Customer Reviews

Bioinformatics for Dummies

5 star:		(13)
4 star:		(4)
3 star:		(2)
2 star:		(0)
1 star:		(0)

 

 

I have used databases before (mostly NCBI, TIGR and SWISS PROT) and yet, this book (presumably for dummies) has shown me so much more(which say a lot about me)! It is accurate and gives good step by step guide to how to perform many tasks - from how to find a gene to using the analysis tools and to exploring some of the newer features of these databases - and the areas like you have never looked into before.
It is a well-researched book and the authors are clearly knowledgeable in this area.

Even though I have been for a 4-day bioinformatics course (6 months ago), which I thought was pretty good, this book still had so much to offer. Using this book, I was easily able to substitute the proteins of my interest into their examples and generated meaningful hits.

The book also covers deeper and more advanced features of BLAST, discusses sequence alignments using several types of algorithm and even has a section on 3D structures. Towards the end of book - it features a section on working with mRNA and building phylogenetics trees - which again are excellent resources for teachers involved in teaching beginners molecular biology.

I am a teacher teaching at a Pre-unversity level. The way the book is structured also lends its material to be modified into lesson materials for training students.

It is really a great book! Worth every dollar I spent on it!

"Bioinformatics for Dummies" is an excellent resource. It is clear, easy to read, well organized and illustrated. I was particularly pleased by the colloquial tone of the writing: in addition to being informative, it was fun to read!

As a scientist who spends at least half of my time BLASTing, I also read it for accuracy and found it to almost error-free (any errors were in the figures). Additionally, most of the web pages were up-to-date, although as time passes the links will decay and web pages will change their look. In addition, the book contained enough in-depth content to teach me several new tricks of the trade.

Further, I believe the book had sufficient background material to educate the novice. To test this, I gave the manual to a material science chemist and he was able to understand the material, at least until he decided it was more than he wanted to know and quit reading.

This is a useful text for those who want to know more than an operational definition of bioinformatics and a must for the library of all bioinformatics users.

I hold a masters degree in computer sciences (so in fact I am a biology dummy), but always had a strong interest for sciences. So I want to delve deeply into this fascinating area, but first wanted to read a book to quickly introduce me the basic concepts. With this background, I must say the book is a little bit disappointing. You can clearly see that this book is written with the biologist in mind, definitely not the computer scientist.
The biological concepts are not explained very well for a biology dummy, let me explain you why :
1. Some basic biological concepts are not explained. I wanted to have some more explanation on the basic concepts of how molecular and cell biology works. A lot of times, the autors tell you how to use some tool, but is not always clearly explained to me why, for what purpose they use the tool. For instance they explain how to find a list of related protein sequences, but for me it is not clear why biologists need to have such a list. And this is only one example, I could give much more simular examples...
2. Remember guys, I am a dummy, so please explain me the difference between a gene and a genome before using these terms. And also, I heard about chromosomes, but why do you not explain what is it exactly ?. Also, there are a lot of explanations on how to work with RNA, but please explain me more about the functional difference between RNA and DNA.
3. The explanations on how to use serveral internet tools are too wordy, they spent several pages explaining things that are so intuitively clear like "click this or that button", "use menu file, edit, copy to past your stuff to the computer clipboard"....
4. A lot of complex terms are or not explained the first time they use it ("phylogenic"). Sometimes these terms are explained further in the book, but from a didactical standpoint, you should at least give an informal definition when you first use some concepts...

Conclusion: I currently read the first hundred pages of the book and maybe I will change this review later on. But I can already tell : the first chapters might be well suited for a computer dummy, but definitely not for a biology dummy. However with some help of the internet(for instance there is an excellent explanation on how cells work at the howstuffworks website http://science.howstuffworks.com/cell.htm), I will continue to read the book further. Maybe after that I will need to change my preview...

The tile might be misleading.
-First : the word "for dummies" is misleading, as already explained in a previous review. The expected level of biology knowledge is not advanced, but definitely not at dummy level.
-Second : the word bioinformatics might also be misleading. Especially for more computer educated people, the word bioinformatics is about algorithms applied to solve biological problems. This book however is not about algorithms, it is just about which tools exists and how to use them. You can find the same information for free on the internet at the particular tools websites.
It is like publishing a book with title "Car mechanics" en in the book explaining how to drive a car, instead of how the engine works.

