Areas of Focus
Since our founding, we have developed a wholly owned portfolio of editing technologies to create targeted in vivo genetic medicines that offer potential for one-time dosing with durable effects that span a patient’s lifetime. We focus our efforts on developing treatments for diseases with high unmet need where we can provide a first-in-class, differentiated therapy for patients.
CENTRAL NERVOUS SYSTEM
Our wholly owned pipeline is focused on the central nervous system (CNS), an area of significant unmet medical need where many devastating diseases remain inadequately treated and continue to impact quality of life for patients and caregivers.
One-time editing can shift the treatment paradigm. Durable gene editing offers the potential to move beyond chronic dosing toward a single intervention that addresses disease biology at its source, creating meaningful impact for patients today and a foundation for expansion across a broader range of CNS disorders.
Our compact editing systems are designed to fit within the constraints of a single AAV vector, a key requirement for delivery to the CNS. Coupled with targeted delivery approaches, this unlocks a compelling opportunity to address the genetic drivers of CNS disease with the potential for durable, first-in-class therapies.
We are initially pursuing amyotrophic lateral sclerosis (ALS), a rapidly progressive and fatal neurodegenerative disease with limited treatment options, as our lead CNS indication, and are advancing multiple therapeutic candidates with IND-enabling studies ongoing.
LIVER
The liver has become an important target for genetic medicines, supported by validated delivery approaches, well-established biology, and increasingly clear regulatory and clinical development paths. Arbor has built meaningful expertise in liver-directed genetic medicines through our lead clinical program in primary hyperoxaluria (PH), ABO-101, which leverages proven and effective delivery systems to route our editing cargo to the liver.
This experience, spanning target selection, editor optimization, delivery, translational development, and clinical execution positions Arbor as an excellent partner for rapidly advancing additional liver targets where our editing platform can be matched to the biology of disease. We have partnered with Chiesi Group to develop and commercialize liver-directed therapies. We continue to evaluate other disease opportunities where we can either partner or develop first-in-class therapies.