This was incredibly helpful. To see this animation done with DNA looking structures, as oppose to just lines, made a world of difference. Thank you millions :D
I don't care about the voice. At least I can understand the words he speaks, unlike many other big-time science video producers. And the visuals were so helpful.
Valuable animation, but could use some more explanation, such as: 1) under what conditions is the homologous dsDNA conveniently located nearby, and how is the physical coordination/matching of regions initiated; 2) other references (wikipedia) mention two different paths to resolving the bubble, one involving cross-over, the other not -- is this true, or is this video more accurate information showing only the non-crossover way; 3) how does the bubble know when it has synthesized enough new DNA on the invading strand to match the other hanging end of the broken DNA? Why is the description of the video seemingly wrong ("Published on Aug 12, 2014 In this animation, we explore how a transposon moves as a consequence of DNA cut-and-paste transposition. ")?
I don't understand how the C region is entirely newly synthesized DNA. I thought the endonucleases only removed one strand of DNA from the site of damage. At 0:36, I still see a single strand of C. How is that removed later on?
This boy seriously needs to learn how to use his voice effectively when presenting something to people. I can’t focus at all because his voice is like a noise. He’s gotta speak clearly
am i color blind or the "pink" strand is actually purple hahaha men! just kidding :P very useful video narrated by the a guy who is extremely dehydrated yet congested and should narrate the villain in a movie or something!!
