Institutionalizing Epigenetic Treatment with New Tools; Analysis, Diagnosis and Treatment Via the Enteric Nervous System Utilizing an Engineering Platform.

Case studies discussing the release of epigenetic potential in patient care can be found across the healthcare field. Some of the challenges associated with institutionalizing epigenetic based treatments include: Familiarity; practitioner jurisdiction disputes; as well as patient and practitioner bias and/or prejudice regarding treatment modalities.

The Hopkins Bioengineering Research Cooperative (HBRC) has spent over two decades researching and developing new engineering tools that are capable of eliminating these problems. With these tools, growth vector sets can be analyzed, diagnosed and released via the enteric nervous system.

Enteric Structural Mechanics, Enteric Axial Harmonics, and The Athena Series introduce a new territory within chemical engineering and mathematics. Enabling engineers to map a set of thermodynamic equations, these tools can measure and quantify epigenetic potentials in biological systems using reactor design concepts and process control strategies. Defined as the Primary Economy, the energy available to support biological infrastructure within human community systems can now be understood as a reserve: Analysis, diagnosis, and treatment protocols can be administered utilizing an engineering platform to optimize growth vector release and distribution in clinical application.

In response to a federal review, HBRC has requested government assistance to establish a research and development clinic where these engineering tools can be applied within a community setting with participation from all sectors: Residential, government, academic, and business. Here, collective resources can be pooled and shared as teaching and training programs are established to institutionalize a new paradigm for the standardization of epigenetic based therapies to manage the Primary Economy.