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BioShield Technologies is a Norcross, GA-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
The vast majority of human disease is governed by the epigenome, the subtle machinery that controls the volume of gene expression in cells. Tune Therapeutics is pioneering the creation of epi-therapeutic medicines with its powerful and precise epigenomic control platform, TEMPO. Unlike genome editing, TEMPO dials the volume of gene expression up or down towards healthy levels, without breaking or permanently rewriting DNA – and it can do this in multiple genes at once. This genetic tuning approach allows us to change cell fate and function at will, unlocking the ability to reverse pathways of cancer, genetic disease and aging. Our approach effectively expands the potential reach of genetic medicine – from targeting a limited range of rare conditions, to overcoming thousands of complex and chronic diseases that currently have no curative treatment.
Celula Inc is a San Diego, CA-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Rocket Pharma (NASDAQ: RCKT) is a fully-integrated, clinical-stage company advancing numerous gene therapies that could cure rare childhood diseases. Rocket places enormous value on people and takes team member progress and well-being just as seriously as the progress and well-being of its pipeline. We are looking for hands-on team players that enjoy collaborating with colleagues who share a passion for seeking gene therapy cures for devastating diseases and making a difference for patients. Become an integral part of a small, highly productive team and help grow an entrepreneurial, scientifically driven organization that is increasingly recognized as a leading biotechnology innovator. In addition to a competitive compensation package featuring a generous 401K match and stock options, positions include excellent health benefits.
Amyloid diseases are a diverse group of disorders, characterized by the deposition of amyloid protein fibrils in vital organs and tissues. There are approximately 30 different types of amyloidosis, each resulting from the misfolding and aggregation of a specific protein, and they are all severely debilitating, progressive, and often fatal.