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Why is NANO2Red so much better than other nanosensors at detecting antigens?

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Your presentation did a great job highlighting the real world applications of your topic! What do you think is the most feasible way to produce nanosensors? (top-down, bottom-up, a combination of the two, etc.)

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Great job, I really liked how well you explained the real world applications of this technology. Do you think they will ever become super widely available and used, and if so how soon?

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You mentioned that the hope is that nanosensors will help fight diseases in the future rather than just recognize them. Do you think this is a realistic hope? Does the evidence point this to this someday happening?

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Are there any studies or theories about the long term effects of nanosensors?

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What do you think the future of nanosensors is?

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I thought you were a very confident speaker and that you had a strong grasp on the material!

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How viable is it to be using Nanosensors in the near future?

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How recent is this innovation and when would the long-term effects begin to be clear?

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If advancements are made to lower the toxicity, do you think they will be used more? How would that effect the research too?

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Do you think that nanosensors should be used widely or just for specific cases? If so, what cases?

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What machinery do you need to make these nano sensors

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How far into testing are researchers right now? Have they been used in humans yet?

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Are nanosensors removable? If not, could they be made removable in the future?

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Do you think there will be a day when it is more common for a person to have a nano sensor in them than not, due to the wide variety of things which they can detect?

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This was a clear presentation that was enjoyable to learn about!

Are there examples of nanosensors that have already detected/attacked cancers?

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I love anatomy and I think it's fantastic that nanosensors have the possibility to detect early onset cancer. Do you think scientists will be ready to implement nanosensors more wide scale within the decade.

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Do you think nanosensors are something that will be used widely in the future?

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If nanosensors were put into the body to monitor a short-term issue, could they be removed or would the sensors have to stay there forever? Could the senors be adapted to work on multiple things while still in the body?