CELL AND MOLECULAR BIOLOGY BOOK

adminComment(0)
    Contents:

This book covers the basics of cell and molecular biology and would be useful in an introductory class ( level). I expected more molecular techniques. In book: Biotechnology: Progress and Prospects, Chapter: Cell and Molecular Biology, Publisher: Studium Press, LLC, Texas, USA, Editors. Molecular Biology of the Cell is a cellular and molecular biology textbook published by Garland Science and currently authored by Bruce Alberts, Alexander D.


Cell And Molecular Biology Book

Author:KIANA MARTINOV
Language:English, Japanese, German
Country:India
Genre:Children & Youth
Pages:341
Published (Last):06.11.2015
ISBN:720-5-17124-881-6
ePub File Size:20.35 MB
PDF File Size:16.32 MB
Distribution:Free* [*Registration needed]
Downloads:26249
Uploaded by: SHERRIE

download Cell and Molecular Biology on nvilnephtalyca.gq ✓ FREE SHIPPING on qualified orders. stock - order soon. Ships from and sold by Academic Book Solutions. For nearly a quarter century Molecular Biology of the Cell has been the leading cell biology textbook. This tradition continues with the new Fifth Edition, which. Online shopping for Cell Biology from a great selection at Books Store. Cell and Molecular Biology, Binder Ready Version: Concepts and Experiments.

This is quite helpful in being able to present or assign certain sections and still having them retain all the logical connections you would want them to without having to read the textbook in its entirety.

While chapter 14, membrane function, may be a bit ambitious in the amount of material it covers and could be broken down into several topics, it does form a cohesive unit of knowledge on the fundamental biological processes that a membrane performs. The textbooks chapters are organized in a very logical fashion, each one building on the other to more and more complicated concepts. There is a clear introduction to the text, though as with many science textbooks, there is no ending or wrap up.

There is just an end to content. Internally, each chapter has a clear introduction and outline to major topics and sub-topics that are being addressed. It is easy to find information when searching for it. I had no problems reading, navigating, opening, or in any other way interfering with my ability to read and interact with the textbook. At worst, they are simple technical errors that do not obstruct the meaning or clarity of the information.

There is no cultural relevance in the sense this phrase is generally used. The text is not culturally insensitive or offensive in any way. Any examples that are made have no relation to cultural background as they are explanations of natural phenomenon independent of whether humans are here or not. That said, science is culturally relevant to everyone and the more science people do and are aware of — the better. This book does an excellent job of trying to bring science to people and engage them in material that is difficult but approachable.

This textbook is primarily a biochemistry textbook that has been modified to incorporate cell biology.

While trying to cover so many different topics, it is unable to address either molecular biology or cell biology with the normal amount of detail that most textbooks in these fields would have.

As a biochemistry text, this is an excellent way to introduce both molecular and cellular biology. As a textbook for a molecular biology or cellular biology course, it may not meet all the content areas desired. The title may be more accurately changed to reflect this focus.

Molecular-cell biology (book list)

Overall, without looking into details of every chapter, the book seems to cover properly the subject. The main index is ok. The book has a list of key words at the end of each chapter, but no glossary.

The text introduces some techniques to The text introduces some techniques to demonstrate how discoveries in the field were made. The beginning of each chapter contains learning objectives, which is a good feature.

At the end of some chapters, it is possible to direct students to quizzes. It allows customization by different instructors which will probably expand the areas covered in the book. Parts of the text have problems with wording, which brings some inaccuracy and confusion. Saying that proteins are inserted into the membrane is more accurate.

Instead, it would be better to introduce the concept of assembly and disassembly of the nuclear envelope, which are highly coordinated events. As an additional note, despite the fact that the text emphasizes publication as one important aspect of the scientific method, the book does not have any links or references to scientific articles.

Instead, it has quotes from Wikipedia, which sometimes might have problems with quality of information. The book probably will have good longevity. In any case, due to its license and the way the book is designed, it should be easy to make modifications and customize content to add updated information.

It is hard to pinpoint the take-home message of each paragraph. Examples and terms sometimes read like a list. I think that students could have trouble distinguishing what is important and what is not so important to know. Poor modularity.

The reader will probably be lost with so many subtitles and with big paragraphs densely packed with words. The text is redundant at times and the sentences tend to be too long. The text is disorganized at times. For example: These examples could probably come after the definition or in a side note.

