Welcome to the I-SPY 2 Trial website for patients

The I-SPY 2 Trial is an investigational drug trial for newly diagnosed patients with locally advanced breast cancer. An investigational drug has been approved for testing in people by the U.S. Food and Drug Administration (FDA) but has not yet been approved for widespread use. A clinical trial tests how well investigational drugs work and whether they are safe to use.

  • Please watch this 2-minute I-SPY 2 Trial introduction video to get a quick overview of the trial.
  • Then find all the information you need to decide whether you want to be screened to participate in the trial.
  • The National Cancer Institute’s electronic dictionary of common cancer terms is at the bottom of every page so you can look up words that are unfamiliar to you.

The I-SPY 2 Trial is an investigational drug trial for newly diagnosed patients with locally advanced breast cancer. An investigational drug has been approved for testing in people by the U.S. Food and Drug Administration (FDA) but has not yet been approved for widespread use. A clinical trial tests how well investigational drugs work and whether they are safe to use.

The I-SPY 2 Trial has three main phases

Screening, Treatment and Follow Up

Who can be screened for I-SPY 2 Trial eligibility?

Women and men who are:

  • At least 18 years old
  • Have a new diagnosis of Stage 2 or 3 invasive breast cancer
  • Have a tumor 2.5cm (almost an inch) or larger

If you meet these requirements, no matter what type of breast cancer you have and whether or not there is cancer in your lymph nodes, you are eligible to be screened for participation in the I-SPY 2 Trial.

During the Screening Phase your study doctor will check to make sure it is safe for you to take part in the study. This includes checking your heart, liver and kidney function. You will have a biopsy (tissue sample of your tumor) and a test called MammaPrint®. MammaPrint is a test to find out if your cancer would be at high risk for recurrence if the only treatment you had for your cancer was surgery.

Who can continue on to the Treatment Phase of the I-SPY 2 Trial?

You can continue on to the treatment phase if you:
  • are otherwise healthy
  • have not had cancer within the last 5 years*
  • have not had chemotherapy for this breast cancer
  • are not pregnant or breastfeeding

* You may still participate if you have had breast cancer, carcinoma in situ of the cervix, colon or rectum, melanoma in situ, basal cell and squamous cell carcinomas of the skin, or papillary thyroid cancer within the last 5 years.

Please watch this video to learn more about the trial.

Introduction to the I-SPY 2 Trial

Laura Esserman, MD, MBA

Surgeon Director, Carole Franc Buck Breast Care Center, University of California, San Francisco I-SPY 2 Clinical Trial, Prinicipal Investigator

  • :00 Introduction to I-SPY 2 Trial
  • 2:49 Screening for I-SPY 2
  • 4:26 Breast cancer is not an emergency
  • 5:44 Purpose of I-SPY
  • 6:32 Understanding your tumor
  • 7:16 Your treatment on I-SPY 2 Trial
  • 10:10 Adjusting therapy based on response
  • 12:54 Your symptoms and your voice matter
  • 14:08 Thank you and conclusion
Length: 14:57

Why consider joining the I-SPY 2 Trial?

The I-SPY 2 Trial treats newly diagnosed breast cancer with neoadjuvant drug therapy. This means that drug therapy is given before surgery. Neoadjuvant therapy has advantages and disadvantages. One advantage is that it may shrink your tumor, allowing you to have a smaller surgery. One disadvantage is that you have to wait until you have finished neoadjuvant therapy to have your surgery, which may be stressful for some people. However, it is just as safe and effective to have therapy before surgery as after surgery. You can learn more about the pros and cons of neoadjuvant therapy here.

The I-SPY 2 Trial is testing new investigational drugs and combinations of drugs to find out whether they are better, worse or no different than the standard treatment. Most patients on the trial receive an investigational drug or drug combination that would not be available to them as standard treatment.

The I-SPY 2 Trial uses 3D MRIs to monitor your tumor. MRI (Magnetic Resonance Imaging) scans provide you and your care team with detailed pictures of your tumor. Your doctor can see if your tumor is responding to the drugs or not.

