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Annual · values202520242023202220212020
Operating Cash Flow-128.51 M USD-41.56 M USD139.80 M USD-93.79 M USD-50.86 M USD-25.57 M USD
Depreciation & Amortization4.10 M USD3.77 M USD2.84 M USD1.90 M USD1.12 M USD326000 USD
Stock-Based Compensation19.61 M USD17.91 M USD13.11 M USD9.89 M USD2.53 M USD325000 USD
Capital Expenditures1.04 M USD3.16 M USD5.61 M USD2.89 M USD4.58 M USD2.32 M USD
Cash Flow from Investing116.81 M USD-27.80 M USD-138.40 M USD-148.65 M USD-4.58 M USD-2.32 M USD
Cash Flow from Financing887000 USD102.96 M USD21.04 M USD479000 USD307.46 M USD50.09 M USD
Dividends Paid
Stock Buybacks
Free Cash Flow-129.55 M USD-44.72 M USD134.19 M USD-96.67 M USD-55.44 M USD-27.89 M USD

Entrada Therapeutics Inc. is a biotechnology company focusing on the development of groundbreaking intracellular biologics. The company's core mission is to transform the treatment landscape for various diseases through innovative therapies that effectively cross cellular membranes to deliver potent biologics directly inside the cell. This approach has significant implications for a range of conditions, particularly those that are currently considered intractable with existing treatment modalities. The primary feature of Entrada's platform is its proprietary Endosomal Escape Vehicle (EEV) technology. This technology underpins the firm's efforts to develop biologics capable of intracellular delivery, thereby overcoming one of the major challenges in therapeutic development. It impacts sectors such as rare diseases, oncology, and other areas where treatment efficacy is hindered by the inability to efficiently deliver therapies inside cells. In the financial market, Entrada Therapeutics plays a crucial role as an innovator in drug development, attracting interest from investors and researchers who see potential in advancing treatment options. Its focus on intracellular biologics positions the company at the forefront of biotechnological advancement, contributing to ongoing transitions in how diseases can be managed at a molecular and cellular level.