Our Pipelines

Advancing Next-Generation CB1 and CB2 Ligand Therapeutics.

Kare is developing a portfolio of non-psychoactive, receptor-targeted therapeutic candidates addressing major global health challenges. Our pipeline is built on our proprietary catalytic platform, enabling scalable production of high-purity ligands for clinical development.

1
Therapeutic Focus Areas

Chronic Pain

Non-Opioid Receptor Modulation Strategy

Indication: Moderate to chronic pain
Stage: Preclinical
Mechanism: Selective modulation with fewer CNS side effects

Chronic pain affects over one billion people worldwide and continues to rely heavily on opioid-based treatments. Kare is developing receptor-targeted ligands designed to deliver effective pain relief without the limitations of traditional opioids.

Our approach aims to:

  • Provide analgesic benefit

  • Avoid psychoactive effects

  • Reduce addictive risk

  • Offer a scalable alternative to opioid-based therapies

By optimizing receptor binding selectivity and limiting central nervous system activation, we are developing a safer, more targeted approach to pain management, with ongoing work in receptor binding assays, selectivity profiling, and preclinical pharmacology evaluation.

2
Therapeutic Focus Areas

Obesity & Metabolic Disorders

Peripheral Receptor Targeting

Indication: Diet-induced obesity & Type 2 diabetes
Stage: Preclinical

Global obesity rates continue to accelerate, driving demand for safer metabolic therapies.

Kare’s strategy involves peripheral receptor modulation aimed at:

  • Appetite regulation
  • Metabolic pathway enhancement
  • Reduced systemic side effects

Unlike GLP-1s and other injectable weight-loss therapies, our ligand approach offers potential for differentiated mechanism and improved tolerability.

3
Therapeutic Focus Areas

Neurological Disorders

Advanced Receptor Ligand Exploration

Focus Areas:

  • Epilepsy
  • Neurodegenerative conditions
  • Peripheral neuropathies

Kare’s catalytic platform enables structural refinement of receptor ligands to tune central versus peripheral activity.

Exploratory studies include:

  • High-throughput receptor binding panels
  • In vivo pharmacodynamic evaluation
  • CNS side-effect profiling

Development Strategy

Our clinical development pathway follows a disciplined pharmaceutical progression, with our long-term objective is to advance select assets through early clinical phases before pursuing strategic partnerships or out-licensing.

Ligand Design & Synthesis

Catalytic generation of structurally optimized candidates

Receptor Binding Validation


High-throughput confirmation of target engagement

In Vivo Profiling

Assessment of pharmacology and psychoactivity risk