"You know you're a nerd when you read books about genetics with a lot of enthusiasm in your free time." (Me)
"The only good thing about taking a sick day is that when you're too physically and mentally drained to do any real work so you get so bored that you finally read the book that you were meaning to read for weeks." (Me about reading this book for about 3-4 straight hours when I had a particularly bad cold)
Ahhh it's finally 2018! My New Year's Resolution for this blog is to read and review more nonfiction books! I kept a New Year's Resolution last year that I would post more but I ended up posting the same amount as the year before (4 posts in 2016 and 4 posts in 2017). I guess as the years go by I've had less and less time to read, but my reviews have gotten more in-depth and more time-consuming. Seriously, the Game of Thrones review took me a full 2 weeks to write (probably because the book was so long, but still...)
Also, if you don't know me in real life, I like biology. It's what I want to do. I read a lot about evolutionary biology, but I don't know if I want to study it for a living. This is the first time that I'm reading an organized book about it. Usually it's just articles online or through magazines and not even that often.
The cover (I feel like putting my own pictures of the covers of these books because I have them in my gallery, so now you get the slightly blurry picture I took in the Yale University book store):
Humans are complicated. They make everything complicated, so they have to be complicated themselves.
But, did you know that there were not one Homo sapiens, but several Homo species living around the same time in different parts of the world and that their interbreeding created the modern "races" that we know today? Or that "race" isn't even the best way to classify humans? The way Rutherford puts it: Two African people are most likely more genetically dissimilar than an African person and a European person.
He describes how generations of incest destroyed the Hapsburg family of Austria and contributed to the prominence of genetic deformities like the Hapsburg lip (it's basically an underbite to the extreme) in higher class/ruling families. Politically, it does make sense to wed in the family to keep the wealth all under one bloodline, but genetically, it's one of the dumbest things you can do, because you might get away with it in the first generation, but when the genes for genetic diseases are carried by both parents, their children are more likely to die young or suffer throughout their lives. Basically, genetic variation is good for a family.
I also love the story of a bar in Long Island (he just goes, when you're going to a science conference, all the real science happens at the bar after the talks are over) and how all of the scientists that Rutherford had spent his college years studying their work (I don't remember any names-- sorry!) basically put together a (kind of) drunken bet over how many genes there are in the human genome. This was around the time that the Human Genome Project was still going on, so there was no number yet. The bets ranged anywhere from 2,000 to more than 45,000. It turns out that the human genome only has 20,000 genes. It still sounds like a lot, but compared to an answer like 100,000, it's very little. The person who won guessed 25,000 and she didn't accept the prize money because she didn't want to believe that her "wrong" answer was "close enough".
My thoughts:
I loved this book. It's got a lot of good narrative and really establishes a casual tone that many nonfiction books don't have. I'm surprised, because given the detail of the information he gives sometimes, Rutherford keeps up the conversation tone (BTW: he says pretty explicitly that he claims no lineage to Ernest Rutherford, who was a physicist from New Zealand who discovered the proton). He's telling the story of the history of the field of genetics, and how it relates to works by Darwin and Mendel, and all the other "evolution" people, and he doesn't fail to make it remain a story. I think that's what made it so interesting. It felt like a one-way conversation, and I was ready to commit to learning what the book had to offer.
I personally liked the less academic feel that it had, which made reading it a lot easier, in comparison to a book like Sapiens by Harari, which tries to be informal, but keeps a good distance from the reader. In my opinion, A Brief History of Everyone Who Ever Lived would be an excellent book for a normal person to read and get a general understanding of how the field of genetics works and how it has changed, despite being a relatively new field.
I learned a lot about how DNA works, especially how mutations (mutations are really the root cause of every good and bad thing that has ever happened to humans in terms of their biology) work, and things like that that they barely glossed over in biology class. And now I'm going to share it so now we both have this tidbit of random knowledge about mutations.
Let's say that we have this piece of DNA that codes for a specific protein:
Basically, there are 3 major kinds of mutations: Addition, Deletion and Substitution
An "addition" mutation would look like this:
"The only good thing about taking a sick day is that when you're too physically and mentally drained to do any real work so you get so bored that you finally read the book that you were meaning to read for weeks." (Me about reading this book for about 3-4 straight hours when I had a particularly bad cold)
Ahhh it's finally 2018! My New Year's Resolution for this blog is to read and review more nonfiction books! I kept a New Year's Resolution last year that I would post more but I ended up posting the same amount as the year before (4 posts in 2016 and 4 posts in 2017). I guess as the years go by I've had less and less time to read, but my reviews have gotten more in-depth and more time-consuming. Seriously, the Game of Thrones review took me a full 2 weeks to write (probably because the book was so long, but still...)
The main reason I'm trying to read more nonfiction books this year is because (I realized that I've only ever reviewed one nonfiction book and that was 3 years ago) I recently went to a college tour at Yale and found myself looking at the books in the bookstore. I found at least ten that I want to get and would've honestly bought them all if books weren't so expensive... So I settled for writing down the titles and looking for them later. I'm excited because a lot of them are about random topics that I'm interested in. There's one about global warming, two about Roman history (apparently I'm really interested in Rome), one about the applications of VR, pathology, human behavior, basically everything.
Also, if you don't know me in real life, I like biology. It's what I want to do. I read a lot about evolutionary biology, but I don't know if I want to study it for a living. This is the first time that I'm reading an organized book about it. Usually it's just articles online or through magazines and not even that often.
