Showing posts with label #BREAST CANCER. Show all posts
Showing posts with label #BREAST CANCER. Show all posts

Thursday, April 23, 2020

FDA expedites approval of two new breast cancer treatments

The approval of two new treatments for breast cancer were expedited by the FDA to help high-risk populations during the coronavirus pandemic
The approval of two new treatments for breast cancer were expedited by the FDA to help high-risk populations during the coronavirus pandemic
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The U.S. Food and Drug Administration (FDA) has approved two new kinds of breast cancer treatments, one targeting HER2-positive cancers and a second for metastatic triple-negative breast cancer. The FDA notes approval for both treatments was expedited due to the novel coronavirus pandemic.
“As part of FDA’s ongoing and aggressive commitment to address the novel coronavirus pandemic, we continue to keep a strong focus on patients with cancer who constitute a vulnerable population at risk of contracting the disease,” says Richard Pazdur, director of the FDA’s Oncology Center for Excellence. “At this critical time, we continue to expedite oncology product development.”
On April 17 the FDA approved a treatment using a new drug called Tukysa (tucatinib). The approval is for Tukysa to be administered in combination with chemotherapy for patients suffering metastatic HER2-positive breast cancer.
The approval is not for Tukysa as a first-line therapy. Instead, patients must have received at least one prior anti-HER2 treatment before commencing Tukysa.
The approval was based on recently published Phase 3 clinical trial data showing positive results from the novel combination treatment. In particular, the treatment offers hope to those patients with brain metastases, an aggressive form of the disease with very low survival rates.
“Tukysa was approved four months prior to the FDA goal date, providing an example of this commitment and showing how our regular work in reviewing treatments for patients with cancer is moving forward without delay,” says Pazdur.
On April 22 the FDA granted accelerated approval to Trodelvy (sacituzumab govitecan-hziy). This therapy is targeted at patients with a particularly aggressive form of breast cancer known as triple-negative breast cancer.
Trodelvy comes with a relatively severe set of potential side effects, so the FDA approval only allows the therapy to be administered to patients following the failure of at least two other available therapies.
The Trodelvy application was also only granted under the provision of what is called "accelerated approval." This means further clinical trials or clinical data will be necessary before a full approval, however, the drug may be administered widely based on the criteria it is, “reasonably likely to predict a clinical benefit to patients” suffering from serious conditions with unmet medical needs.
“Chemotherapy has been the mainstay of treatment for triple-negative breast cancer,” says Pazdur. “The approval of Trodelvy today represents a new targeted therapy for patients living with this aggressive malignancy.”
As with the Tukysa case, Trodelvy’s approval was expedited due the FDA’s commitment in bringing oncology treatments more rapidly to market during the coronavirus pandemic.

Saturday, February 9, 2019


More Women Reported to Have Rare Cancer Linked to Breast Implants

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More Women Reported to Have Rare Cancer Linked to Breast Implants
Credit: Shutterstock

More cases of a rare cancer linked to breast implants have been reported in the U.S., according to the Food and Drug Administration (FDA).
This week, the FDA announced that it had received a total of 660 reports of this cancer — called breast implant-associated anaplastic large cell lymphoma (ALCL) — over an eight-year period ending in September 2018. That's 246 additional reports since the previous totals were released last year, the FDA said in a statement released yesterday (Feb. 6).
The FDA said that such increases are to be expected given that the agency has worked to encourage patients and health care providers to report cases of breast implant-associated ALCL. However, the agency noted that some cases were reported more than once (for example, by both the patient and the health care provider). In all, there were 457 unique cases of this cancer, including nine deaths.
ALCL is not breast cancer; rather, it is a type of lymphoma, which is a cancer of immune system cells. When it occurs in women with breast implants, the cancer typically appears in the scar tissue around the implant. Although most cases have occurred among women with textured breast implants, some cases were among women with smooth implants, the FDA said. But a number of reports did not include the type of texture of the implant, which makes it more difficult to know if certain types of implants are tied to a higher risk of this cancer.
The FDA also said that it wants health care providers to be aware of breast implant-associated ALCL and to consider this diagnosis in patients with breast implants who have new symptoms of pain, swelling or lumps around their breast implants. By encouraging health care providers to report cases of breast cancer-associated ALCL, the FDA hopes to better understand the causes of the condition.
Originally published on Live Science.

Wednesday, December 5, 2018




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Tuesday, October 16, 2018

Breakthrough biomarker discovery reveals whether metastatic breast cancer is dormant or deadly

MEDICAL
A specific protein, called NR2F1, could improve treatment of breast cancer and spare patients from unnecessary...
A specific protein, called NR2F1, could improve treatment of breast cancer and spare patients from unnecessary treatments(Credit: Syda_Productions/Depositphotos)
In an outstanding breakthrough, an international team of scientists has discovered a protein biomarker than can predict whether a patient's metastasized breast cancer is dormant or about to turn deadly. The research will not only help doctors better treat patients suffering from breast cancer, but also points to new treatments that may be able to stimulate dormancy in cancer cells before they metastasize.
Breast cancer is still the most frequently appearing cancer seen in women, and while it can be treated effectively if caught early, it is also incredibly deadly if it is allowed to metastasize. Bone marrow is the most common first metastatic point in the spread of breast cancer.
Doctors can currently test a patient's bone marrow for residual disseminated tumor cells (DTCs), but these markers are not the most reliable signifier of how active the disease is. Around 60 percent of patients with identifiable DTCs have been found to remain relapse-free for up to five years or more.
The new study set out to investigate what could be causing these metastatic DTCs to lay dormant for many years. The exciting revelation was that a specific protein, called NR2F1, seemed to be the key to modulating the activity of cancer cells. When a high volume of NR2F1 was found in the bone marrow cancer cells, the patients lived longer and the cancer remained dormant, but if no, or very little, NR2F1 was found in the metastasized cancer cells then the cancer spread faster and the patient died sooner.
"This research shows that the survival advantage in these patients is due to high levels of this protein," says lead researcher Julio Aguirre-Ghiso. "Tests using this protein marker could further improve curative treatment of breast cancer, sparing patients from unnecessary treatments. Identifying patients with disseminated disease that is not yet symptomatic and characterizing it for potential dormancy or metastatic recurrence is a game changer."
The benefits of being able to effectively identify patients with more or less aggressive metastatic characteristics simply through a bone marrow test are undeniably significant. But, perhaps ever more exciting, is the potential for harnessing this process and inducing dormancy. Other studies targeting prostate cancer have already revealed that increasing levels of NR2F1 may induce dormancy in that cancer, and research is already underway into drugs that can upregulate NR2F1 to potentially stifle cancer metastasis.
"This opens the way for testing new treatments that prevent metastasis by inducing dormancy or eradicating the dormant disseminated cancer cells that have not yet initiated metastatic growth," says Aguirre-Ghiso on possible future research directions.
In the short term though, this biomarker discovery can rapidly assist doctors in evaluating the potential aggressiveness of breast cancer once it has metastasized to the bone. While metastatic breast cancer currently has no effective cure, this discovery is an exciting step towards better managing the disease.
The story is published in the journal Breast Cancer Research.
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