Nice video thanks for the instructions :)

Are there no other safer alternatives to ethidium bromide?

Thanks for this informative demonstration 🤝

Nice video! I have a cuestion If I agarose gel 1%,TAE 1Xand small gel How many volts I will use to running the electrophoresis? How long (minutes) is necesary to running the electrophoresis? * I have extracted DNA of 500-700 pb

Nice video! I have a cuestion If I agarose gel 1%,TAE 1Xand small gel How many volts I will use to running the electrophoresis? How long (minutes) I is necesary to running the electrophoresis? * I have extracted DNA of 500-700 pb

Great presentation.

Do you have the reference of the ideal room?

Wow. Nice info

Thank you

Thank you for the video

Great lecture!

5:37 Don't forget to leave you hair uncovered, to get some of your technician's hair samples in the tubes for better buffering results and to confuse the hell of the Doctor when results shows that child's mother is not his mother but the mother of the technician!!!

This is an excellent video. Clear concise explanations. Should be mandatory watching.

Nice to see the training I attended being transformed into an online course. Kudos team AMR.

Excellent presentation

Dr. Paabo’s research is outstanding and the quality of his science is superb. However he is difficult to understand. Subtitles would be helpful - if they can be added without obscuring the slides. The last section of this lecture is particularly interesting, with regard to sequencing DNA to find what distinguishes humans from older hominids, genetically. It would also be interesting to sequence recent human DNA in the same manner, screening for differences over the last 5,000 years. While human morphology has changed very little, it is likely that subtle changes in biochemistry have occurred - and may still be occurring in contemporary humans, particularly in the biochemistry and structure of the brain. Although not discussed in this video, it is useful to remember that Neanderthals are not homogenous. They too changed over time, from very early Neanderthals that were genetically similar to very early homo sapiens to the very late Neanderthals in Europe, who were, by then, so different genetically that interbreeding with humans produced sterile male offspring - much as we find when the horse (64 chromosomes) and donkey (62 chromosomes) are bred to produce a sterile offspring (hinnies and mules). Horses and donkeys are classified as separate species in the same genus, Equus based largely on morphology. (Hinnies and mules cannot breed and are considered hybrids, not a species). But in classifying hominids, we must consider more than structural similarities and include intellectual evolution. It is the intellect that distingusihes homo sapiens from Neanderthals and Denisovans. In fact, the intellectual differences between homo sapiens and earlier hominids is sufficiently great that an argument can be made that Neanderthals and Denisovans ought to be classified as late stage members of the genus Australopitchecus, or else given their own distinct genus. Classifying hominids on the basis of morphology and structure alone is misleading; the distinguishing difference is intellectual. Taxonomic classification of hominids suffers from erratic development over the past 100 years as fossils were found, here and there, from widely different periods of time. This patch work approach to classification has led to some unfortunately named specimens. If the hominid fossil and genetic record we have today were viewed objectively, ab initio, it seems likely that homo sapiens and Neanderthals would not be classified in the same genus.

Great talk from prof tim

Thanks

I could be very wrong, but for a 50 microliter mix of 7 reactions you should have 350 microliters, not 340 microliters. Water should be added until 343 microliters, not 333 microliters.

Great talk!

Thanks good stuff

Thank you for making this lecture available. Have added to the "reading list" of a course introducing Data Science to Bioinformatics Degree Apprentices. John Snow's cholera map is used in the first lecture and the keynote shows how epidemiology is crucial to fitting cholera today.

First one to see this 😃😃.. Hope to join this team one day ✌🏼

Thank you, Yaniv Erlich for your informative lecture on privacy.

Amazing lecture! Thank you so much for sharing it with us

Stunning lecture filled with brilliant insights.

just excellent

Great lecture. Svante is so iconoclastic.

Very important... Thanks

Great presentation

Wow nice video. Thanks for sharing the video xitij instrument is the best and leading manufactures,suppliers in pune,Maharashtra and india. And they provide many choices of the best quality Horizontal immersed Gel Electrophoresis Unit .so call us 9422311257 Horizontal immersed Gel Electrophoresis Unit xitij.co.in/product/Horizontal-immersed-Gel-Electrophoresis-Unit

This is incredibly interesting!

Great, Please add more advance course for bacterial genome using bioinformatics analysis

The video is so helpful, thank you

Hi! I just want to ask, can I use your video in the project that I am making? Thanks!

good

Great in-depth explanation!

Thnks

buen vídeo saludos

nice job!!!!!

this video is so helpful thank you

thanks

Thanks

Nice presentation! Thanks

Video on Calculations that go into assembling such PCR reaction kzbin.info/www/bejne/nX_Vf5mgfbRnmaM