New School/Old School," a special one night only concert starring Tony Award-winner
Adriane Lenox, has added an additional performance due to popular demand. The special encore performance will begin at 9:45 PM on Sunday, June 18 at The Triad (158 West 72nd Street). The 7:30 PM performance is sold out.
Lenox, currently starring as Mrs. Muller in the hit Broadway play
Doubt, returns to her musical roots with ""New School/Old School." Lenox will perform songs from the worlds of pop, blues, gospel, standards, and original songs," state press notes. In addition, she will welcome several special guests to perform with her including recording artist Dennis Collins,
Kecia Lewis (
The Drowsy Chaperone), and Tony nominee
Michael McElroy (
Big River).
The evening will feature musical direction by Lenox's' husband
Zane Mark (
Dirty Rotten Scoundrels) and a special appearance by Lenox's daughter
Crystal Joy.
Lenox received the Tony Award, the Drama Desk Award, and the Lucille Lortel
Award for her portrayal of Mrs. Muller in John Patrick Shanley's Doubt.
Lenox will be appearing in the upcoming films Black Snake Moan with
Samuel L. Jackson, and Griffin and Phoenix with Dermot Mulroney. She has appeared on Broadway in Ain't
Misbehavin'; Dreamgirls; How to Succeed in Business Without Really
Trying; and Kiss Me, Kate, among others. She also won Obie and Audelco Awards for multiple-character performance in Dinah Was. Off-Broadway, she has been seen in
Miss Evers Boys, Cavedweller, Spunk, Susan Lori Parks' The America Play
and The Venus Hottentot, Beehive, and others. TV appearances include
"Law & Order"(original and "SVU") and "Third Watch." She has worked
regionally at such theatres as Arena Stage, receiving the Helen Hayes
Award for Outstanding Actress in a Musical for their
production of On the Town, as well as at Berkeley Rep, Yale Rep, the Mark Taper
Forum, The Long Wharf Theatre, and The ALLIANCE THEATRE.
Tickets for "
New School/Old School," are available through
Theatermania.com or by calling 212-352-3101 ($25 plus two drink minimum).