"The Tumor" is a fictional account of a 35-year-old man with
brain cancer who, a decade into the future, is treated with focused
ultrasound - a real-life technology that is currently being
researched as a potential cure for more than 50 diseases.
Focused ultrasound uses soundwaves to destroy damaged tissue deep
within the body, doing away with the need for incisions or radiation
therapy. It has been approved in the United States as a treatment
for several conditions, including prostate cancer.
As a treatment for brain and other cancers, it remains a futuristic
concept. Research is at an early stage and, with clinical data in
short supply, U.S. insurers have so far been reluctant to provide
coverage.
But the book, which Grisham has released free of charge, could help
developers to make a case for funding needed to take this niche
technology into the mainstream, said several company executives and
physicians interviewed by Reuters.
"Having a world-famous author talk about it can only help raise
awareness," said Mark Carol, chief executive of Charlotte, North
Carolina-based SonaCare Medical LLC.
SonaCare has two focused ultrasound devices on the market, one to
treat diseased cells in soft tissue and another to ablate prostate
tissue.
Men using SonaCare's device as a treatment for prostate cancer had a
9-in-10 chance that an MRI scan would show no sign of a tumor after
12 months, according to a study published in The Lancet Oncology in
2012. (http://bit.ly/1ppfkHR)
InSightec Ltd, an Israeli company backed by General Electric Co's GE
Healthcare unit and York Capital Management, has approval for
different uses: the treatment of bone metastases and uterine
fibroids, benign growths in the walls of the uterus.
Maurice Ferré, InSightec's chief executive, said enquiries from
patients about the company's devices for the brain had increased "by
a factor of a hundred" since the book's release.
'LACK OF AWARENESS'
Grisham is on the board of the Focused Ultrasound Foundation, a
non-profit organization. He describes "The Tumor" as "the most
important book I've ever written."
The author of legal thrillers "The Firm" and "The Pelican Brief"
says he was neither paid to write the book nor stands to gain
financially.
In an emailed response to questions, he said "a lack of awareness
about focused ultrasound is a major impediment to development of
widespread use of this promising technology."
For Sherman Oaks, California-based BrainSonix Corp, which is
conducting early-stage research on brain mapping, the book has led
to a spike in enquiries from scientists and investors, said Chief
Executive Alexander Bystritsky.
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Other companies, such as Ann Arbor, Michigan-based HistoSonics Inc
and France-based, Nasdaq-listed EDAP TMS SA, say the main benefit of
the book will be to spread word among patients.
To date, successes such as this month's first prostate ablation
treatment using technology developed by EDAP, have not translated
into any prolonged bump in stock prices.
That's partly because focused ultrasound has been used only on small
tumors that were diagnosed early and are easily visible on an
imaging device, said Ashutosh Tewari, chairman of urology at Mount
Sinai Health System, a New York City hospital network.
"I don't think this will become standard of care any time soon,"
said Tewari.
Treatment is more expensive than lasers and other thermal devices in
everyday use. Big U.S. insurance companies have paid out on a
case-by-case basis, unwilling to provide widespread coverage for
what is a relatively untested technology.
Thomas Andreae, marketing director of magnetic resonance therapy at
Philips Healthcare, said demand for the company's focused ultrasound
devices was strongest in countries where a reimbursement structure
was in place.
The company, part of Dutch conglomerate Philips, sells devices for
the treatment of uterine fibroids outside the United States.
Ultimately, the potential for focused ultrasound could expand beyond
surgical oncology to the treatment of Alzheimer's and other
neurodegenerative diseases, said Kevyan Farahani, program director
at the National Cancer Institute's imaging guided intervention
branch.
The technology's potential to cut through a protective layer known
as the blood-brain barrier would make it capable of delivering drugs
straight to the brain, tackling a crucial issue in treating such
diseases.
(Reporting by Amrutha Penumudi in Bengaluru; Additional reporting by
Ankur Banerjee; Editing by Robin Paxton)
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