The I-SPY 2 Trial measures biomarkers (characteristics of your tumor) to learn as much as possible about your breast cancer and how it responds to treatment. A small part of your tumor will be collected by biopsy. Part of this biopsy will be used for molecular testing. These tests may give you and your doctor more information about your tumor, which will help with planning your treatment. As you learned in the videos above, I-SPY 2 is using a new biomarker called the Response Predictive Subtype (RPS). RPS helps predict if your tumor may respond to immune oncology drugs or other types of drugs, such as PARP inhibitors. (Use the NIH Dictionary of Cancer Terms at the bottom of the page to learn more about PARP inhibitors). This also enables you to have a greater chance of being treated with a drug that is targeted to your tumor’s biology.

Please watch these two videos to better understand how your breast cancer is evaluated and treated on the I-SPY 2 Trial.

Introduction to the I-SPY 2 Trial

Angela DeMichele, MD, MSCE

Alan and Jill Miller Professor in Breast Cancer Excellence
Perelman Center for Advanced Medicine
University of Pennsylvania
I-SPY 2 Principal Investigator

  • :00 Introduction to the video
  • :52 What is the I-SPY 2 Trial
  • 2:14 Informed Consent process
  • 3:16 Screening for eligibility to participate
  • 4:40 What is a Functional Tumor Volume MRI?
  • 6:36 Response Predictive Subtypes and the I-SPY Biopsy
  • 7:37 Your treatment on I-SPY 2 Trial
  • 10:40 Shared Test Results and Shared Decision Making
  • 11:20 Treatment Strategy of I-SPY 2
  • 13:55 How the MRI is used in I-SPY 2
  • 17:03 Deciding whether to go to surgery early
  • 18:35 Summary of the video

 

Length: 18:35 min

Introduction to the I-SPY 2 Trial

Douglas Yee, MD

Professor of Medicine and Pharmacology, University of Minnesota
Director, Masonic Cancer Center
I-SPY 2 Investigational Drug Selection Committee Chair

Length: 2:15 min

  • Estrogen Receptor (ER) status, Progesterone Receptor (PR) status, and HER2 receptor status are common biomarkers used to characterize a breast cancer.
  • These biomarkers will be used, along with the MammaPrint test score to help determine whether you are eligible to join the Chemotherapy or the Endocrine Treatment Phase of the trial.

You are eligible to continue onto the Chemotherapy Treatment Phase, if your cancer matches one of these descriptions:

Estrogen Receptor Positive 
& MammaPrint® High Risk

Estrogen Receptor negative
HER2 positive

You are eligible to continue onto the Endocrine Treatment Phase, if your cancer matches this description:

Estrogen Receptor positive, HER2 negative & MammaPrint® Low Risk
Estrogen Receptor positive, HER2 negative & MammaPrint® High Risk, Clinical Stage 2 (Node Negative)
Estrogen Receptor positive, HER2 negative & MammaPrint® High Risk, RPS Negative, SET High, Node Positive*

*As you learned in the videos above, RPS (Response Predictive Subtype) is a molecular test that predicts your tumor’s response to certain treatments.

SET (Sensitivity to Endocrine Therapy) is a molecular test that predicts your tumor’s sensitivity to endocrine therapy.

You may choose either the Chemotherapy or Endocrine Treatment Phase if your tumor is Estrogen Receptor positive, HER2 negative & MammaPrint high Risk and if your tumor is RPS negative.

You can find more information about the Endocrine Treatment Phase here.

What to expect in each phase of the trial

The timeline below shows the activities that occur during each phase of the trial,
depending on whether you are receiving Chemotherapy or Endocrine therapy.

