@IQ20000Berta for specificity, its like the more parts you have the more sure you can be that it has to be the exact sequence, not just one resembling it. For eg. the more teeth you have in a key, makes its more specific to one particular lock.
@VeritYandMusiC the cuts are quite precise, endonucleases work almost exactly like restriction enzymes used to cut DNA at specic spots (for e.g.as used in praternity tests). The only trouble they have is how to get the proteins to remain attached to specific DNA sites. other than that the cuts itself are precise
@IQ20000Berta I do not entirely understand what you mean by structure, but I don't thnink there is a special reason. After all it should be an illustrative video.
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@IQ20000Berta for specificity, its like the more parts you have the more sure you can be that it has to be the exact sequence, not just one resembling it. For eg. the more teeth you have in a key, makes its more specific to one particular lock.
ayounb 2 weeks ago
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ayounb 2 weeks ago
Are the two parts that cut each strand connected or are they separate? How precise is the cut? Can it be engineerd to cut only in one place?
VeritYandMusiC 2 weeks ago in playlist Method of the Year
@VeritYandMusiC the cuts are quite precise, endonucleases work almost exactly like restriction enzymes used to cut DNA at specic spots (for e.g.as used in praternity tests). The only trouble they have is how to get the proteins to remain attached to specific DNA sites. other than that the cuts itself are precise
ayounb 2 weeks ago
@ayounb thanks for the answer.
VeritYandMusiC 2 weeks ago
i think he means sequence
javitothescientist 4 weeks ago
@IQ20000Berta I do not entirely understand what you mean by structure, but I don't thnink there is a special reason. After all it should be an illustrative video.
miphsch 1 month ago