Samantha Ruth Prabhu recently revealed that she suggested Citadel: Honey Bunny makers Raj & DK cast another heroine after she was diagnosed with myositis.
Samantha Ruth Prabhu on Citadel: Honey Bunny's shoot.
Last Updated: 02.28 PM, Nov 26, 2024
Samantha Ruth Prabhu has been vocal about her myositis diagnosis. The actress had earlier revealed how the autoimmune disorder took a toll on her health. This happened during the making of Raj & DK's web series, Citadel: Honey Bunny. In a recent interview, Samantha revealed her challenges during that phase. The actress also recalled that she suggested Raj & DK cast another heroine for the Amazon Prime Video series.
In an interview with Galatta India, Samantha said she initially didn't think of requesting Raj & DK to cast another actress. However, the actress ended up suggesting some names to the Citadel: Honey Bunny.
"I actually sent them Kiara’s (Advani) pictures and Kriti’s (Sanon) pictures. I remember sending four to them, saying, ‘Oh my God, she is so hot. Just look at her. She will be amazing doing action. Please, I can’t do it. They said, ‘We know them. You don’t have to introduce us to them. We know who they are’," revealed Samantha.
Despite the challenges she faced, Samantha shot for her action-packed series, Citadel: Honey Bunny. The actress played a pivotal role in Raj & DK's show, which premiered on November 7, 2024.
In 2022, Samantha Ruth Prabhu informed everyone that she was diagnosed with an autoimmune disorder called Myositis. The actress took to her Instagram account and shared her health update.
A portion of her note read, "A few months back with an autoimmune condition called Myositis. I was hoping to share this after it had gone into remission. But it is taking a little longer than I hoped. I am slowly realising that we don’t always need to put up a strong front. Accepting this vulnerability is something that I am still struggling with (sic)."
Meanwhile, did you enjoy watching Samantha's series Citadel: Honey Bunny? Tweet @ottplayapp and share your thoughts on X.