Estrogen Receptor negative or HER2 positive or MammaPrint® High Risk
Estrogen Receptor positive, HER2 negative & MammaPrint® Low Risk

How the Treatment Phase Works

The diagram below shows how patients on the I-SPY 2 Chemotherapy Treatment Phase move through the trial. Patients are assigned a treatment based on their Response Predictive Subtype (RPS). They usually start with treatment A, which includes a novel targeted treatment for their tumor’s RPS. Patients may start with treatment B if there is not a suitable Treatment A option for their tumor type when they join the trial. If the treatment results in only a minimal response after the first treatment, they then move to Treatment B and if there is still tumor remaining, then to Treatment C. After any treatment, if the tumor has an excellent response and there is no evidence of cancer, there is the opportunity to proceed to surgery early, rather than continuing to take more treatment than is needed.

What drugs are used in the I-SPY 2 Trial?

Investigational Drugs

The investigational drugs in the I-SPY 2 trial are being tested to find drugs that are better than the standard treatment that is currently given to patients. We are also looking for drugs that are at least as good as the standard treatment but with fewer side effects. In addition, we are looking for biomarkers that could be used to select the most effective drug for each patient with the least side effects. In other words – the right drug for the right patient.

The investigational drugs available in the trial change over time. There are usually three or more drug treatments being tested but you and your doctor will not choose which one you get. A computer will randomly assign the drugs to you based on your specific tumor type. This is the most scientific way to reduce bias in a clinical trial. Information about your tumor and what we have learned from prior I-SPY 2 patients that have received each drug, will affect how the computer assigns drugs to you. This means that if an investigational drug is showing benefit to I-SPY 2 patients with tumors similar to yours, you will have an increased chance of receiving that drug.

Once you are assigned to a drug treatment, your study team will explain how the drug treatment works and what side effects you could experience. You can then choose to continue with the treatment phase of the trial or not.

Information About Drugs Offered in the I-SPY 2 Trial

You can find more details about the different classes of investigational drugs used in the I-SPY 2 trial here.

Different classes of investigational drugs work in the body in different ways.

One class of investigational drugs that we have tested is PARP inhibitors. PARP inhibitors prevent tumor cells from repairing damaged DNA. Cancer cells that cannot repair DNA damage are more likely to die. PARP inhibitors are effective when used with another chemotherapy drug, such as carboplatin, that causes DNA damage. It is most effective in cells that already have a defect in the DNA repair mechanism such as tumor cells from patients with BRCA mutations. Tumors that are identified by RPS as DNA repair deficient may respond well to PARP inhibitors.

Another class of investigational drugs being tested is called kinase inhibitors. Drugs belonging to this class interfere with the signaling mechanism that tells tumor cells to divide or die.

The I-SPY 2 trial is also testing immune-oncology investigational drugs such as PD-1/PD-L1 inhibitors. This class of investigational drug is showing promise in fighting many types of cancer. These block the cancer cell’s ability to protect itself, so the body’s immune system can destroy the cancer cells.

What drugs are used in the I-SPY 2 Trial?

Treatment B: Standard Chemotherapy Treatment

The I-SPY 2 trial uses the standard treatment as the comparison (control) group. If your breast cancer is HER2 negative the standard treatment is twelve weekly doses (referred to as cycles) of paclitaxel followed by four cycles of Adriamycin and cyclophosphamide (AC). An immune-oncology drug may be given with AC if your breast cancer is “triple negative”. If your breast cancer is HER2 positive the standard treatment includes either paclitaxel + trastuzumab + pertuzumab (THP), or Docetaxel + trastuzumab + pertuzumab + carboplatin (TCHP) . If you receive THP, you may also receive four cycles of Adriamycin and cyclophosphamide (AC). If you receive TCHP, you will have the option to have surgery after 4 cycles or 6 cycles, depending on your response to treatment.

Paclitaxel and Docetaxel are drugs that stops cancer cells from dividing and causes them to die. They do this by limiting the cells’ ability to divide in two.

Carboplatin, as well as Adriamycin and cyclophosphamide (AC) also stop cells from dividing and causes them to die, but they do this by tangling with the DNA to damage it. Using paclitaxel followed by Adriamycin and cyclophosphamide has been shown to be an effective treatment for many patients with breast cancer.

