Travel Reference
In-Depth Information
108
108
1
RESTAURANTS BY CUISINE
Alsatian
Brasserie Jo
Oak Street Beachstro (Magnificent
Mile & the Gold Coast, $$$,
p. 125)
Oak Tree (Magnificent Mile & the
Gold Coast, $, p. 130)
O'Brien's Restaurant (Lincoln Park,
$$$, p. 139)
O'Donovan's (Wrigleyville & the
North Side, $, p. 149)
Park Grill (the Loop, $$$, p. 111)
Petterino's (the Loop, $$$, p. 116)
Piece (Wicker Park/Bucktown, $,
p. 153)
Rainforest Café (River North, $,
p. 139)
South Water Kitchen
(River North, $$$,
p. 130)
American
American Girl Place Cafe
(Magnificent Mile & the Gold
Coast, $$$, p. 123)
Ann Sather (Wrigleyville & the
North Side, $, p. 149)
Café Brauer
(Lincoln Park, $,
p. 143)
Carson's (River North, $$, p. 131)
Charlie's Ale House on Navy Pier
(Magnificent Mile & the Gold
Coast, Lincoln Park, $, p. 129)
Cheesecake Factory (Magnificent Mile
& the Gold Coast, $$, p. 126)
Dave & Buster's (River North, $,
p. 135)
ESPN Zone (Magnificent Mile & the
Gold Coast, $$, p. 127)
Goose Island Brewing Company
(Wrigleyville, $$, p. 148)
Hard Rock Cafe (River North, $,
p. 137)
Harry Caray's
(the Loop,
$$, p. 118)
Stanley's
(Lincoln Park, $,
p. 147)
Toast
(Lincoln Park, $, p. 147)
Asian
Big Bowl (Magnificent Mile & the
Gold Coast, $, p. 128)
Flat Top Grill (Lincoln Park, $,
p. 146)
Penny's Noodle Shop (Wrigleyville
& the North Side, $, p. 149)
5
(River North, $$$,
p. 131)
Hot Chocolate (Wicker Park/
Bucktown, $, p. 152)
Jack Melnick's Corner Tap (Magnifi-
cent Mile & the Gold Coast, $$,
p. 127)
John Barleycorn (Lincoln Park, $,
p. 146)
John's Place
Barbecue
Carson's (River North, $$, p. 131)
Twin Anchors
(Lincoln Park, $,
p. 148)
Bistro
Bistro 110 (Magnificent Mile &
the Gold Coast, $$, p. 126)
Breakfast
Ann Sather (Wrigleyville & the
North Side, $, p. 149)
Billy Goat Tavern (Magnificent
Mile & the Gold Coast, $, p. 128)
(Lincoln Park, $,
p. 146)
Kitsch'n River North
(River North,
$, p. 137)
Mr. Beef (River North, $, p. 138)
Northside Café (Wicker Park/Buck-
town, $, p. 153)
Key to Abbreviations: $$$ = Expensive $$ = Moderate $ = Inexpensive
