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CRISPR technology allows researchers to edit genomes by altering DNA sequences and by thus modifying gene function. Its many potential applications include correcting genetic defects, treating and preventing the spread of diseases and improving crops.
Genome editing tools, such as the CRISPR-Cas9 technology, can be engineered to make extremely well-defined alterations to the intended target on a chromosome where a particular gene or functional element is located. However, one potential complication is that CRISPR editing may lead to other, unintended, genomic changes. These are known as off-target activity. When targeting several different sites in the genome off target activity can lead to translocations, unusual rearrangement of chromosomes, as well as to other unintended genomic modifications. ....

Daniel Allen , Garrettr Rettig , Anavy Technion , Mark Behlke , Ido Amit , Ayal Hendel , Chihong Choi , Nimrod Ben Haim , Matthews Mcneil , Zohar Yakhini , Gavin Kurgan , Jurgenson Technion , Ortal Iancu , Hendel Lab , Nature Communications , Yakhini Research Group , Ilan University , Everard Goodman Faculty Of Life Sciences , Ilan University Mina , Technologies Inc , Hendel Lab At Bar , Interdisciplinary Center Herzliya , European Research Council , Bar Ilan University , Next Generation Sequencing , Everard Goodman Faculty ,