Trastuzumab and pertuzumab are HER2 targeted therapies that can slow or stop the growth of HER2 positive breast cancer.

(Additional information on common drugs mentioned can be found on the Cleveland clinic’s drug information site: Chemocare.com)

Information For I-SPY 2 Patients Who Are Eligible For Endocrine Treatment

For women with estrogen receptor positive breast cancer the standard treatment is anti-estrogen therapy, for example Tamoxifen or aromatase inhibitors (AIs). These work by either blocking estrogen from attaching to the breast cancer cells or by lowering the amount of estrogen in the body.

Patients participating in the Endocrine Treatment Phase will be randomly assigned to receive either a standard of care treatment with an aromatase inhibitors or one of many investigational agents for 6 months.

If you are a premenopausal or perimenopausal woman, you will also receive an oral ovarian suppression drug. This helps to prevent your body’s natural hormones from interfering with the study treatment.

Once you finish the treatment, you will have surgery to remove any tumor that may be left in your breast.

What should I do next?

As you are thinking about taking part in the I-SPY 2 Trial, you may find this trusted downloadable National Cancer Institute (NCI) booklet helpful, “Taking Part in Cancer Treatment Research Studies”.

If the I-SPY 2 Trial is of interest, you can use the I-SPY 2 Trial Patient Fact Sheet to discuss the trial with your doctor. You can also print or email it to family and friends to discuss your course of treatment and treatment decisions with them. Download or Print

Meet I-SPY 2 Physicians and Researchers

Now that you know more about what to expect from the I-SPY 2 Trial, meet the I-SPY 2 physicians and researchers and see them discuss the essential elements of the trial.

Hear from I-SPY 2 Trial Participants

You can also hear from some I-SPY 2 trial participants as they discuss how they decided to participate and how they feel about their experiences on the trial.
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Tracey Heather

Advocate Liaison

As Patient Engagement Lead at Quantum Leap, I manage follow-up data projects for the I-SPY 2 Trial, develop strategies to strengthen patient engagement, and oversee the I-SPY Advocate group. After six successful years raising funds to support Quantum’s mission, I embraced this new role last summer, drawn by the opportunity to make a direct impact on the patients we serve. Each day brings new challenges and insights, and I especially enjoy supporting and collaborating with our inspiring I-SPY Advocates.

Outside of work, I am pursuing a Master of Public Administration with a focus on nonprofit management at SF State. I’m passionate about trail running, skiing, live music, camping, traveling, and collegiate gymnastics—my daughter competes at Oregon State. For the past 5 years, I have volunteered with SF CASA as a mentor to an incredible 18-year-old foster youth whose resilience continually reminds me of life’s true priorities.

Carolyn Clark Beedle

Carolyn Clark Beedle, a 2023 breast cancer survivor, joined the advocate program after successful completion of treatment with the UCSF Breast Oncology Program. Her experience working with a patient advocate during her TNBC treatment led to an understanding that empowering women to advocate for their own health and healthcare will contribute to improved health outcomes and broader access to care. Carolyn began advocating for cancer patients and their families during her treatment, now is a member of the Breast Science Advocacy Core (BSAC) with the UCSF Breast Oncology Program, and currently shares information and research with CFNP associates at La Clinica in the Bay Area to inform and empower their patient population.

Carolyn is continuing her on the ground training as an advocate reviewer with both Quantum Health and BSAC and is enrolled in the Patient Advocacy Training in Health Science course with Stanford Medicine. Her 30+ career in corporate marketing/communications, program development and non-profit leadership augmented by her breast cancer treatment experience serves Carolyn well in representing and communicating the patient voice and perspective.

She received her BA (History/English Lit) and MA (Public History/Research and Record Management) from the University of San Diego, is a proud fifth generation San Franciscan, and active board member with numerous non-profits that support social work and the arts.

