Pilot Episode of Start-Up Philippines Starring Bea Alonzo
BEA ALONZO- The phenomenal actress shared behind-the-scene mini vlog from Start-Up.PH as they air their pilot episode on Monday.
Before the show’s debut, Bea Alonzo, who would play Dani Sison (Seo Dal Mi), posted a brief mini-vlog on Instagram detailing the behind-the-scenes activities at the “Start-Up PH” set.
Based on the report of GMA News, as seen on the said video, when they were in the Philippine version of “Sandbox,” where competing entrepreneurs of the show will showcase their business ideas, the Kapuso actress was seen wearing the CEO red shirt.
Along with BTS videos, Bea’s mini-vlog featured unscripted footage of the cast and the production crew rehearsing TikTok dances and script readings as part of their bonding together.
“Mini vlog from our START-UP PH set. Ang saya lang,” Bea captioned.
The report also mentioned that, Bea Alonzo and Alden Richards shared the red carpet at the recent premiere and special screening of “Start-Up PH.”
Meanwhile, Bea Alonzo was reportedly rejected by Start-Up Korea producers since she was picked to play the lead role in the Filipino adaptation of the K-drama series, according to veteran entertainment reporter Lolit Solis.
Lolit has attacked Bea on multiple occasions through her Instagram posts. One of the most recent articles she published criticizing the former Kapamilya actress focused on the alleged response of the Korean producers of the original series.
“Nag react daw ang Korea bakit mukhang matandang Tita ni Bae Suzy ang kinuha ng Pinas para sa Start Up. Ano ba iyan, talaga bang labas na wrinkles ni Bea at kahit anong gawin make up talagang kita ng mukha siyang matandang Tita?” Lolit Solis said.
Based on Fashion Pulis’s post and the veteran showbiz writer’s assertion, GMA issued a statement. According to Cheryl Ching-Sy, vice president of drama productions at GMA, Lolit Solis’ allegations against Bea Alonzo are untrue.
You may also visit: Alden Richards on why he chose ‘Good Boy’ & not lead role in ‘Start-Up PH’