Boylan Bridge Brewpub in Raleigh, N.C. closed after a load-bearing wall in the basement collapsed in February 2016.
Boylan Bridge Brewpub in Raleigh, N.C. closed after a load-bearing wall in the basement collapsed in February 2016. Ethan Hyman ehyman@newsobserver.com
Boylan Bridge Brewpub in Raleigh, N.C. closed after a load-bearing wall in the basement collapsed in February 2016. Ethan Hyman ehyman@newsobserver.com

Is the Boylan Bridge Brewpub open? Go by and see for yourself

April 13, 2017 03:40 PM

UPDATED April 14, 2017 12:21 PM

More Videos

Duke engineers create artificial heart muscle for heart attack victims 0:57

Duke engineers create artificial heart muscle for heart attack victims

Take a sneak peek inside an Amazon fulfillment center 1:05

Take a sneak peek inside an Amazon fulfillment center

Video gives glimpse into the Triangle's pitch to Amazon 2:08

Video gives glimpse into the Triangle's pitch to Amazon

HB2 protesters march into NC Legislature 1:07

HB2 protesters march into NC Legislature

Western NC gets an early jump on the season as heavy snowfall coats the mountains 2:47

Western NC gets an early jump on the season as heavy snowfall coats the mountains

WRAL promotes its live coverage of the Raleigh Christmas Parade 0:16

WRAL promotes its live coverage of the Raleigh Christmas Parade

Dr. Wendy Sue Swanson on Safety and Efficacy of the MMR Vaccine 0:59

Dr. Wendy Sue Swanson on Safety and Efficacy of the MMR Vaccine

What do you do with 2 million cubic feet of leaves? 0:57

What do you do with 2 million cubic feet of leaves?

Marvin Bagley III on Duke’s first loss: ‘It sucks’ 1:41

Marvin Bagley III on Duke’s first loss: ‘It sucks’

Watch UNC recruit Devon Lawrence's TD in the state championship game 0:38

Watch UNC recruit Devon Lawrence's TD in the state championship game

  • Duke engineers create artificial heart muscle for heart attack victims

    Biomedical engineers at Duke have created a fully functioning artificial human heart muscle large enough to patch over damage typically seen in patients who have suffered a heart attack. The advance takes a major step toward the end goal of repairing dead heart muscle in human patients.