"CRISPR gene editing technology, we can correct those programming errors and potentially cure this disease."
"We've seen some pretty really interesting data come out from CRISPR Therapeutics and others that sickle cell anemia and beta-thalassemia could potentially be cured by a gene edit, which is really, really exciting."
"CRISPR is more revolutionary in that it's more precise and a little bit more affordable."
"I think the best example that we were talking about it earlier is this new RNA targeting CRISPR so instead of cutting DNA it targets RNA."
"Crispr really burst onto the mainstream and helped to allow certain companies to build what are now kind of therapeutic dynasties on it."
"Perhaps the greatest benefit of CRISPR could be in tackling the planet’s biggest challenge, climate change."
"This blew up in their face. They did not want this for a second."
"It's an extraordinary moment in science... turning into a technology that can be used widely for treating diseases."
"CRISPR will revolutionize healthcare for everyone."
"CRISPR is revolutionizing research... poised to revolutionize drug discovery."
"The most impactful uses of CRISPR... continue to be in editing somatic cells."
"CRISPR is very complicated but one of the key scientists who unlocked its potential, Jennifer Doudna, has a simple way of explaining how it works."
"CRISPR isn't just used for cutting, it's just really such a flexible tool."
"We could change entire genomes with CRISPR technology; we can edit it like you edit text."
"Crispr is like a spell checker for DNA."
"CRISPR can be used to cure severe genetic diseases."
"With CRISPR, we can completely change entire species on our planet."
"CRISPR is cheap, easy to use, and can do a lot of things."
"You can specifically target genes with CRISPR."
"Tells the gripping account of how Nobel Prize winner Jennifer Doudna and her colleagues launched the CRISPR revolution."
"Jennifer's CRISPR technology provided a very efficient and easy way to, for the first time, rewrite the genetic code with great precision."
"Some of these countries' climate problems have gotten dramatically worse in recent years, so CRISPR might be able to introduce gene-edited super plants, and these super plants could survive and thrive in these drier, warmer climates."
"The approval of the first CRISPR-based therapy is a crucial step towards more targeted and effective treatments."
"There's been a sort of continued search for technologies and we've learned a lot from the natural diversity of CRISPR systems."
"CRISPR can do to enable understanding of a system like this is to systematically interrogate every gene in the genome."
"Crisper is revolutionizing it because it's more effective. It's more efficient. It always cuts where it's supposed to. So anytime that you want to change genes, Crisper is just revolutionizing it."
"CRISPR caste 9 makes it possible to use for a variety of in vivo genome editing applications."
"Longer homology arms will increase the efficiency of homology directed repair."
"You can read biology and now with CRISPR you can actually write biology."
"CRISPR will change the human race forever."
"We are just on the cusp of hundreds of companies working on CRISPR and gene therapy."
"The efficiency of knockin is much higher with CRISPR based gene editing, and there's no additional foreign DNA introduced at the targeted sites."
"What makes Cas9 special is that it associates with a special type of RNA to direct that kind of cut."
"Cas9 doesn't bind just any RNA; it has to bind an RNA that has this scaffold in it."
"That would be very disruptive to the gene and so that is highly highly desirable."
"Remember: the purpose of this lab is for students to use CRISPR gene editing to edit the lacZ gene so that it is no longer functional."
"That's part of the power of CRISPR: we get to provide the instructions for where to cut and how to repair."
"We now have a technological tool that can genetically do this. CRISPR/Cas9."
"With CRISPR Cas9, we now have a technology that, in principle, offers the potential to cure this type of mutation and disease at its source."
"Labs worldwide have redirected the course of their research programs to incorporate this new tool, creating a CRISPR revolution with huge implications across biology and medicine."
"This CRISPR Cas9 technology... is the current best chance of doing this."
"CRISPR is essentially a gene editing tool."
"CRISPR is leading in that allogeneic cell therapy that is so much more cost effective and scalable."
"We've taken the CRISPR editing workflow and we can go from design concept to having edited cells ready to pick clones in as little as four days."
"CRISPR allows you to edit the DNA in a cell and that's very powerful for the kinds of things that we do."
"Genome editing tools like CRISPR are like the delete button on your keyboard."
"Few breakthroughs in science have had the kind of sweeping, immediate impact that CRISPR has."
"CRISPR system is like a type of immune system in these bacterial or prokaryotic cells."
"The CRISPR system is somehow like the adaptive immune system in humans; it's a kind of memory."
"CRISPR system is a three-step system: spacer acquisition, CRISPR RNA processing, and interference."
"CRISPR is a new and exciting technology that could allow us to effectively alter humanity forever."
"CRISPR has the power to literally reshape humanity, combining unnatural selection with non-random mutations."
"Technologies like CRISPR are incredibly powerful."
"Harnessing the natural ability of CRISPR and transforming it into a technological tool has the potential to address all sorts of problems."
"CRISPR has been a life-changer and also has opened tremendous avenues to provide a healthier and more sustainable food supply for humanity."
"A new CRISPR-fueled Green Revolution will forge a path to a more bountiful world."
"Off-target cutting is one of the biggest concerns with CRISPR."
"One of CRISPR's most important uses though will be one that doesn't get covered much by most sources as it isn't very sexy, but it is the cornerstone of how we understand organisms in the molecular era."
"CRISPR represents the largest technological jump to date with its extreme precision, low cost, and ease of use."
"CRISPR - clustered regularly interspaced short palindromic repeats - at its core, it is a bacterial adaptive immune system."
"Crispr is like the best investment you can ever make because they're so futuristic."
"CRISPR will have a major impact on the healthcare industry to the tune of two trillion."
"CRISPR Cas9... it is the ability to precisely edit the genes of a living creature."
"I'm so glad I enrolled in the Crispr study and would like other patients to have this opportunity to receive this treatment."
"We're going to learn about CRISPR Cas9 genome editing; in our own work, we found that a particular motif disruption was underlying the strongest genetic association with obesity."
"CRISPR allows us to make extraordinarily precise changes in extraordinary precise ways in a massive Library, which would not be possible otherwise."
"Cast9 is from a bacterial immune system called CRISPR."