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Discoveries in the ability to probe more enhanced understand biologic systems during the past 30 years1-3 have enabled the medical community to develop new therapeutic agents and change the course of many life-shortening diseases. 4, 5 Naturally success, bridging the gap between promising laboratory observations and the development of effective therapies remains risky and expensive, with fewer than 1 in 10, 500 early translational programs effectively obtaining Fda (FDA) approval, at a cost of almost $1 billion. 6 The majority of therapeutic development fails in the preclinical phase, which is sometimes described as the "valley of loss of life. "7
For this reason and because therapies for some conditions will have a limited eventual market value, the pharmaceutical industry has already been hesitant to initiate early-stage programs to treat so-called orphan diseases. In recognition of a critical need, federal companies have developed programs to catalyze innovation and reduce barriers to early progress new therapies. 8 During the past two decades, disease-focused foundations likewise have developed a new strategy to bridging this preclinical gap. Within a process known as venture philanthropy, such foundations have formed relationships with industry and federal agencies to talk about the financial risk of therapeutic development, shorten the early translational pipeline, and advance research with "a concentrate on individual, not financial, return. "9 In addition, foundations and their academic partners have accelerated early development by providing access to patient populations for clinical tests and assistance from disease-specific experts in study design, which has helped in bridging the gap in therapeutic development.
With this review, we will concentrate on about three diseases -- cystic fibrosis, multiple myeloma, and type 1 diabetes mellitus -- to illustrate how aide among academic institutions, foundations, and industry partners have evolved to address the therapeutic challenges of these conditions.
In 1989, the discovery of the gene that will cause cystic fibrosis and the cystic fibrosis transmembrane conductance regulator (CFTR) protein10, 11 greatly increased interest within the scientific community in this life-shortening genetic disease, which impacts approximately seventy, 000 patients worldwide. With support from the Cystic Fibrosis Foundation (CFF) and the National Institutes of Health (NIH), researchers quickly expanded knowledge about the biogenesis, maturation, and function of CFTR, a regulated epithelial anion channel12; such knowledge provided the necessary scientific framework for the development of therapeutic focuses on. In addition, an international consortium13 discovered more than 1700 mutations and defined genotype-phenotype correlations with standard case definitions, 14 which enabled a precision-medicine strategy to therapeutic development. In the 1990s, attempts were made to treat cystic fibrosis by gene-replacement remedy delivered to airway epithelia. Despite the fact that early in vitro15 and in vivo studies16 provided proof of concept, many barriers, including a powerful host immune response, were encountered. 17 These limitations ended such initial clinical development programs.
In the decade following the discovery of the cystic fibrosis gene, scientific knowledge expanded but did not lead to a remedy that corrected CFTR function. In 1999, the CFF launched the Therapeutic Development Program (TDP) to attract both academic and industry partners and start high-throughput screening for CFTR modulators. 18, 19 The CFF embraced the concept of venture philanthropy9, 20 to raise the interest of industry in an orphan disease. However, the success of the TDP was dependent on far more than financial support. 21 The program created a cultural shift that allowed the CFF, academic clinicians and researchers, federal agencies (the NIH and FDA), and industry to create a strong partnership with common goals and timelines.
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