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Do you think that CRISPR could be a revolution for the world of genetics at a great scale in health issues for example the one you studied about breast cancer?

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Does this method could be used at any point of the cancer ?

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What do you think were important factors for the patient to agree taking the treatment? And do you think the patient was confident with this decision?

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The CRISPR method could be implemented even if the cancer is very advanced or just at the beginning of the disease?

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Your project is very interesting. My question is, how could you approach this patient and conduct the interview without offending her and being precise?

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If you were in that position, would you be able to take that treatment?

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I really enjoyed the process overall of how the research was carried out. Based on your research I would like to know what is your opinion  for the future of the treatment? Is it positioned to keep improving and being more accesible?

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I think that CRISPR / CAS-9 is one of the most interesting topics of the last decade. However, many people are concerned about this process and how it changes genetics. What would you tell them so they wouldn't see it as an utter threat, but as an option?

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In your conclusion, it was mentioned the effects and implications of this treatment are unknown. With all the information you searched for, in how many years you think CRIPR would become available for mexican community?

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What other implications do you think CRISPR has?

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Surazi Gamboa Avila And Fernanda Ortega Cuevas

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Surazi Gamboa Avila And Fernanda Ortega Cuevas

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I love your topic we found it really interesting. Our question is:
From an ethical point of view do you think CRISPR should be applied in humans? If yes, what is the limit?

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Do you know other biotech treatment aside CRISPR? If so, why is CRISPR the most known one?

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Do you think this technology would be affordable enough to be accesible to any patient?

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Why can be made to make the accessibility easier?

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Is there a risk of genetic alteration when using this technology?

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CRISPR technology is fairly new and innovative; would you say that, if given the chance, research would be moved towards ending genetic diseases as well?

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Do you consider that  the CRISPR technology could be positioned as a common alternative treatment in the future?

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First, several factors were considered to be able to carry out the interview and the possible candidates to be interviewed were analyzed. After an evaluation, a person close to our partner was chosen so that there would be a greater degree of trust compared to an unknown person. On the other hand, at the beginning of the interview it was specified that this would be for academic purposes and that the total anonymity of the interviewee would be maintained. Finally, the person was asked if they liked being a participant in the research and the questions asked were quite objective and in their entirety to the development of the research, always maintaining a margin of respect and anonymity.

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From an ethical point of view, we believe that it could be used in humans since it is a novel solution and promotes both technological and medical evolution for human development. However, this technology, as it has so many points of application, could also be a threat, which is why we think that regulations should be created in which its use is limited to the medical area, more specifically as a gene treatment.

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After arduous research on the subject, we can say that this technology can be used to fight cancer at any stage since it modifies human genetics, it would be able to eliminate cancer outbreaks or tumors in the body. However, the process could take longer in a more developed cancer since there would be a greater amount of DNA and cells to treat.

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We believe that this technology can be used at any stage of cancer since it works directly with human DNA and is capable of editing the sequences that are consequently modified and can be released from cancer cells and their propagation.

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Genetically editing will always carry a risk, the most important risk and in which we must always be vigilant and be very meticulous when acting, it is when generating the plasmid that in simple words will be the transport for the modified DNA reaches its destination, generating the plasmid also implies being very careful to program it well so that the Cas9 enzyme does not cut in unwanted places. On the other hand, there is also a risk when generating the DNA sequence, which is why a lot of attention is needed to avoid generating a wrong sequence and damaging our genetic code.