Universal Therapeutics Launches Groundbreaking AwarerPRO™ HIV 1/2 Rapid Test (Oral Fluid)
Kuala Lumpur, Malaysia, 19 June 2023 - Universal Therapeutics, a leading healthcare company dedicated to advancing medical solutions, is excited to announce the successful registration of the AwarerPRO™ 1/2 HIV Rapid Test Kit (Oral Fluid). This innovative test kit, with an impressive 99.61% accuracy rate independently verified by third parties, is poised to revolutionise HIV testing and significantly impact the healthcare industry.
The AwarerPRO™ 1/2 HIV Rapid Test Kit introduces a breakthrough testing method utilising oral fluid, ensuring exceptional accuracy while offering a convenient and user-friendly experience. Bid farewell to messy procedures and discomfort; our kit is designed to simplify and streamline the testing process.
We proudly acknowledge the remarkable efforts and unwavering dedication of our team, who have consistently planned, developed, and conceptualized this remarkable medical device. Working tirelessly over the course of 18 months, they have ensured that every aspect of the AwarerPRO™ 1/2 HIV Rapid Test Kit adheres to the highest standards of quality and effectiveness.
As a company committed to continuous improvement, we remain dedicated to refining and enhancing this medical device. Our team will explore new possibilities, conduct further research, and collaborate with field experts to deliver the most advanced and reliable HIV testing solutions.
This achievement would not have been possible without the support and trust of our partners, healthcare professionals, and customers. We express our deepest gratitude for their unwavering belief in our mission and for providing us with the opportunity to contribute to global healthcare advancements.
We cordially invite everyone to join us in celebrating this significant milestone and to help spread the word about the AwarerPRO™ 1/2 HIV Rapid Test Kit. Together, we can make a substantial difference in the fight against HIV, improving lives and promoting early detection.