Highly Efficient Gene Editing of Cystic Fibrosis Patient-Der…

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Highly Efficient Gene Editing of Cystic Fibrosis Patient-Derived Airway Basal Cells Results in Functional CFTR Correction

Article 2020 EN Hybrid

There is a strong rationale to consider future cell therapeutic approaches for cystic fibrosis (CF) in which autologous proximal airway basal stem cells, corrected for CFTR mutations, are transplanted into the patient's lungs. We assessed the possibility of editing the CFTR locus in these cells using zinc-finger nucleases and have pursued two approaches. The first, mutation-specific correction, is…

78

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48

References

16

Authors

3.48

FWCI

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UN Sustainable Development Goals
1 SDGs
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16 authors
#AuthorInstitutionsORCID
1 Shingo Suzuki The University of Texas Health… (US)
2 Ana Maria Crane The University of Texas Health… (US) —
3 Varada Anirudhan The University of Texas Health… (US)
4 Cristina Barillá The University of Texas Health… (US)
5 Nadine Matthias The University of Texas Health… (US) —
6 Scott H. Randell University of North Carolina a… (US)
7 András Rab Emory University (US)
8 Eric J. Sorscher Emory University (US)
9 Jenny L. Kerschner Case Western Reserve Universit… (US)
10 Shiyi Yin Case Western Reserve Universit… (US)
11 Ann Harris Case Western Reserve Universit… (US)
12 Matthew C. Mendel Sangamo BioSciences (United St… (US)
13 Kenneth H. Kim Sangamo BioSciences (United St… (US)
14 Lei Zhang Sangamo BioSciences (United St… (US)
15 Anthony Conway Corresponding Sangamo BioSciences (United St… (US) —
16 Brian R. Davis Corresponding The University of Texas Health… (US)

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