PREVENTING CERVICAL CANCER IN
EVERY CLINIC, EVERYWHERE
Although cervical cancer is virtually 100% preventable, more than 40 million women
each year lack access to early prevention technologies.
Ananya Health is building a portable medical device to treat cervical pre-cancer at any clinic, anywhere, without the use of consumable cryogen gas.
Why cervical cancer?
Cervical cancer is virtually entirely preventable, yet each year, 550,000 women contract the disease and 310,000 of them will die [WHO].
Pap smears and early treatment have drastically reduced incidence rates of cervical cancer in the US and Europe - so much that 90% of diagnoses occur in countries with limited access to these resources.
We have the tools to screen women for cancer early, but we don't have the tools to treat women where power is spotty and infrastructure is lacking.
That’s where Ananya Health comes in.
OF CERVICAL CANCER IS PREVENTABLE
WOMEN DIE FROM CERVICAL CANCER EACH YEAR
OF DIAGNOSES OCCUR IN LOW AND MIDDLE INCOME COUNTRIES
Our challenge is to ensure that...every woman over 30 is screened and treated for pre-cancerous lesions. To achieve that, we need innovative technologies and strategies.
Dr. Tedros Ghebreyesus
ANANYA HEALTH'S PORTABLE,
What We're Building
Cryotherapy is a method of freezing tissue so that the body can replace it with healthy cells. In the cervix, precancerous lesions are identified through visual inspection and frozen off. Unfortunately, these procedures are traditionally difficult to access because of supply chain and power issues.
Our battery-powered platform, CRCL System (Cryo Refrigerant Closed Loop), achieves ablative temperatures while being compact and dependable, making it ideal for clinics in India, Africa, and emerging markets where cervical cancer is most prevalent.
We enable screening & treatment in a single visit, at any clinic in the world.
Cryo Refrigerant Closed Loop
Traditional systems need to be plugged in, relying on a stable power grid
Portable, battery-powered system can be used by trained health workers in any setting — from mobile clinic to hospital
Requires bulky canisters of compressed gas -- adding unnecessary cost and additional vendors for small clinics
Reliance on expensive infrastructure raises cost per procedure
Closed-system ablation removes reliance
on heavy, hard-to-find compressed gas
Enables treatment at $1-$2
per procedure — 1/10 the
cost of other gas-based cryoablation systems
Cofounder & CEO
Anu is responsible for Ananya Health’s vision, fundraising, partnerships, and product pipeline. She has a decade of experience in medical devices and public health. Anu has launched Class II devices in the cardiac, vascular, and urology spaces, and she led a Global Programs team at eHealth Africa, where her team of 300 staff helped eradicate polio in Nigeria. She holds a B.S. in Biomedical Engineering from Georgia Tech.
Cofounder & Engineer
Julie develops cryo technology at Ananya Health, approaching every challenge with a user-focused mindset. She has worked on multiple medical devices and research initiatives in femtech and global health. She holds a B.S. in Bioengineering from UC San Diego.
Cofounder & Medical Advisor
Allen leads product development and quality. He co-founded Vertera Spine, which was acquired by NuVasive, and has launched several novel implants that improve patient outcomes. He was selected in Forbes 30 Under 30 and holds a B.S. from Georgia Tech and M.Eng. from Boston University, both in Biomedical Engineering.
Chris supports Ananya Health's engineering efforts. She brings a decade of experience in medical device startups and a passion for women's health and sustainability. She has had two exits, including the ovarian cancer diagnostics company nVision Medical, which was acquired by Boston Scientific. She holds a B.S. in Mechanical Engineering from Stanford University.
Dan supports Ananya Health's product and clinical strategy. He is also the CEO and Founder of Theranova, a medical device incubator. Dan holds a B.S. in Bioengineering from UPenn and an M.D./MBA from Duke University.
Jon designs and programs electronics and firmware. He has seven years of experience in medical devices and clinical trials. He was the first employee at Piccolo Medical with the FDA cleared smartPICC device, and he holds a B.S. in Bioengineering from the University of California, Berkeley.