Entertainment

‘General Hospital’ actor Roger Howarth to participate in a virtual fan event, to benefit charity

“General Hospital” actor Roger Howarth will be participating in a virtual fan event on February 6, which will benefit charity. Digital Journal has the scoop.

Markos Papadatos

Published

November 15, 2021

Roger Howarth. Photo Courtesy of ABC, Craig Sjodin

Roger Howarth. Photo Courtesy of ABC, Craig Sjodin

“General Hospital” actor Roger Howarth will be participating in a virtual fan event on February 6, which will benefit charity. Digital Journal has the scoop.

Howarth currently plays the role of Austin Gatlin-Holt on the ABC daytime drama “General Hospital.”

The proceeds from this online fan event will benefit the Sandy Rollman Ovarian Cancer Foundation. This Zoom event is produced by Coastal Entertainment.

Co-founded by CEO Robin Cohen, the Sandy Rollman Ovarian Cancer Foundation, Inc., is a non-profit, 501(c)3 organization that was created as a tribute to the life, character, and immense strength of Sandy Rollman. Over the past two decades, the foundation has done extraordinary work. For more information on the Sandy Rollman Ovarian Cancer Foundation, visit its official homepage, and follow the foundation on Instagram and Twitter.

To learn more about this upcoming virtual event, starring Roger Howarth, check out the Fantasy Events Inc. website.

In this article:Abc, Daytime, Drama, Event, Foundation, General hospital, Ovarian cancer, Roger Howarth, sandy rollman, Virtual

Written By Markos Papadatos

Markos Papadatos is Digital Journal's Editor-at-Large for Music News. Papadatos is a Greek-American journalist and educator that has authored over 17,000 original articles over the past 16 years. He has interviewed some of the biggest names in music, entertainment, lifestyle, magic, and sports. He is a six-time consecutive "Best of Long Island" winner, and in the past three years, he was honored as the "Best Long Island Personality" in Arts & Entertainment, an honor that has gone to Billy Joel six times.