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Unlocking the Hidden History of DNA

A master storyteller uncovers the epic history revealed in our genes in this course on what DNA tells us about our past, present, and future.
Unlocking the Hidden History of DNA is rated 4.8 out of 5 by 59.
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Rated 5 out of 5 by from New information so this is a needed update! I love Sam Kean as an author of science subjects so bought this for one set of grands and the other accesses on the Digital Library. A must for any grade levels education and I am enjoying it, too.
Date published: 2022-04-17
Rated 4 out of 5 by from Much information in story form. I know have a better understanding of chromosomes, genes and DNA.
Date published: 2022-03-18
Rated 5 out of 5 by from Another superb presenter First became aware of Sam Kean's science writing talents when I purchased a copy of of his excellent book "the Disappearing Spoon" about the Periodic Table a few years ago. His treatment of the "History of DNA" is equally as brilliant! Very erudite and comprehensive outline made very enjoyable by his entertaining and, at times, amusing detail relating to personalities and intrigue in scientific situations. One of my favourite possessions is the Great Courses DVD set 'Biochemistry and Molecular Biology" brilliantly presented by Professor Ahern (Oregon State University). Sam Kean's contribution complements and enhances the content of this course excellently. I am constantly amazed at the quality of the Great Courses' science presenters. Professor Joshua Winn (Princeton University ) and Associate Professor Emily Levesque (University of Washington) to mention just another two of the most inspiring educators, from which I have had the privilege to learn. In our present world with so much rubbish on social media, your company is to be congratulated on its integrity in trying to provide the best in learning and education. Sam Kean's illustrious CV stands on its own, but I am glad he was able to add to it by delivering visually such an impressive course.
Date published: 2022-01-06
Rated 5 out of 5 by from Totally absorbing Firstly, I must congratulate TTC on eventually reverting to multiple holders for the DVDs. So much easier ! Especially if one wants to review individual lectures, as I often do. SK’s presentations are brilliant. Lectures 2 and 3 on the search for the structure of DNA are worthy of an adventure novel. I was already aware of some of the problems between Watson/Crick and Franklin, but the extra detail and personalities that SK weaves into the tale makes for compelling viewing. Other ‘thriller’ tales are given in Lectures 5 and 11. Although a short Course, I think that the vibrancy of the stories and SK’s presentation style, make this one of TTC’s best offerings date. I am tempted to search out some of SK’s written works., as he seems to be able to make history and science come alive (much as Simon Winchester does in his books).
Date published: 2022-01-04
Rated 4 out of 5 by from Good basic intro Not too technical but the guidebook could really use a glossary
Date published: 2021-12-16
Rated 5 out of 5 by from What an excellent presenter Sam Kean's "smarts" show up in HOW he presents this deep material that requires mental processing time (at least for me; I am not nearly as brilliant as these biochemists, but dang it, I try by listening and thinking!). Fantastic information presented clearly and concisely and yes, I learned plenty of things I had never heard of.
Date published: 2021-10-11
Rated 3 out of 5 by from Intro to a difficult subject Some subjects might best be covered in a book rather than a video; at least for me. Still I learned some things and that is a plus.
Date published: 2021-10-08
Rated 4 out of 5 by from A good overview generally. I was hoping for more in depth coverage of the bio-chemistry.
Date published: 2021-09-22
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Overview

Assuming the viewer has no background in science, these 12 half-hour lectures cover the fundamental properties of DNA, the techniques that have unraveled its mysteries, the exciting revelations that have come to light, and the stories of the all-too-human scientists involved. Witty and informative, the lectures are delivered by science writer and podcaster Sam Kean, author of the bestseller The Violinist's Thumb.

About

Sam Kean

I take you on an extraordinary journey into the hidden building blocks of life, the very essence of what we are.

Sam Kean is the New York Times best-selling author of The Bastard Brigade: The True Story of the Renegade Scientists and Spies Who Sabotaged the Nazi Atomic Bomb; Caesar’s Last Breath: Decoding the Secrets of the Air around Us; The Disappearing Spoon: And Other True Tales of Madness, Love, and the History of the World from the Periodic Table of the Elements; The Tale of the Dueling Neurosurgeons: The History of the Human Brain as Revealed by True Stories of Trauma, Madness, and Recovery; and The Violinist’s Thumb: And Other Lost Tales of Love, War, and Genius, as Written by Our Genetic Code.

 

The Bastard Brigade was on NPR Science Friday’s list of Best Science Books of 2019, while Caesar’s Last Breath was The Guardian’s science book of the year in 2017 and a runner-up for the 2018 Best Book Award from the National Academies of Sciences, Engineering, and Medicine. In addition, The Disappearing Spoon was short-listed for the Royal Society Winton Prize for Science Books in 2011, and The Violinist’s Thumb and The Tale of the Dueling Neurosurgeons were nominated for the PEN/E. O. Wilson Literary Science Writing Award in 2013 and 2015, respectively, as well as the AAAS/Subaru SB&F Prize for Excellence in Science Books.

 

Mr. Kean edited the 2018 edition of The Best American Science and Nature Writing, and his work has appeared in The New Yorker, The Atlantic, The New York Times Magazine, Psychology Today, and Slate, among other publications. He also has been featured on such programs as NPR’s Radiolab, All Things Considered, and Fresh Air.

 

Mr. Kean’s books have been translated into 24 languages around the world, and he hosts a podcast called Disappearing Spoon. He received BA degrees with honors in Physics and English Literature from the University of Minnesota Twin Cities as well as a master’s degree in Library Science from the Catholic University of America in Washington DC.

