Transforming Infectious Disease Treatment
NorthMiRs uses cutting-edge miRNA-based therapies to fight infectious diseases and save lives.
We are developing scalable, transformative therapies for sepsis using nanotechnology to deliver microRNA-modulating treatments.
By targeting the immune dysregulation underlying systemic infection, we address the root cause of this deadly condition, moving beyond symptom management.
Our advanced delivery systems enable precise intervention in sepsis’s molecular mechanisms, offering unprecedented therapeutic control in critical care.
Ultimately, we aim to transform ICU outcomes-reducing mortality, easing caregiver burdens, and shifting sepsis treatment from reactive stabilization to proactive immune recovery, ultimately saving lives globally.
To develop scalable, transformative therapies for sepsis using nanotechnology-enabled miRNA delivery.
We are committed to addressing the underlying immune dysregulation of systemic infection using advanced nanotechnology-enabled therapies.
By leveraging microRNA modulating therapies, we aim to transform ICU care for patients and caregivers, ultimately saving lives.
Sepsis is a life-threatening, systemic immune response to infection, often leading to multi-organ failure. It is the most common cause of death in critically ill patients and the most expensive reason for hospitalization.
The current standard of care for sepsis is inadequate, leaving many patients at risk.
NorthMiRs aims to change this.
Building on 15 years of research in mesenchymal stem cell therapy, NorthMiRs has refined a scalable, synthetic therapeutic miRNA enabled by lipid nanoparticle technology.
Our lead candidate, NM-001, regulates immune responses, offering anti-inflammatory, anti-microbial, and organ-protective properties to septic patients, maximizing the chance of survival and speed up patient recovery.
Our team is comprised of leading experts in formulation and preclinical research. From formulation to clinic, NorthMiRs’ specialists ensure every aspect of our therapy is developed with precision and care.