Silver Alkhafaji

Silver Alkhafaji is a PhD candidate in the Pharmaceutical Sciences and Pharmacogenomics (PSPG) program at UCSF. She received her Bachelor of Science in Chemical Biology from UC Berkeley. Prior to UCSF, she worked in the Clinical Pharmacology Department at Genentech. Silver’s current research focuses on non-invasive liquid biopsies to predict response and side effects of immunotherapies and endocrine therapies in early-stage breast cancer participants in I-SPY 2.

Silver is interested in clinical outcomes research to advance precision medicine and improve cancer patients’ quality of life. She is passionate about health equity, inclusive research, patient advocacy, and women’s health.
Silver volunteers at the Patient and Family Cancer Support Center at UCSF where she assists in patient navigation and connecting patients and their families with resources that improve their healthcare experience while receiving cancer treatments and/or during survivorship. 

Through her DEI work in her PhD program, Silver raises awareness around issues related to social justice and community building through organizing community-centered events. Additionally, she is a member of the Life Sciences Career Advisory Council at Thrive Scholars, where she enjoys supporting college students of color from economically disadvantaged communities in providing the opportunities they need to thrive at top colleges and in high-trajectory careers. 

Silver is a member of the American Association of University Women (AAUW) Alameda Branch where she focuses her efforts on increasing membership of community college women coming from exceptional backgrounds: student parents, low-income, and first-generation college students.

In her free time, she writes poetry and prose on emotional healing, radical acceptance, and patience. Writing has helped her process difficult situations and connect with people on a deeper level.

Jane Mortimer

Jane is a breast cancer survivor and advocate dedicated to positively impacting the lives of women affected by the disease. Diagnosed with triple negative breast cancer in 2012, she participated in the I-SPY 2 trial at UCSF and has been cancer free for more than ten years.

Her advocacy journey began in 2003 at UCSF as a volunteer with the Patient and Family Cancer Support Center and Decision Support Services and she previously managed the Peer Support program at UCSF. Drawing on her experience in marketing and media strategy, she uses her skills to make a meaningful impact by supporting advocacy and research that improves outcomes for women living with breast cancer.

Jan Tomlinson

In March of 2023 , Jan was diagnosed with a large aggressive triple negative breast cancer and informed that her cancer was the” bad girl” of cancer and offered standard chemotherapy for 24 weeks. Devasted by the diagnosis Jan felt like she had a dire prognosis. After seeking several opinions, she opted to join a Clinical Trial program for her treatment. The trial consisted of significantly less chemotherapy, and monitored closely over a 12-week period, The data predicted a complete pathological response , and she then went immediately to surgery. Pathology reports supported that she had a successful outcome reaching PCR meaning the tumor was gone, and no residual cancer was found in the surrounding tissue or lymph nodes. Jan was thrilled when her surgeon advised her of the results. The experience made Jan want to give back and share information that she received when she was at a critical juncture in her diagnosis. She is so passionate about making sure that everyone knows that the standard of care is one treatment option.

As she says, “ clinical trials have to be on the table” Because she achieved PCR, she expects a great outcome. She wants to share her story and encourage other women to strongly consider and participate in clinical trials. Jan is a UCSF Patient Advocate, involved in several programs they lead. Jan also is a BLACC Cab Member. Jan recently was in Washington DC to participate on a panel on Clinical Trials for ISPY at the National Press Club. UCSF will be hosting the RISE Up For Breast Cancer event where Jan will share her experience with clinical trials.

Deborah Collyar

Deb is a connector who founded Patient Advocates in Research (PAIR) “where research meets reality,” bringing ideas and people together for medical advances that offer real results for diverse patients and families.

Her vast experience between the worlds of tech, communication, strategy, management, policy, and equity bridges gaps between patients, scientists, medical providers, payers, governments, and non-profits.

Deb infuses patient engagement into projects, gathers relevant patient input, and encompasses many diseases, programs and policies at grassroots, national and international levels through companies, academia, and governments.

Key patient insights are delivered throughout discovery, development, clinical trials, results reporting, data-sharing, standards, genomics, and into practice.

Her experience spans translational and clinical research, epidemiology, health outcomes, and health delivery research with academia, federal agencies, companies, and patient communities.