Forensic DNA Profiling, Part I

[@DNALearningCenter]

Check out other DNALC videos and animations: dnalc.cshl.edu/resources/animations/ Visit us in Cold Spring Harbor, Brooklyn, or Sleepy Hollow! 🧬Field trips dnalc.cshl.edu/programs/fieldtrips/index.html 🧬 Summer camps (virtual also available!) summercamps.dnalc.org

[@robinburk166]

It's amazing how you seem to have a script inside your head and remember every word of it. Very well done, I'm a bit jealous of your teaching skills 👌

[@priyadarshini5477]

very good effort to explain VNTR and its role. we need many more videos of DNA fingerprinting

[@masnitamasri]

Tqvm, i've been looking 4 this kind of explanation for quite some time. Your explanation is technically very detail. Lov it. 👍👍👍♥️🤩🤩🤩

[@AbdulBari-HTVdrive]

Excellent presentation that help me a lot in preparing my exam .Thank you for such an informative video

[@patipami78]

This video was very helpful. Thanks

[@Susan-j8v]

Just found your video very interesting i have aways been interested in foresic profileing

[@priyadarshini5477]

excellent job

[@VinodSingh-ol2jh]

Awesome sir

[@ashamerine6958]

At 14.03, its possible to get unique repeats for a loci, so its not necessary that STR profile of an individual should be an 100% matched to parents?

[@shriyamehta617]

Have you use any restriction enzymes here? Or just DNAses to fragment DNA?

[@rubyvanveen3002]

No, for a pcr you don't use restriction enzymes

[@robinburk166]

The DNAses are actually kept INactive due to the removal of the calcium and magnesium ions. It is plain genomic DNA, of which a part, defined by the primers, will be heavily amplified in the pcr reaction.

[@Nathelie]

You talk too fast)