By This Expert

Unlocking the Hidden History of DNA
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Unlocking the Hidden History of DNA

Trailer

Genes versus DNA

01: Genes versus DNA

Your investigation begins with the independent discoveries of genes and of DNA in the mid-1800s—which were not understood to be related for almost a century! Gregor Mendel, an Austrian monk, used pea plants to discover what discrete units of inheritance are, later called genes. Meanwhile, biochemist Friedrich Miescher extracted a sticky substance from the nuclei of cells later called DNA. Follow both trails into the 20th century, as chromosomes are discovered and the realization finally begins to dawn that genes and DNA may be related.

33 min
The Quest for DNA’s Structure

02: The Quest for DNA’s Structure

Join the quest to understand the molecular biology of the gene with the famous blender experiment, which showed that DNA, not proteins, transmit genetic information. Then look at five scientists who competed to solve the mystery of DNA’s structure, including Rosalind Franklin and a team of rookie investigators who stumbled embarrassingly in their first attempt: American James Watson and Englishman Francis Crick.

30 min
The Double Helix Revealed

03: The Double Helix Revealed

Enter the home stretch in the race to find the structure of DNA. With eminent chemist Linus Pauling leading the pack, longshots James Watson and Francis Crick got a key clue from rival investigator Rosalind Franklin—without her knowledge. Meanwhile, Cold War politics delayed Pauling. Analyze the reasoning that led Watson and Crick to their 1953 breakthrough, and consider why Franklin didn’t beat them to it.

31 min
From Genetic Codes to DNA Fingerprints

04: From Genetic Codes to DNA Fingerprints

Because DNA is only a blueprint, the discovery of its double helix structure was just the beginning. Trace the next big step: understanding how DNA synthesizes proteins through the intermediary of RNA. Here again, a dark horse researcher—Marshall Nirenberg—made the crucial breakthrough. Then see how DNA fingerprinting became possible in the 1980s, and study how two baffling crimes were solved using this technique.

33 min
The War over the Human Genome

05: The War over the Human Genome

Cover the “Manhattan Project” of DNA: the Human Genome Project to sequence all three billion base pairs of human genetic material. Two separate teams, led by Francis Collins and Craig Venter, competed bitterly to reach this costly goal, which required new technologies and controversial methods. Examine the politics and unexpected legacy of this effort, which was declared complete in 2003.

30 min
How DNA Controls Itself and Shapes Our Culture

06: How DNA Controls Itself and Shapes Our Culture

The decoding of the human genome paved the way for Project ENCODE, designed to identify functional elements in the genome. Focus on examples that are central to human culture, such as language. Probe the foxp2 gene that appears to play a role in speech, together with other genes. Consider the role of mutations and nature's gene splicing in boosting our brain and cognitive abilities.

33 min
Microbes Manipulate Us, Viruses Are Us

07: Microbes Manipulate Us, Viruses Are Us

Investigate the curious career of microbes in our bodies—not just the ones that make us sick, but more crucially, those that get incorporated into our DNA, driving evolution in unpredictable ways. For instance, the placenta that makes most mammals distinct from egg-laying animals appears to be an adaptation derived from an invasive virus. Learn why 8% of our genome is viral in origin.

33 min
How Epigenetics Turns Genes On and Off

08: How Epigenetics Turns Genes On and Off

Every cell in the human body has essentially the same DNA, yet cells behave very differently, partly due to epigenetics. In epigenetics, the DNA genetic sequence remains constant, but the activity of that sequence changes as genes get switched on and off. More surprising, epigenetics also explains how the inheritance of traits can be influenced by environmental factors, such as health issues in the children and grandchildren of famine survivors.

33 min
Apes, Humans, and Neanderthals

09: Apes, Humans, and Neanderthals

In the wake of the Human Genome Project, scientists were able to chart our shared heritage with a multitude of species. Most startling was evidence of breeding between modern humans and Neanderthals in the deep past, with a small percentage of Neanderthal DNA present in major human populations today. Peer into the human genome to read these and other clues about our multifaceted history.

32 min
How DNA Reveals History

10: How DNA Reveals History

DNA has solved age-old mysteries about prehistory: Where did humans originate? When did we first start wearing clothes? How did the agricultural revolution spread? Also delve into historical questions that DNA has answered, involving figures such as King Tut, Genghis Khan, Thomas Jefferson, and King Richard III. Consider Abraham Lincoln to ask where we draw the line in reading genetic secrets from the past.

32 min
CRISPR’s Rise, Promise, and Peril

11: CRISPR’s Rise, Promise, and Peril

Investigate the first precision technique for genetic engineering, CRISPR, heralded as holding the potential for science fiction-like manipulation of the human genome. Trace the history of CRISPR-based techniques from a coastal salt marsh, to the biochemistry lab at a yogurt plant, to top research universities, pharmaceutical firms, and the fight over patents. Consider the potential for abuse of this powerful tool.

32 min
How DNA Redefines Medicine and Our Future

12: How DNA Redefines Medicine and Our Future

Look at the genetic basis for certain diseases and how personalized genetic medicine might be customized to the hidden histories that each of us have written in our DNA. Discover what makes the challenges so daunting and focus in particular on the different mechanism behind different cancers, and how genetics helps us disentangle the differences. Ponder what new insights into the workings of DNA may be next.

30 min