Cellular structures seems to be presented as if they were a list. I can envision students potentially having trouble focusing on the main points and trying to memorize each term without a real understanding or connection to function. Unlike most of the other books from the Open Textbook Library, the access to the full version of this textbook is not straightforward. There are three versions: The download of complete version requires filling out a form to be granted access.

In fact, I never received a notification to allow the download of the complete version. Therefore, this review is mostly based on the sample chapter chapter 1 , which seems to be the complete version of just one chapter. Most pictures in this textbook have low resolution, look fuzzy and are poorly labeled. Just a couple of examples: Legends are embedded in the text instead of next to the figure. Therefore, it is difficult for the reader to pinpoint details or sometimes even the main purpose of a figure without going back to reread the text and search for the information.

It will likely be more difficult to refer to figures in class, assignments or homework because there are no figure numbers. The text has some grammatical mistakes. I envision that the need of supplying personal information in order to get the complete version of the textbook will hinder access at some level. Overall, the book has nice ideas regarding interactivity, with links to videos, quizzes, notes with questions and mini-assignments.

It is also customizable, which is great. On the other side, if I were to use it for a class, it would require a lot of work to adapt it to my liking because the text is densely packed, difficult to read, somewhat disorganized and the quality of the figures is very poor.

A grasp of the logic and practice of science is essential to understand the rest of the world around us. To that end, the CMB3e iText like earlier editions remains focused on experimental support for what we know about cell and molecular biology, and on showing students the relationship of cell structure and function.

Rather than trying to be a comprehensive reference book, CMB3e selectively details investigative questions, methods and experiments that lead to our understanding of cell biology. This focus is nowhere more obvious than in the chapter learning objectives and in external links to supplementary material.

Each video is identified with a descriptive title and video play and QR bar codes. The Learning objectives align with content and ask students to use new knowledge to make connections and deepen their understanding of concept and experiment.

All external links are intended to expand or explain textual content and concepts and to engage student curiosity. Links to full VOP lectures are now at the back of the book. All images in the iText are by the author or are from public domain or Creative Commons CC licensed sources. For all externally sourced images, CC licenses are indicated with the image. A CMB3e Sample Chapter and CMB3e iText for Instructors model additional interactive features, including short 25 Words or Less writing assignments that can be incorporated into almost any course management system, and all of which the author assigned as homework in his flipped, blended course.

These assessments aim to reinforce writing as well as critical thinking skills. My goal in writing this iText is to make the content engaging, free and comparable in accuracy and currency to commercial textbooks.

Book Review: Cell and Molecular Biology for Minors

I encourage instructors to use the interactive features of the iText critical thought questions, YouTube videos, etc. The online iText is the most efficient way to access links and complete online assignments. Nevertheless, you can download, read, study, and access many links with a smart phone or tablet. And you can add your own annotations digitally, or write in the margins of a printout the old-fashioned way!

Your instructor may provide additional instructions for using your iText.

His research interests are in the field of molecular biology and evolution as well as in the area of learning technologies in the service of good pedagogy. He has taught required introductory courses and elective course for biology majors as well as advanced and graduate courses. With more than 33 years experience in instruction, he has frequently tested and incorporated pedagogically proven teaching technologies into his courses.

Basic Cell and Molecular Biology 3e: Independent Language: Read this book Online PDF. Reviews Learn more about reviews. Comments I am concerned as to whether the author has license to use many of the images that are in the text. Comments This text provides a basic summary of cellular and molecular processes that could be customized for an introductory cell or molecular course. Examples are very appropriate throughout. Comments The illustrations needed more parts labeled and more views so students don't get stuck only being able to recognize one illustration view.

Comments This textbook is primarily a biochemistry textbook that has been modified to incorporate cell biology. Comments I envision that the need of supplying personal information in order to get the complete version of the textbook will hinder access at some level.

Table of Contents Chapter 1: Details of Protein Structure Chapter 4: Bioenergetics Chapter 5: Enzyme Catalysis and Kinetics Chapter 6: The Genetic Code and Translation Chapter Regulation of Transcription and Epigenetic Inheritance Chapter DNA Technologies Chapter Membrane Structure Chapter Membrane Function Chapter The Cytoskeleton and Cell Motility Chapter Cell Division and the Cell Cycle Chapter The Origins of Life. About the Book A grasp of the logic and practice of science is essential to understand the rest of the world around us.

Consistency rating: 5 The text is internally consistent in terms of terminology and framework. Each chapter starts with an introduction, links to voice-over powerpoint presentations, and a list of learning objectives.

