Campbell, A. Malcolm.,

Using DNA information to make proteins / A. Malcolm Campbell, Christopher J. Paradise. - 1 online resource (52 pages) : illustrations. - Biology collection . - Biology collection. .


Includes bibliographical references and index.

1. DNA is the template for RNA production -- Ethical, legal, social implications: word choice matters -- 2. Regulation of RNA transcription -- Quantifying gene activity -- Characterizing parts of a genes -- Characterizing a promoter -- Dissecting promoter function -- Hormones can regulate transcription -- 3. RNA is used to produce proteins -- 4. Central dogma information is not only linear information -- Ethical, legal, and social implications: how biology works in the absence of proof -- Conclusion -- Glossary -- Index.

Restricted to libraries which purchase an unrestricted PDF download via an IP.

Many people were taught that DNA is the "blueprint of the cell," but what does that really mean? If taken literally, it would reveal a static image of what the cell looks like, but that would be incorrect. DNA codes the necessary information to produce a living being but the DNA itself is insufficient to bring a cell to life. DNA must be transcribed into segments of RNA and the RNA must generate proteins from unassembled amino acids. The conversion of DNA information into functional proteins is often referred to as central dogma, which reflects its critical role in life. However, every cell in a body contains the same genes but only a subset of genes is needed to be activated in any given cell for a cell to function properly. This book will explore many of the classic experiments that led to our current understanding central dogma. Furthermore, real data are used to discover that central dogma information is not linear and that cells must cut and paste together segments of RNA in order to build the functional proteins of cells.

Mode of access: World Wide Web.
System requirements: Adobe Acrobat reader.


RNA-protein interactions.

RNA polymerase transcription rRNA tRNA translation mRNA diploid allele genotype recessive alleles dominant alleles promoter homotetramer operon steroids receptors NCBI dot plots BLAST introns exons start codon stop codon

QP551 / .C258 2016