Multiple CNS Therapies Advancing
An advanced pipeline that’s closer to where you live than you might expect.
cvn424
(Adjunctive & monotherapy)
cvn766
(Negative and cognitive symptoms)
CVN293
(Disease modification)
CVN398
(Disease modification)
Target-18
(Disease modification)
Target-26
(Disease modification)
Multiple Early Targets
The CVN424/GPR6 relationship uniquely limits collateral impact to surrounding genes.
45% Increase in OFF time efficacy and up to 150% reduction in common side effect compared to current treatment options.
Target:
GPR6 - an inverse agonist for parkinson’s disease
Study Focus:
GPR6 - an inverse agonist for parkinson’s disease
Highlight:
GPR6 - an inverse agonist for parkinson’s disease
Our approach differs radically from dopamine agonists currently being used and studied elsewhere to treat broad spectrum targets with highly undesirabl e side effects. CVN424 is an inverse agonist that targets GPR6, a novel gene we’ve identified using our NETSseq Platform. GPR6 is highly selectively expressed in striatal medium spiny neurons only on the indirect pathway of the basal ganglia circuit. By targeting this essential mechanism Parkinson’s patients can experience significant improvements in disease “off time”, with significant reduction in adverse side effects compared to current dopaminergic treatment options.
Learn moreThe CVN424/GPR6 relationship uniquely limits collateral impact to surrounding genes.
45% Increase in OFF time efficacy and up to 150% reduction in common side effect compared to current treatment options.
Target:
GPR6 - an inverse agonist for parkinson’s disease
Study Focus:
GPR6 - an inverse agonist for parkinson’s disease
Highlight:
GPR6 - an inverse agonist for parkinson’s disease
Our approach differs radically from dopamine agonists currently being used and studied elsewhere to treat broad spectrum targets with highly undesirabl e side effects. CVN424 is an inverse agonist that targets GPR6, a novel gene we’ve identified using our NETSseq Platform. GPR6 is highly selectively expressed in striatal medium spiny neurons only on the indirect pathway of the basal ganglia circuit. By targeting this essential mechanism Parkinson’s patients can experience significant improvements in disease “off time”, with significant reduction in adverse side effects compared to current dopaminergic treatment options.
Learn more.webp)
Solengepras
(CVN424)
Target:
GPR6
Indication:
Parkinson’s disease
Highlight:
Improvements in everyday functioning, daytime alertness, and quality of life
Solengepras is an investigational, once-daily oral therapy being developed as a new approach to treating Parkinson’s disease. As the disease progresses, dopamine-based treatments like levodopa can become harder to manage, with symptoms returning between doses and side effects such as involuntary movements and daytime sleepiness.
Solengepras works differently
Rather than replacing or mimicking dopamine, it inhibits GPR6, a receptor found on specific brain cells involved in controlling movement. This is designed to restore balance in the brain’s movement circuits without directly altering dopamine. In a pivotal Phase 3 trial, patients taking solengepras as an add-on to their existing medications reported improvements in everyday functioning, daytime alertness, and quality of life, measures that reflect how people with Parkinson’s actually experience their day. If approved, solengepras would be the first GPR6 inhibitor for Parkinson’s disease.
CVN766
Target:
Orexin-1 receptor
(Ox1R)
Indication:
Psychiatric and CNS-controlled metabolic disorders
Highlight:
Generally safe and well tolerated
CVN766 is designed to be a highly selective oral antagonist of Ox1R, a target with broad therapeutic potential across CNS-controlled metabolic and psychiatric disorders. CVN766 has shown to be over 1,000-times more selective to Ox1R over orexin-2 (Ox2R) in vitro, and this specificity can potentially mitigate the off-target effect of somnolence observed in competitor compounds. CVN766 has demonstrated efficacy in multiple preclinical models and may benefit CNS-controlled metabolic disorders, such as binge eating disorder, as wells as psychiatric disorders, including schizophrenia.
Learn moreCVN293
Target:
KCNK13
Indication:
Neurodegenerative disorders
Highlight:
Potential to address well characterized inflammatory pathway, but with a CNS targeted approach
CVN293 is a highly selective oral inhibitor targeting KCNK13, a potentially novel intervention point for neurodegenerative disorders driven by neuroinflammation. KCNK13, a potassium channel identified through NETSseq, is solely expressed in microglia, the CNS’s primary immune cells. Importantly, KCNK13 has not been associated with significant expression in peripheral tissues which may translate to better tolerability relative to other approaches targeting NLRP3, which is expressed in the peripheral immune system. CVN293 is designed to inhibit KCNK13 to reduce neuroinflammation as a potentially disease-modifying therapy for neurodegenerative disorders, such as frontotemporal dementia, amyotrophic lateral sclerosis, and Alzheimer’s disease.
Learn moreTarget 20
Target:
GPR6 - an inverse agonist for parkinson’s disease
Indication:
GPR6 - an inverse agonist for parkinson’s disease
Highlight:
GPR6 - an inverse agonist for parkinson’s disease
Our approach differs radically from dopamine agonists currently being used and studied elsewhere to treat broad spectrum targets with highly undesirabl e side effects. CVN424 is an inverse agonist that targets GPR6, a novel gene we’ve identified using our NETSseq Platform. GPR6 is highly selectively expressed in striatal medium spiny neurons only on the indirect pathway of the basal ganglia circuit. By targeting this essential mechanism Parkinson’s patients can experience significant improvements in disease “off time”, with significant reduction in adverse side effects compared to current dopaminergic treatment options.
Learn moreCVN424
Target:
GPR6 - an inverse agonist for parkinson’s disease
Indication:
GPR6 - an inverse agonist for parkinson’s disease
Highlight:
GPR6 - an inverse agonist for parkinson’s disease
Our approach differs radically from dopamine agonists currently being used and studied elsewhere to treat broad spectrum targets with highly undesirabl e side effects. CVN424 is an inverse agonist that targets GPR6, a novel gene we’ve identified using our NETSseq Platform. GPR6 is highly selectively expressed in striatal medium spiny neurons only on the indirect pathway of the basal ganglia circuit. By targeting this essential mechanism Parkinson’s patients can experience significant improvements in disease “off time”, with significant reduction in adverse side effects compared to current dopaminergic treatment options.
Learn morePatient Resources:
We encourage connecting with organizations that focus on CNS diseases. Below you’ll find learning opportunities, ideas on ways to care for and support those with diseases caused by CNS disorders as well as how to become a part of important research.