I am a couple years into a PhD in bioinformatics, but this is the book I started with. I knew some biology and some computer science, but I still found a lot of the databases, etc. confusing and the field has a decided lack of simplified documentation (though it is getting better).

Of course, bioinformatics is a pretty broad topic and no book could possibly cover everything.

If you do not know any biology at all you probably should also get a basic text on genetics/molecular biology (or read thema at the NCBI web site books section for free). You don't need anything in depth to read the dummies book, just at the level of an introductory biology book. Hint: DNA to RNA, RNA to Protein. And you want to know why proteins are similar because proteins with similar amino acid sequences often have similar chemical properties and therefore similar functions, so if you know what one protein does you can guess what a protein like it probably does.
:-)

And despite the name of the book the authors are REAL bioinformaticists (T-Coffee rocks!)

This book kind of blew me away. Bioinformatics is such a big word.

Then in the second chapter they tell you 'How Most People Use Bioinformatics.' And all of a sudden they have you on line to the National Library of Medicine at the National Institute of Health. They have you looking at protein sequences, and you even understand what they are saying.

This is a 'For Dummies' book. It is written in their traditional style, assuming that you know very little -- well to be sure they say they are making the assumption that 'You likely have a background in molecular biology. If you don't - or if you need to brush up on your molecular biology - Chapter 1 gives you a brief overview of the basics.'

I found that the first few chapters went down pretty easily. By part IV it had gone further than I wanted to go, and I quit reading.

BUT if I were going to be taking a course in bioinformatics, or even thinking about taking such a course, or just looking at a degree in biology, I'd spend a week or two getting around this book. It's written a hell of a lot better than any text you're likely to get assigned, and at its price it's quite a deal.

This is an excellent introduction to Bioinformatics. It does assume some very basic knowledge of biology- perhaps a couple of paragraphs could help the total newbies.

Have you noticed that reviews of bioinformatics books tend to follow certain patterns? The Computer Scientists and mathematicians complain that there is not enough detail about the algorithms, the biologists complain that they could not get through the math, and everyone complains that there is not enough detail about their favorite programs! Let us face the fact that this is a very broad field, and most people that want to learn about it will never design algorithms.

In spite of the title (I don't know many dummies interested in multiple sequence alignments) this reference is written by experts in the field of bioinformatics and is very accessable for the beginner. I purchased this book as a beginning graduate student so that I could learn which programs to use to compare amino acid and nucleic acid sequences as well as prepare them for publication and this book was perfect for this end. This text doesn't delve into the algorithms or much theory (which is learned through practice and other sources), nevertheless, I recommend this for the researcher for a crash course or quick reference. This book really helped me get my feet wet in this area (and recently publish a nice alignment) and will certainly reduce my workload next semester for my bioinformatics course!

Many people are derisive about the "for Dummies" series, believing them to be too simplistic and sometimes even an insult to their intelligence. That can hardly apply to this book, as there is nothing "dummy" about it. You need a significant background in biology and chemistry in order to understand most of it. You need to understand the amino acid structure of proteins, the structure of DNA and many fundamental principles of data analysis. Some knowledge of the structure and operations of databases is also needed. The authors include a large number of web sites containing additional information and that can run analyses.
The coverage is so thorough and detailed that this is the only "for dummies" book that I have seen that could honestly be recommended as a college text. And not just at the freshman level either.

I got this book a week ago because one of my profs offered to buy it for a volunteer who was willing to check it out and then make a recommendation on it to the rest of the class. I'm glad I volunteered, and I'm encouraging my classmates to get their hands on a copy. This book wasn't boring. It was completely hands on, and it addressed the topic from the perspective of a biologist, not a technophile-- which was exactly what I needed. It helped me reconcile my love for pure science with my increasing anxiety about needing to be so darn computer proficient to have any kind of job I can apply my degree to these days. I'm glad I got a hold of it early in the semester. I think it's going to really impact my grade in the class-- Oh, and my understanding of bioinformatics!