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Product

Drug Class

Therapeutic Action

Indication

Stage

EPI-12323
Asthma

Steroid replacement Small molecule

Anti inflammation, bronchodilation, decreases neutrophils

Asthma (aerosol administration)

Phase II

EPI-12323
COPD

Steroid replacement
Small molecule

Anti inflammation, bronchodilation, decreases neutrophils

COPD (aerosol administration)

Phase II

EPI-12323
Allergic Rhinitis

Steroid replacement
Small molecule

Anti inflammatory

Allergic Rhinitis

Phase I

EPI-12323 Combinations

Steroid replacement
Small molecule

Anti-inflammatory

Asthma, COPD

Phase I


EPI-12323 for Asthma: This compound has been shown to be effective in reducing airway inflammation, improving airways resistance and compliance and reducing hyper responsiveness in three separate preclinical models of human asthma.

EPI-12323 administered once daily has been studied in hundreds of patients having mild to severe asthma and has shown an excellent safety profile in all clinical studies, with no adverse effects observed on cortisol, bone or androgenic metabolism.  EPI-12323 has shown efficacy in an allergen challenge study and clinical improvement in FEV1 over 4-weeks in mild to moderate asthma. 

In a recent Phase 2 clinical study in 271 symptomatic moderate to severe asthmatics using a high efficiency nebulizer device, EPI-12323 administered once daily showed statistically and clinically meaningful improvement in a validated asthma control questionnaire (ACQ) versus placebo at 6-weeks, and in the average change in ACQ score.  Further, significantly more responders were in the EPI-12323 group than in the placebo group.  Improvement trends were also noted in rescue beta-agonist use and in the overall asthma symptom score.  In this study, patients were being treated with high dose ICS and long-acting beta-agonist (LABA), and during a five-week run-in period, the patient’s high dose ICS was reduced in two steps by 80% while continuing a constant LABA dose.  Patients were randomized to either EPI-12323 or the vehicle control for 6-weeks, while continuing on a low dose of ICS and LABA.  EPI-12323 showed statistically and clinically meaningful improvement in patient’s ACQ score while on low dose ICS and LABA.

EPI-12323 for COPD: As a result of its ability to decrease both eosinophilic and neutrophilic inflammation in the lungs, EPI-12323 is also being developed for COPD. By specifically targeting the neutrophilic inflammation, EPI-12323 is expected to reduce the ongoing tissue destruction and improve small airway obstruction in COPD. 

EPI-12323 administered once daily has been studied in moderate to severe COPD and has shown an excellent safety profile, with no adverse effects observed on cortisol, bone or androgenic metabolism.  EPI-12323 produced a clinical improvement in FEV1 over 9-weeks in moderate to severe COPD patients.

Approximately 500 patients have now been safely dosed with EPI-12323.

EPI-12323 Combinations: Epigenesis has completed preclinical pharmacology studies combining EPI-12323 with a long acting beta agonist as well as other drug classes, and has filed patent applications for these combinations.

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