Reality show Rise and Fall has often brought forward emotional and inspiring stories from its contestants, and recently Anaya Bangar shared a deeply personal revelation during a heart-to-heart conversation with fellow contestant Aarush Bhola. For the first time on national television, Anaya opened up about the steps she took before beginning her transition journey, shedding light on her decision to preserve her chances of motherhood.
Anaya candidly shared her thought process and the options she had considered at the time. Talking about it, she said, “I have two options: I can either adopt or go for sperm freezing before the hormone treatment. I can become a mother, but through surrogacy. I had my sperm frozen before my Transition. That is why I will become a surrogate mother. I cannot conceive.” The honesty in her words reflected the courage with which she has navigated her journey while planning for her future.
By deciding to freeze her sperm before starting hormone therapy, Anaya ensured she could still hold on to her dream of experiencing parenthood, even if through surrogacy.
During a recent chat Anaya spoke about how long she had been on this journey of basic communication and self-discovery. Anaya revealed that her thoughts and feelings about her transition began to surface in her teenage years. “It started from my teenage phase itself."
When Kubra further asked whether her parents were present with her during the surgery. Anaya responded honestly, “Yes, during the operation my parents were there on that day to look after me, and even at home they used to look after me. They supported me by giving money for my basic needs like food, clothing, and shelter. But whatever I wanted beyond that, like my iPhone, I bought from my own money.”
Anaya’s openness is yet another example of her resilience and authenticity on the show. By sharing her journey, she has not only inspired many who may be in similar situations but also brought more awareness to the choices and challenges faced by those undergoing gender transition.