A father shared how his 14-year-old son had a meal with the family before being discovered unconscious on his bedroom floor after inhaling deodorant fumes. Daniel Maguire, a fitness enthusiast teenager, tragically passed away on September 27 in Hartstown, Dublin, from inhaling fumes from a deodorant can. His father, Dermot, issued a warning about the dangers of the rising trend called ‘fast gas’ and reflected on the impact of his son’s untimely death, stating, “It took one can of deodorant and a thousand lives changed.”
Expressing his desire to raise awareness, Dermot emphasized the importance of preventing similar incidents to save lives. Recalling the night of Daniel’s passing, Dermot recounted finding his son unconscious in his room and attempting CPR before it became evident that Daniel was beyond help. Despite the efforts of emergency services, Daniel could not be revived.
Dermot highlighted that on the evening of his death, Daniel engaged in routine activities with family and friends, including playing sports, going to the gym, sharing laughter, and conversations before retiring to his room. He clarified that Daniel was not a habitual drug user and was passionate about fitness, attributing his son’s tragic mistake to potentially participating in a TikTok challenge.
The family, devastated by their loss, aims to raise awareness of the dangers associated with inhaling aerosols, urging for more public attention on such tragedies. Dermot created a poignant video, urging young people to refrain from engaging in such harmful activities and imploring parents to have open dialogues with their children to prevent further tragedies.
Hoping that Daniel’s story serves as a cautionary tale, Dermot stressed the urgency of halting the practice of inhaling aerosols for the sake of everyone’s safety. Medical experts have long warned about the severe health risks, including cardiac arrest and sudden death, linked to inhaling aerosol propellants, often prompted by social media challenges promoting risky behaviors with household products.