WELCOME TO TROVE THERAPEUTICS

At Trove Therapeutics, we are developing a novel therapeutic protein platform with a lead product called Therabron™ to address an underlying cause of targeted respiratory conditions. Trove is a privately held, clinical-stage, biopharmaceutical company. Therabron™ is based on a naturally occurring secretoglobin protein called SCGB1A1, CC10, CC16, CCSP, or uteroglobin, which is a potent anti-inflammatory, immunomodulatory, homeostatic agent. Trove is developing three distinct products using different formulations of Therabron™ with different routes of administration for specific respiratory diseases impacting people from childhood through adulthood.

Several respiratory and autoimmune diseases may be caused, at least in part, by a lack of sufficient native SCGB1A1 protein in patients. We are developing a pharmaceutical therapy to replace SCGB1A1 with the synthetic version (Therabron™) in respiratory diseases characterized by inflammation and pre-existing SCGB1A1 deficiency.

Secretoglobins are naturally occurring proteins produced in the body by Club Cells. They are some of the most abundant proteins secreted in the airways. Naturally occurring SCGB1A1 is the most abundant protein in the fluid that lines the respiratory tract in both the upper and lower lung, including the sinus cavities. Unlike many treatments that provide symptomatic treatment only, Therabron™ has the potential to address underlying disease processes, resolve inflammation, and accelerate airway repair in respiratory conditions like persistent sinusitis, asthma, COPD, bronchiolitis obliterans (a type of pulmonary fibrosis), and acute lung injuries due to severe influenza-like illness and smoke inhalation.
technology
TECHNOLOGY
Trove's technology platform and biopharmaceutical product candidates are based on naturally occurring secretoglobin proteins. Secretoglobins share structure and overall immune modulatory and homeostatic functions in various tissues. Trove holds specialized expertise required for the creation, development and commercialization of Therabron™.

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product candidates
PIPELINE
Trove's technology platform and biopharmaceutical product candidates are based on naturally occurring secretoglobin proteins. Our lead biopharmaceutical is Therabron, a clinical-stage proprietary preparation of recombinant human SCGB1A1 protein which is formulated into 3 separate products using different routes of administration targeting respiratory conditions.

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leadership
LEADERSHIP
Trove's experienced biopharmaceutical executives and professionals, the Management Team and Board of Directors, have the technical and business acumen to advance our development programs from the research bench to clinical practice.

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Why
Several respiratory and autoimmune diseases may be caused, at least in part, by a lack of sufficient native SCGB1A1 protein in patients. We are developing a pharmaceutical therapy to replace SCGB1A1 with the synthetic version (Therabron™) in respiratory diseases characterized by inflammation and pre-existing SCGB1A1 deficiency.

How
Secretoglobins are naturally occurring proteins produced in the body by Club Cells. They are some of the most abundant proteins secreted in the airways. Naturally occurring SCGB1A1 is the most abundant protein in the fluid that lines the respiratory tract in both the upper and lower lung, including the sinus cavities. Unlike many treatments that provide symptomatic treatment only, Therabron™ has the potential to impact the underlying disease process, or to help resolve inflamed airways in a wide range of respiratory conditions such as persistent sinusitis, bronchiolitis obliterans (a type of pulmonary fibrosis) in lung and hematopoietic cell transplant recipients, and acute lung injury such as that due to smoke inhalation.

Trove is developing Therabron™ to replace native SCGB1A1 in an effort to potentially benefit a range of respiratory conditions characterized by inflammation and native SCGB1A1 deficiency.

The Statistics Are Truly Overwhelming

Trove's mission is to elevate the quality of life for these patients by improving long-term health outcomes and in doing so, potentially reduce healthcare costs.