Find out all about your favorite commercial!

What the Northwestern University TV commercial - Brain Cancer: New Treatments is about.

Northwestern University has released a powerful TV spot that highlights the groundbreaking research being done in the field of brain cancer treatment. The ad focuses on the story of a young girl named Rebecca, who was diagnosed with a rare form of brain cancer. The ad outlines the challenges that Rebecca and her family faced in their battle against this devastating disease and how Northwestern's cutting-edge research is transforming the way brain cancer is treated.

Through detailed interviews with leading doctors and researchers, the TV spot highlights the incredible advancements that have been made in recent years in brain cancer treatment. Northwestern is at the forefront of this research, with its team of experts developing new treatments that are giving patients like Rebecca and others hope in the face of this deadly disease.

The ad also emphasizes the importance of funding for continued research, underscoring the critical role that philanthropy plays in advancing scientific breakthroughs. By supporting Northwestern's efforts to find new treatments and a cure for brain cancer, donors can make a real difference in the lives of those affected by this disease.

Overall, Northwestern University's TV spot on brain cancer treatment is a powerful call-to-action that highlights the need for continued research and funding. Groundbreaking treatments are being developed every day, and with the help of philanthropic support and ongoing commitment to scientific advancement, there is real hope for those battling brain cancer.

Northwestern University TV commercial - Brain Cancer: New Treatments produced for Northwestern University was first shown on television on December 14, 2022.

Frequently Asked Questions about northwestern university tv spot, 'brain cancer: new treatments'

Vorasidenib functions by inhibiting two mutated enzymes known as IDH1 and IDH2 that are present in nearly all low-grade gliomas. This inhibition prevents or delays tumor growth rather than relying on chemotherapy or surgery to physically destroy or remove the tumors.

For the first time, previously unusable chemotherapy drugs reached brain tumors in humans after a cutting-edge procedure by a Northwestern University team. Doctors achieved the breakthrough with an innovative mix of ultrasound and microbubbles that opened the blood-brain barrier to allow the drugs to pass through.

Immunotherapy with monoclonal antibodies, such as pembrolizumab and bevacizumab, may help the body's immune system attack the cancer, and may interfere with the ability of tumor cells to grow and spread.

Surgery is the most common treatment for brain tumors, and in a lot of cases it's the only treatment needed. There are numerous surgical approaches to remove brain tumors depending on their size and location.

The 5-year relative survival rate for a cancerous brain or CNS tumor is almost 36%. The 10-year survival rate is over 30%.

Brain tumors are treated with surgery, radiation therapy and chemotherapy. Our doctors also are studying a vaccine for treating a recurrent cancer of the central nervous system that occurs primarily in the brain, known as glioma. Depending on your needs, several methods may be used.

Reduce Stress And extreme stress has been shown to increase inflammation and the permeability of the blood-brain barrier (53-55). Luckily, normalizing stress can allow you to repair the blood-brain barrier. The most effective way to significantly and permanently reduce your stress and anxiety is neurofeedback.

Surgery is the usual treatment for most brain tumors. To remove a brain tumor, a neurosurgeon makes an opening in the skull. This operation is called a craniotomy. Whenever possible, the surgeon attempts to remove the entire tumor.

Cancer that has spread can be very difficult to cure. People with a single brain metastasis who undergo effective treatment have a better chance for long-term survival than do people with multiple metastatic tumors.

For a low-grade brain tumor, surgery may be the only treatment needed, especially if all of the tumor can be removed in younger patients. If there is visible tumor remaining after surgery, radiation therapy and chemotherapy may be used.

The UCSF Brain Tumor Center is one of the largest and most comprehensive programs in the nation for the treatment of brain and spinal tumors. We treat all grades of tumors, whether newly diagnosed or recurring after previous treatment.

Some types of brain cancer, such as meningioma, ependymoma and oligodendroglioma, are highly treatable, while others may be less responsive to curative therapies. While the type of cancer is one of the most important factors in determining the overall survival rate, other details also have an impact.

Videos

Watch Northwestern University TV Commercial, 'Brain Cancer: New Treatments'

We analyzed TV commercials placed on popular platforms and found the most relevant videos for you:

Advertisers

Advertisers of the Northwestern University TV Spot, 'Brain Cancer: New Treatments'

Northwestern University TV commercial - Brain Cancer: New Treatments
Northwestern University

Northwestern University, located in Evanston, Illinois, is a prestigious educational institution known for its academic excellence and commitment to innovation. Established in 1851, this private resea...

TV commercials

Similar commercials

Farmers Insurance TV Spot, 'Hall of Claims: Red Hot Mascot'
Northwestern University TV Spot, 'Nano Marathon'
Google Nest Hub Max TV Spot, 'Thanksgiving: Remote Reuniter'
Esquire Magazine Digital Edition TV Spot, 'Go Beyond'
Northwestern University TV Spot, 'Football Player: Mural'
Old Spice Swagger TV Spot, 'Stairs'
Independence USA PAC TV Spot, 'Irresponsible Behavior'
Northwestern University TV Spot, 'New Forms of Classical Music'
National Rifle Association TV Spot, 'Demons at Our Door'
Bud Light TV Spot, 'Bud Light Party: Nuevo Look' con Michael Peña
Howard Johnson TV Spot, 'Happy'
Judicial Crisis Network TV Spot, 'Merrick Garland'