Throughout the subsections of each chapter, there are challenge boxes which pose questions to the student to help them synthesize what they have just read. Modularity rating: 4 The text is easily divisible into chapters that can be covered throughout the semester. The topics covered in each chapter can be used on its own. However, the author frequently refers to additional sources in the introductory material for a chapter. Benjamin Cummings, San Francisco.

Interface rating: 2 Links to multiple figures are incorrect and figures are not cited correctly. For example, the hyperlink below the comic on page 1 links to a completely different comic on the azcentral. It is focused on the events governing the assembly and the fate of the replication fork, describes protein networks connected with the replisome, and emphasises several novel aspects of DNA replication in this group of bacteria.

Alonso All organisms have developed a variety of repair mechanisms, with recombination being the ultimate step for DNA repair and for promoting re-establishment of replication forks that are stalled or collapsed. This review summarises our current knowledge on the cellular response to DNA damage in Bacillus subtilis cells. Cytological approaches now confirm previous observations from genetic and biochemical analyses, which suggested that recombinational repair, and especially double-strand break repair, is choreographed by multi-protein complexes that are organised into focal assemblies tightly regulated and coordinated with other essential processes, such as DNA replication, and chromosomal segregation.

Chromosome Segregation Peter L. The machinery consists of several elements that have a defined subcelluar localization, and appear to work hand in hand. Replication occurs in the centrally located replication apparatus that optimally positions duplicated chromosome regions to be moved towards opposite cell poles, through an as yet unknown motor that may involve bacterial actin-like filaments.

Separated regions appear to be compacted within each cell half by the SMC condensation complex, which forms subcellular assemblies within each cell half.

Dedicated recombination enzymes, topoisomerases and a DNA pump ensure complete separation of occurring chromosome dimers, chromosome termini that are intertwined or chromosomes that may be trapped within the division septum, respectively.

ACKNOWLEDGMENTS

Cell Division Frederico Gueiros-Filho Cell division in rod-shaped bacteria like Bacillus subtilis is carried out by a contractile protein ring, known as the divisome or septalsome, which is made up of about a dozen different polypeptides. This sophisticated macromolecular machine, which is centered around the tubulin-like protein FtsZ, is capable of promoting the coordinated invagination of the cell membrane and cell wall to create the so-called division septum.

The goal of this chapter is to provide an overview of the mechanism of septum formation in B. Emphasis will be placed on describing the properties of the individual division proteins and how they assemble into the divisome complex, and on a discussion of the regulatory mechanisms that ensure that septum formation will happen with great spatial and temporal precision at every cell cycle.

In addition, the peculiar asymmetric division that happens during B. The Organisation of Transcription and Translation Peter Lewis The traditional view of transcription and translation within the cell was that of a very closely coupled process where translating ribosomes assembled on the nascent transcript as it was produced by transcribing RNA polymerase. Whilst this close physical coupling of transcription and translation is undoubtedly important, it seems clear now that a number of other events are significant with respect to the physical organization of these two processes within the cell.

Transcription is crudely segregated into two regions within the nucleoid where either stable r- and t- RNA, or mRNA transcription predominate.

Translation by polysomes is probably enriched at cell poles, whereas the assembly of initiation complexes, and maybe some transcriptionally linked ribosomes may occur throughout the nucleoid. Winkler In this chapter I will focus on regulatory mechanisms in Bacillus subtilis that are mediated through noncoding RNAs. Traditionally, bacterial genetic regulation is assumed to occur at the level of transcription initiation through the use of transcription factors.

Regulatory mechanisms that take place post-transcription initiation are treated as anomalies - as exceptions to the rule. Although it is likely that regulation of transcription initiation by global factors will constitute the majority of overall bacterial regulation, the actual degree to which posttranscriptional regulation occurs is still unknown. As testament to this fact, the past several years have led to a rapid expansion in the understanding of posttranscriptional regulation in B.Similar to other texts, it does not describe cutting edge techniques like next generation sequencing.

There is just an end to content. Elizabeth Martin. They are particularly excited about topics that are immediately relevant to them—topics around the human body and what it is made of, basic bodily functions, how and why they look the way they do, and why they get sick and how they get better. Students reported becoming confused and frustrated as they reread the pages trying to determine the correct order for the information presented.

The textbooks chapters are organized in a very logical fashion, each one building on the other to more and more complicated concepts. In combination with the complex subject matter, this makes these books more appropriate for a considerably older audience. Stumbling over both reading and the meaning of difficult words can be frustrating to young readers.

The author uses this article to prompt a discussion about the evolution of artificial intelligence. Elementary school students are fascinated by science.