RT0307 and the Biology of Autism Symptoms

RT0307 is a first-in-class therapy designed to improve cognition, communication, and daily functioning in autism by addressing key biological disruptions—oxidative stress, mitochondrial dysfunction, and neurotransmitter imbalance.

RT0307 Is Designed for Autism

ASD presents with a wide range of symptoms—but many stem from shared biological disruptions like oxidative stress, mitochondrial dysfunction, and imbalanced neurotransmitter signaling. RT0307 was built to target these interconnected drivers, with the goal of improving how individuals with autism think, process, and respond to the world around them.

This biology-first approach aims to unlock functional gains in cognition, communication, and sensory engagement—without the tradeoffs of sedation or emotional blunting seen in traditional treatments.

RT0307: A Targeted Approach To ASD With Cognition Challenges

RT0307 is a novel, small molecule that addresses the three biological drivers of autism:

  • Restores neurotransmitter balance Modulates signaling systems to enhance attention, communication, and emotional regulation.
  • Reduces oxidative stress Neutralizes excess reactive oxygen species and supports antioxidant defenses to protect brain cells and improve clarity of thought.
  • Lowers neuroinflammation Calms chronic inflammatory activity in the brain that can interfere with learning, behavior, and sensory processing.

What Makes RT0307 Different

RT0307 is designed to improve quality of life by supporting cognitive clarity, emotional stability, and meaningful daily engagement—without masking personality or behavior.

Targeting Shared Biology Beyond Autism

The biological drivers targeted by RT0307—oxidative stress, neurotransmitter imbalance, and mitochondrial dysfunction—are common across multiple conditions that affect cognitive clarity and executive function.

While RT0307 is purpose-built to improve cognition, and adaptive behavior in autism, its mechanism makes it a promising candidate for other high-need areas. These include mild neurodegenerative disorders, where similar disruptions in energy metabolism and brain signaling are at play.