- Nollywood actress, Destiny Etiko clocked a new age a few days back and indeed witnessed an outpouring of love from fans all over the world.
- In a recent development, she shared a video from her birthday party in Houston Texas, US.
Famous movie star, Destiny Etiko was awesomely celebrated as she turned a new age on August 12th.
A few days ago, the acclaimed Dramadoll clocked a new age and subsequently received massive gifts from fans.
In a recent development, Destiny Etiko recently took to her Instagram page with millions of followers where she posted a video of how her birthday celebration went down in Houston Texas, US.
The birthday party had few fans and friends in attendance while Destiny Etiko donned a silver-like short gown that radiated.
Attendees also made dollar bills rain massively on the celebrant as she hit the dance floor.
Sharing the video, she wrote:
“God bless all my fans who turned up to celebrate me in such a short notice 🥲🙏
@amgraylogistics_ is the bossssss lady no cap 🧢
U made this happen in just 24 hours 🥲
God bless u more my sister 🙏❤️
THANK U SO MUCH HOUSTON
Love u all ❤️😍.”
Refer to the post below:
Drifting away from the lavish party, Nollywood actress, Chinenye Eucharia also celebrated her former godmother, Destiny Etiko who clocked a new age on August 12th.
Despite their fallout, Chinenye Eucharia expressed deep gratitude and affection toward Destiny Etiko.
She highlighted the profound impact Destiny has had on her life, acknowledging that God blessed her through Destiny.
She conveyed her eternal gratitude and prayed that God’s blessings never depart from Destiny Etiko, recognizing the kindness and support she received from her.
Sharing photos of the actress, Chinenye wrote:
“God blessed me through you, I am forever grateful.💯🥹May God’s blessings never depart from you.🙏 I love you so much, you will always be in my thoughts as well as in my heart…Thanks for all you do, Happy birthday, mama.”
As expected, her post was trailed by a range of comments from social media users who shared their observations.