Test for FRα via IHC early to understand her treatment options at platinum resistance1,2

FRα=folate receptor alpha; IHC=immunohistochemistry.

Why FRα matters in advanced ovarian cancer

is a folate transport protein that is highly expressed in ovarian cancer.3

~20,000

women are diagnosed with ovarian cancer in the US each year and will need multiple therapy options1,4

70%

are diagnosed at an advanced stage5

80%

will experience recurrence despite high CRR to surgery and 1L chemotherapy6

FRα is one of the most prevalent biomarkers in ovarian cancer7-13

~1 in 3

patients with advanced 
ovarian cancer

express FRα at a level that may make them candidates for ELAHERE monotherapy7,14

1L=first-line; CRR=complete response rate; FRα=folate receptor alpha.

National Comprehensive Cancer Network® (NCCN®) recommendations for biomarker testing and subsequent treatment1,15

NCCN FRα TESTING

Biomarker testing recommendations

FRα (FOLR1) is included in tumor–molecular analysis recommendations in the recurrence setting to identify potential benefit from targeted therapeutics that have tumor-specific benefit, if prior testing did not include this marker. It is recommended that such testing be performed on the most recent available tumor tissue.

  • Validated molecular testing should be performed in a CLIA-certified facility

NCCN CATEGORY 1, PREFERRED

Treatment recommendations

Mirvetuximab soravtansine-gynx is recommended by the NCCN as a Category 1, Preferred option for recurrence therapy in patients with FRα-positive (FRα-expressing tumors [≥75% positive tumor cells]), platinum-resistant epithelial ovarian, fallopian tube, or primary peritoneal cancer.

CLIA=Clinical Laboratory Improvement Amendments; FOLR1=folate receptor 1; FRα=folate receptor alpha.

The role of FRα in ovarian cancer16

Diagram of folate–FRα binding and cellular uptake promoting cancer cell proliferation

ELAHERE IS DESIGNED TO TARGET FRα-EXPRESSING CELLS14

ELAHERE specifically targets FRα and delivers a cytotoxic DM4 payload14

ELAHERE is an antibody-drug conjugate (ADC) that binds to cell surface receptor FRα14,17-20

Diagram of ELAHERE being internalized by the cell, upon binding, and delivering a cytotoxic molecule

ELAHERE binds to FRα on the cell surface with high affinity

Graphic of ELAHERE binding to receptor

Upon binding, ELAHERE is internalized by the cell and delivers a cytotoxic molecule

Graphic of ELAHERE releasing DM4 into cell

This prompts intracellular release of DM4, a cytotoxic microtubule inhibitor, resulting in cell cycle arrest and apoptotic cell death

DM4 diffuses across the cell membrane and kills neighboring cells (bystander killing)

DM4 diffuses across the cell membrane and kills neighboring cells (bystander killing)*

*Via cell cycle arrest and apoptotic cell death.

FRα=folate receptor alpha; MOA=mechanism of action.

Need more information
about FRα (FOLR1) testing?

A representative can answer additional questions
you may have about testing for FRα with FOLR1 IHC.

Take a look at 
the clinical data

Explore the results of ELAHERE vs standard chemotherapy.