Skip to Main Content

Dr. Laurie Glimcher learned early on from her father, a prominent physician-researcher, that success in science was built on a basic principle: Big discoveries require big risks.

The younger Glimcher took that advice to heart. In the late 1990s at her Harvard immunology lab, Glimcher and her postdoctoral student began a series of experiments that colleagues deemed “crazy.” But after a year of trial and error, the lab had a eureka moment when it found that white blood cells could be reprogrammed, a seminal discovery that led to new ways to treat cancer.

advertisement

“Most scientists do good work, but they don’t transform a scientific question,” said Glimcher. “I always felt the only way to do that is to think big and go after something that’s going to be really important.”

STAT+ Exclusive Story

STAT+

This article is exclusive to STAT+ subscribers

Unlock this article — plus in-depth analysis, newsletters, premium events, and networking platform access.

Already have an account? Log in

Already have an account? Log in

Monthly

$39

Totals $468 per year

$39/month Get Started

Totals $468 per year

Starter

$30

for 3 months, then $39/month

$30 for 3 months Get Started

Then $39/month

Annual

$399

Save 15%

$399/year Get Started

Save 15%

11+ Users

Custom

Savings start at 25%!

Request A Quote Request A Quote

Savings start at 25%!

2-10 Users

$300

Annually per user

$300/year Get Started

$300 Annually per user

View All Plans

Get unlimited access to award-winning journalism and exclusive events.

Subscribe

STAT encourages you to share your voice. We welcome your commentary, criticism, and expertise on our subscriber-only platform, STAT+ Connect

To submit a correction request, please visit our Contact Us page.