. Scientists are hopeful that a recent discovery will aid the development of more effective immunotherapy for lung cancer.

A Roadblock in Lung Cancer Treatment

The immune system is the body’s first line of defense against foreign invaders. Immunotherapy is a form of cancer treatment that boosts the ability of the immune system to seek out and destroy cancer cells.

Current immunotherapy for lung cancer includes a drug that shuts down a protein on the surface of tumor cells. The protein, called PD-L1, latches on to T cells and prevents them from attacking.

Unfortunately, many lung cancer patients didn’t respond positively to this treatment. Scientists realized they needed to learn more about the “immune compartment of lung tumors,” which involves the relationship between the cancer cells and the tumor microenvironment.

Scientists Make a Breakthrough

A research team in Switzerland studied mice with a form of lung cancer similar to that in humans. They found that a type of immune cell known as Gr1+ neutrophils actually triggers a cycle in the microenvironment that promotes the growth of tumor cells.

Team leader Prof. Etienne Meylan explained that neutrophils are an essential part of the immune response, so removing them is not the answer. Future research will focus on how the neutrophils operate and how immunotherapy for lung cancer can work around them.

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For decades, we have been successful treating patients with immunotherapy for lung cancer and other forms of the disease. Contact us for more information.

Gene Therapies for Two Blood Cancers Become a Reality

State of the Art Research on Blood Cancers Is Under Way
State of the Art Research on Blood Cancers Is Under Way

2017 was a breakthrough year for cancer treatment. For the first time ever, the U.S. Food and Drug Administration (FDA) approved two gene therapies for blood cancers that have failed to respond to traditional forms of treatment.

Helping a Patient’s Own Body Fight Cancer

The new treatments are known as CAR-T cell immunotherapy. What’s exciting about these therapies is that they enhance the power of a patient’s own immune system to seek out and kill cancer cells.

T cells are immune system cells responsible for attacking foreign substances in the body. First, a doctor extracts T cells from a patient’s blood sample. The cells are then genetically modified to produce artificial proteins.

These proteins are called chimeric antigen receptors, or CAR, and they have the ability to recognize cancer cells in a patient. Once the modified T cells have been replicated, they’re reintroduced to the patient’s system to find and destroy cancer cells.

An “Explosion of Interest”

Kymriah, manufactured by Novartis, was approved for use with ALL, a form of leukemia that affects children and young adults. Gilead Sciences produces the other gene therapy, called Yescarta, which is used with non-Hodgkin lymphoma.

According to Dario Campano, an immunologist involved in the development of Kymriah, the approval of these therapies triggered an “explosion of interest.” Campano expects continued research to lead to greater advancements in the technology.

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Issels® has long been a leader in the use of non-toxic, personally tailored cancer treatment programs that harness the power of a patient’s immune system. Contact us to learn more about cancer vaccines and other treatments available at Issels®.

NIH Considers Cancer Research on Genomics Critical

New Research Is Unlocking the Mystery of Cancer
New Research Is Unlocking the Mystery of Cancer

As scientists learn more about how cancer cells operate, they use that knowledge to formulate more effective methods of cancer immunotherapy. For this reason, the National Institute of Health (NIH) considers genomics research to be a critical tool in the fight against cancer.

Why Genomics Research?

The National Cancer Institute (NCI) is the arm of the NIH devoted to cancer research and training. In 2012, the NCI founded the Center for Cancer Genomics (CCG) for the purpose of studying the role of altered genes in the development of cancer.

Cancer results from abnormal cell growth within the body. Genomics research helps scientists understand more about these abnormalities and how they drive cancer development, leading to more precise methods of diagnosis and treatment.

Benefits of Cancer Genomics Research

One example of the success of genomic research is the development of vemurafenib (trade name Zelboraf®), which was approved by the Food and Drug Administration (FDA) in 2011. Vemurafenib is a cancer treatment that targets a form of melanoma arising from a specific mutation in the BRAF gene.

As researchers survey and catalog the results of various projects over the years, they have uncovered genetic similarities between seemingly disparate forms of cancer. For instance, mutations in the HER2 gene have been revealed in breast, bladder, pancreatic and ovarian cancers.

Cancer Immunotherapy at Issels®

Genomic diagnostics are an important part of the Issels® comprehensive immunobiologic core treatment. These tests are invaluable in providing essential information to help us identify causes of the disease and develop personalized cancer immunotherapy programs.

Contact us to learn more about cancer vaccines and other treatments at Issels®.

New Genetic Tests May Detect Some Asymptomatic Pancreatic Cancers Early

Rare but Deadly Pancreatic Cancer can Sneak up on Your Body's Immune system. Doctors and Researchers are Looking for Ways to Fight and Detect.
Rare but Deadly Pancreatic Cancer can Sneak up on Your Body’s Immune system. Doctors and Researchers are Looking for Ways to Fight and Detect.

