Sharmila Tagore heaps praises on granddaughter Sara’s performance in ‘Zara Hatke Zara Bachke’
Sharmila Tagore heaps praises on granddaughter Sara’s performance in ‘Zara Hatke Zara Bachke’
Indisputably Sharmila Tagore is well recognised for her legendary contributions to the Indian cinema. She has hailed her grand-daughter Sara Ali Khan’s performance `splendid and spontaneous`. Infact
Sharmila Tagore was an institution in her days in Hindi Cinema.
Even as Sara Ali Khan was basking in the success of Zara Hatke Zara Bachke’ and receiving appreciation for her performance, she got a special shout-out from none other than her grandmother, veteran actor Sharmila Tagore.
In the romantic comedy, Sara portrays Soumya, a small-town girl with big dreams of owning a house in the city. Soumya’s character is a bundle of joy and mischief, and Sara’s portrayal infuses the film with infectious energy and laughter. Her performance showcases her versatility as an actor and highlights her impeccable comic timing.
She and Vicky share lovely and organic chemistry which has left the audiences in love with the fresh pairing.
Sara’s upcoming projects include Anurag Basu’s ‘Metro…In Dino’. Billed as an anthology, the film also features Aditya Roy Kapur, Konkona Sen Sharma, Pankaj Tripathi, Fatima Sana Shaikh, Anupam Kher, Ali Fazal and Neena Gupta in the lead roles. ‘Metro…
In Dino’, a film that apparently draws its title from the famous song ‘In Dino’ from ‘Life in a… Metro’, will showcase bittersweet tales of human relationships based on contemporary times.
She also has ‘Ae Watan Mere Watan’ in her kitty. A thriller-drama inspired by true events, ‘Ae Watan Mere Watan’, follows the courageous journey of a college girl in Bombay who goes on to become a freedom fighter. This fictional tale is set against the backdrop of the Quit India Movement in 1942. It is a story about the courage, patriotism, sacrifice and resourcefulness of the youth of the nation. Directed by Kannan Iyer and written jointly by Darab Farooqui and Kannan Iyer.
News input KV Raman