The cover (I feel like putting my own pictures of the covers of these books because I have them in my gallery, so now you get the slightly blurry picture I took in the Yale University book store):
Humans are complicated. They make everything complicated, so they have to be complicated themselves.
But, did you know that there were not one Homo sapiens, but several Homo species living around the same time in different parts of the world and that their interbreeding created the modern "races" that we know today? Or that "race" isn't even the best way to classify humans? The way Rutherford puts it: Two African people are most likely more genetically dissimilar than an African person and a European person.
He describes how generations of incest destroyed the Hapsburg family of Austria and contributed to the prominence of genetic deformities like the Hapsburg lip (it's basically an underbite to the extreme) in higher class/ruling families. Politically, it does make sense to wed in the family to keep the wealth all under one bloodline, but genetically, it's one of the dumbest things you can do, because you might get away with it in the first generation, but when the genes for genetic diseases are carried by both parents, their children are more likely to die young or suffer throughout their lives. Basically, genetic variation is good for a family.
I also love the story of a bar in Long Island (he just goes, when you're going to a science conference, all the real science happens at the bar after the talks are over) and how all of the scientists that Rutherford had spent his college years studying their work (I don't remember any names-- sorry!) basically put together a (kind of) drunken bet over how many genes there are in the human genome. This was around the time that the Human Genome Project was still going on, so there was no number yet. The bets ranged anywhere from 2,000 to more than 45,000. It turns out that the human genome only has 20,000 genes. It still sounds like a lot, but compared to an answer like 100,000, it's very little. The person who won guessed 25,000 and she didn't accept the prize money because she didn't want to believe that her "wrong" answer was "close enough".
My thoughts:
I loved this book. It's got a lot of good narrative and really establishes a casual tone that many nonfiction books don't have. I'm surprised, because given the detail of the information he gives sometimes, Rutherford keeps up the conversation tone (BTW: he says pretty explicitly that he claims no lineage to Ernest Rutherford, who was a physicist from New Zealand who discovered the proton). He's telling the story of the history of the field of genetics, and how it relates to works by Darwin and Mendel, and all the other "evolution" people, and he doesn't fail to make it remain a story. I think that's what made it so interesting. It felt like a one-way conversation, and I was ready to commit to learning what the book had to offer.
I personally liked the less academic feel that it had, which made reading it a lot easier, in comparison to a book like Sapiens by Harari, which tries to be informal, but keeps a good distance from the reader. In my opinion, A Brief History of Everyone Who Ever Lived would be an excellent book for a normal person to read and get a general understanding of how the field of genetics works and how it has changed, despite being a relatively new field.
I learned a lot about how DNA works, especially how mutations (mutations are really the root cause of every good and bad thing that has ever happened to humans in terms of their biology) work, and things like that that they barely glossed over in biology class. And now I'm going to share it so now we both have this tidbit of random knowledge about mutations.
Let's say that we have this piece of DNA that codes for a specific protein:
AUGAUUCGACGUACGAUCGA
Basically, there are 3 major kinds of mutations: Addition, Deletion and Substitution
An "addition" mutation would look like this:
AUGAUUCGACGUACGAUCGAAUC
Obviously, the bold part is the part that got added. Now the DNA codes for a slightly different protein (that's probably an amino acid longer) and that protein will fold differently than the originally protein.
A "deletion" mutation would look like this:
AUGAUUCGACGUACGAUGA
Now the DNA is one amino acid shorter and codes for a slightly different protein which will fold differently from the original protein and do something different.
A "substitution" mutation would look like this:
AUGAUUCGACGU(GAU)ACGAUCGA
Instead of the CGU amino acid, the GAU amino acid will cause the protein to fold slightly differently and do something other than what it would normally do.
Also, there's the case of introns. They're sequences in the middle of DNA or RNA molecules that do not code for a specific protein and just interrupt the sequence of the gene. (EXONS are the sequences of DNA that are actually used in coding for a protein, which I'm going to use bold letters to represent in the example)
Let's say that we converted nucleotides (the things that build up the ladders of DNA) to actual letters so we had a sentence that represents a whole gene:
The quick brown fox jumped over the lazy dog.
That's the gene without the introns. The introns would make it look like this:
ADHFDIAGJDAGJAHgThDAUFOADGHFAGKJejhdjkfhadgjijgagdAGJDOAOSD quicDHAFIAHGIDHAGADGNADAadkfjlajkAGHOAGHFHGfjioa brDNODAJGJRWAGANOFSHJHROAJGfdmkafowFHGIIAGKSDGJNfhiasdfnjasfADFHIAFHn DHAIGHDOAGAhgahofdjasfhahofoFHDIAGHdkahgxFDKJG jumpFDOGHFOAHFADFDAFJfhidoagiofaeHFdogdoiajd oFHdajoghaokgjofbgdajfhdGHdkaogver tHFojdajfodnajgbdagDFHAiffheDHFiagdijadoa lakdfaDNAKGhdkaghoagjzjdgiahgiaohgogdsy doHFiadfhafafhdighg.DHioghdojiadjfdjxmfpidmgpagnior
To my knowledge, the purpose of introns is still unknown. Rutherford says over and over that he understands that the field of genetics is a weird thing and you might as well get used to it because it's what makes us the way we are.
((I'm finally finished with my second review of 2018! I have plenty more books to review as I'm probably going to need something or other to distract me from all the random stress that comes with being in school.. But don't worry! The summer is nearly here even though there's still so much snow on the ground!! Happy Reading!!!!))