Despite advancements in cancer treatment, pancreatic cancer continues to have one of the lower survival rates of all forms. Scientists are encouraged that a new test may increase the effectiveness of early detection and treatment.

Improving Early Detection of Pancreatic Cancer

Medical scans routinely uncover pancreatic cysts, which are small pockets of fluid. While most are benign, some can lead to pancreatic cancer. This poses a dilemma for doctors, who know the importance of early detection but are reluctant to recommend potentially unnecessary surgery.

Dr. Aatur D. Singhi and his team at the University of Pittsburgh Medical Center (UPMC) set out to find a way to test pancreatic cysts before surgery, rather than after. The result was PancreaSeq®, a procedure in which fluid is removed from a cyst and tested for 10 different types of tumor genes.

Breakthroughs in Cancer Testing

The UPMC study is noteworthy for other reasons as well. It was the first to evaluate testing that incorporates next-generation genetic sequencing and the first to be conducted in a certified and accredited clinical laboratory rather than a research facility.

During testing, PancreaSeq® was 100 percent accurate in classifying subjects who had a common precursor to pancreatic cancer. In addition, it also identified cysts that would progress to cancerous lesions with 100 percent accuracy and did not include any false positives.

Issels®: Your #1 Choice for Immunotherapy Cancer Treatment

Gene-targeted therapies are an important part of our non-toxic, integrative cancer treatment programs. Contact us to learn more about cancer vaccines, NK cells and other state-of-the-art therapies at Issels®.

NIH Embraces Immunotherapy as a Top Cancer Treatment

NIH Embraces Immunotherapy as a Top Cancer Treatment
NIH Embraces Immunotherapy as a Top Cancer Treatment

The National Institutes of Health has named immunotherapy as a top form of cancer treatment. In the past, chemotherapy and radiation were typically the main types of cancer treatments that the NIH focused on. However, research findings and treatment advances have led to an increase in the demand for immunotherapy for cancer.

Fighting Cancer with the Immune System

Immunotherapy relies on the body’s immune system to seek out and destroy cancer cells before they have a chance to spread. This type of treatment focuses on strengthening natural immune defenses against cancer rather than targeting and destroying cancer with radiation or chemotherapy. This helps protect healthy cells from damage and lowers the risk of nausea and other potentially severe side effects.

Advances in Immunotherapy

Advances in immunotherapy for cancer have led to significant improvements in this type of treatment, which has resulted in a higher number of successes for those with certain types of cancer. Researchers are also doing studies to find out more about immunotherapy in order to provide more and more cancer patients with effective treatment.

Current research has been focusing on why this type of treatment works better for some patients, what other kinds of cancer it can be used for, and how to make it more effective when used in combination with other forms of cancer treatment. These findings should lead to even more successes for immunotherapy.

If you’re interested in learning more about how immunotherapy for cancer works, please contact Issels®. Our cancer treatments are nontoxic and can be effective for certain cancers that are difficult to treat.

Immunotherapy: 2017’s Top Clinical Advance for Cancer Treatment

Immunotherapy: 2017's Top Clinical Advance for Cancer Treatment
Immunotherapy: 2017’s Top Clinical Advance for Cancer Treatment

The use of immunotherapy for cancer has been around for a long time, but it’s becoming more and more common. In fact, this form of treatment was named the 2017 Clinical Cancer Advance of the Year, which was mainly due to the increase in successful cases of treatment for cancers that are normally hard to treat.

Fine-Tuning Immunotherapy

Immunotherapy offers a non-toxic form of treatment, which doesn’t have the risk of side effects as chemotherapy and radiation do. Patients often turn to this type of treatment if they have not had success with conventional cancer treatments or they’re unable to tolerate the accompanying side effects.

Immunotherapy makes use of the immune system in order to find cancer cells and destroy them, rather than relying on chemicals or radiation. Researchers have been working on improvements in the way this type of treatment handles cancer, which has led to a higher number of successful treatments.

Good Candidates for Immunotherapy

Researchers have also been looking into who benefits from this type of treatment. Immunotherapy for cancer has been used successfully in cases that are considered hard to treat. However, certain types of immunotherapy treatments seem to be more effective for some patients but not others.

Researchers are conducting a number of studies to learn more about why certain individuals have greater benefit while undergoing specific immunotherapy treatment protocols. This research is expected to lead to improvements for those with cancers that are difficult to treat with traditional methods.

If you need more information on immunotherapy for cancer, please contact Issels® today. We offer personally tailored immunotherapy treatments for those with certain cancers.