You were probably taught genetics as a grid. Four boxes, a capital B and a lowercase b, brown eyes and blue, one afternoon in seventh grade, and then it stopped. That grid is Mendel. It is a real and useful half of the subject, and it is the half that describes what happens without ever telling you why it happens.
The other half is a molecule. It is the half that explains why the grid works at all, and almost nobody meets it before high school. This book is aimed squarely at the molecule.
Same series machinery as the rest: a scientist with powers, comic panels, one topic. What matters here is which topic, because this is the hardest one on the biology side of the set. Amber J Keyser is the author our store lists, and our store bands it at grades 4 to 8.
One thing worth saying before anything else. The description on this book's product page is the series boilerplate, the paragraph about riding a sound wave and shrinking to the size of an ant, and it does not mention genes even once. That is a publisher copy problem, not a book problem, and it means the product page cannot tell you what is in here. That is most of why this note exists.
The science it actually teaches
This is the reason it sits on our Stealth Science shelf, and it is also the book in this group I have the most to say against, so read both halves of what follows.
Start with what it is going after. A gene is not a bead on a string and it is not a trait. It is a stretch of a very long molecule, and the molecule carries information in the order of four repeating units, the way a sentence carries information in the order of its letters. That is the idea. Everything else in genetics is downstream of it.
From there, the content a book on this topic has to carry is roughly this. The molecule sits in the nucleus, which is where the cell book left your child standing. It is packed into chromosomes, which is why the same information can be folded into a space that small and still be copied without tangling. Every cell in a body carries the whole set, not a portion of it, so a skin cell and a liver cell hold identical instructions and differ only in which ones they are reading. And the instructions are instructions for building proteins, which is the step that turns a chemical fact into a living animal, because proteins are what actually do the work.
Now the part I would rather say plainly than sell around.
Genetics is easy to assert and hard to teach. A panel has room for a claim and no room for the working. A superhero can stand in front of a double helix and say the words this is a code that tells your cells what to build, and every one of those words is true, and a child can repeat the sentence back perfectly the next morning while being unable to do anything at all with it. A code for what? Read how? Turned into what, by what? Those questions are where genetics actually lives, and they take space that a short comic simply does not have.
So my honest read is this. Buy it as a vocabulary primer and a picture of the molecule, which is a real and valuable job that most nine year olds never get done for them. Do not buy it expecting your child to come out able to explain how a sequence becomes a protein, because there is no format in the world that gets that across in a handful of panels. The gap is not the author's fault. It is arithmetic.
That gap is also why the stop-and-talk section below is three times the length of the ones on our other notes. Somebody has to do the working, and for this book it is going to be you.
One last thing about where this sits on our shelf. We also carry Science Comics: Dogs: From Predator to Protector, which teaches genetics from the outside in: common ancestry, versions of a gene hiding for generations, breeders and weather doing the same arithmetic at different speeds. That is the family tree. This book is the molecule. They are the two ends of the same subject and neither one substitutes for the other, so if you already own the dog book, you are not buying a repeat.
The child it lands with
Twelve is the right age for this one and I would say that even though the band starts at fourth grade.
The child who will get the most out of it is the one who already knows the words DNA and gene from television and has never once been told what they mean, and who is old enough to be annoyed about that. Abstraction is the requirement here, not reading level. A fluent fourth grader can read every sentence in this book out loud and hold nothing, because nothing in it can be pointed at.
It also works for a fourteen year old heading into a first real biology course who needs the shape of the thing before the textbook starts naming parts. There is no shame in a teenager reading a comic to get oriented. That is what it is for.
One place to stop and talk
Stop wherever the book says some version of the sentence DNA is a code that tells the cell what to make. It will say it. Every book on this topic says it, because it is true.
Then do not turn the page. Ask what a code for something would have to look like, and where the something is.
Here is the working the panels will not have room for, in the order I would give it. The molecule is a long chain of four repeating units, and we label them with four letters. Reading happens three letters at a time. Each group of three names one amino acid. Amino acids get strung together in the exact order the letters called for, and the finished string folds up into a protein. Proteins are the machines. They build the pigment in an eye, they carry oxygen in blood, they cut food into pieces small enough to use. So when someone says there is a gene for eye color, what is actually there is a stretch of letters that spells out a protein, and that protein makes pigment, and the amount and kind of pigment is the color you see. That is the whole chain, and there is nothing mystical anywhere in it.
Then take one step back to the grid your child will meet later, because you can now explain it instead of drilling it. A gene comes in versions. Two versions differ by a few letters. A few different letters spell a slightly different protein, or a protein that does not fold properly and does not work at all. A recessive version is very often just a broken instruction, which is exactly why one working copy is usually enough and why the trait hides. Your child has now been handed the reason behind the grid before they ever meet the grid, which is the opposite of the order most of us got it in, and it is the better order.
If that took you twenty minutes at the kitchen table, the book did its job. It got you to the door. You walked your child through it.
What to know going in
Nothing in here is frightening, and the caution is real anyway.
The band is the first half of it, and the failure it hides is a specific one. This is not a book that is hard to read. It is a book that is hard to hold. A nine year old can decode every word on the page and come away with a set of nouns and no idea what any of them are attached to, and the child will conclude that they are bad at science when what actually happened is that they were handed an abstraction three or four years early. If you have a fourth grader, read it with them or wait. Waiting costs nothing here.
The second half is the subject matter. A book about genes will get into inherited traits, and books at this level usually go on to touch inherited disease and the fact that people now modify genes on purpose. I could not confirm from the outside how far this one goes. If your family wants to be in the room for a conversation about inherited illness or genetic engineering, read it first yourself. It is thirty minutes of your evening and it removes the guessing.
And the honest one. If you buy this hoping it will teach genetics so that you do not have to, it will not. It will teach the vocabulary and show your child the molecule. The explaining is still yours.
Where to get it
It is $8.99 at The Decoding Genes with Max Axiom, Super Scientist, the same price as every other paperback in this line, which is how people end up owning several of them off our Stealth Science shelf. Buy it third rather than second if you are working through the Max Axiom biology titles, after cells and after photosynthesis, so your child has had two concrete looks inside a cell before being asked to accept an invisible molecule. And buy it with a pen and a sheet of paper next to it, because this is the one where you will be doing some drawing of your own. The rest of the shelf is at Stealth Science.
If your child liked this one
Books we have written about that sit close to this one, by reading level and by subject.
Adventures in Sound: Physics You Can Hear at Home
Adventures in Sound with Max Axiom, Super Scientist by Emily Sohn
Grade 4 to 8
Investigating the Scientific Method: The Odd One Out
Investigating the Scientific Method with Max Axiom, Super Scientist by Donald B Lemke
Grade 4 to 8
Emi and the Rhino Scientist: How One Calf Happened
Emi and the Rhino Scientist by Mary Kay Carson
Grade 5 to 8
Browse every book we have written about by age, by kind of book and by subject: Find the right book for your child. Or see the whole Stealth Science shelf.
