Nicht lieferbar
A Dictionary of Genetics
Versandkostenfrei!
Nicht lieferbar
For the first time, the Dictionary is available on Oxford Reference Online (ORO): Premium Collection!The field of genetics continues to advance at an ever-accelerating pace, marked by numerous extraordinary achievements in recent years: · The human genome project was completed.· Breakthroughs in public health have been achieved in relation to newly available genome sequences for parasitic vectors· DNA microarrays have taken the study of gene expression and genetic variation to a global, genome-wide scale· The proteomes of key model organisms have been comparatively analyzed in amazing deta...
For the first time, the Dictionary is available on Oxford Reference Online (ORO): Premium Collection!
The field of genetics continues to advance at an ever-accelerating pace, marked by numerous extraordinary achievements in recent years: · The human genome project was completed.
· Breakthroughs in public health have been achieved in relation to newly available genome sequences for parasitic vectors
· DNA microarrays have taken the study of gene expression and genetic variation to a global, genome-wide scale
· The proteomes of key model organisms have been comparatively analyzed in amazing detail
Such momentous advances in genetics have been accompanied by a deluge of new experimental techniques, computational technologies, databases, Internet sites, periodicals, books, and of course, concepts and terms. As new terminology emerges, many old terms recede from use or require revision. New material for this new edition of both the dictionary and its appendices has accumulated more rapidly than in the past. In the proposed new edition the term "genetics" itself is re-defined, reflecting
recent technical advances, and with them, the convergence of classical and molecular genetics. Genetics today is no longer simply the study of heredity in the old sense (the study of the inheritance of biological traits from one generation to the next) but also the study of the basic units of heredity,
or genes. Geneticists of the post-genomics era identify genetic elements using forward or reverse genetics and decipher the molecular nature of genes, how they function, and how genetic variation--whether introduced in the lab or present in natural populations--affects the phenotype of the cell or organism. With widespread applications, today's genetics thus also unify the biological sciences, medical sciences, and evolutionary studies.
As compared with the current sixth edition, the seventh edition will have many more new and revised entries. The sixth edition had 6,580 definitions; the seventh has 511 new and 980 revised definitions--a 23% change in content.
The field of genetics continues to advance at an ever-accelerating pace, marked by numerous extraordinary achievements in recent years:
· The human genome project was completed
· Breakthroughs in public health have been achieved in relation to newly available genome sequences for parasitic vectors
· DNA microarrays have taken the study of gene expression and genetic variation to a global, genome-wide scale
· The proteomes of key model organisms have been comparatively analyzed in amazing detail
Such momentous advances in genetics have been accompanied by a deluge of new experimental techniques, computational technologies, databases, Internet sites, periodicals, books, and of course, concepts and terms. As new terminology emerges, many old terms recede from use or require revision. New material for this new edition of both the dictionary and its appendices has accumulated more rapidly than in the past. In the proposed new edition the term "genetics" itself is re-defined, reflecting
recent technical advances, and with them, the convergence of classical and molecular genetics. Genetics today is no longer simply the study of heredity in the old sense (the study of the inheritance of biological traits from one generation to the next) but also the study of the basic units of heredity,
or genes. Geneticists of the post-genomics era identify genetic elements using forward or reverse genetics and decipher the molecular nature of genes, how they function, and how genetic variation--whether introduced in the lab or present in natural populations--affects the phenotype of the cell or organism. With widespread applications, today's genetics thus also unify the biological sciences, medical sciences, and evolutionary studies.
As compared with the current 6/e, the 7/e will have many more new and revised entries. The 6/e had 6,580 definitions; the 7/e has 511 new and 980 revised definitions--a 23% change in content.
The field of genetics continues to advance at an ever-accelerating pace, marked by numerous extraordinary achievements in recent years: · The human genome project was completed.
· Breakthroughs in public health have been achieved in relation to newly available genome sequences for parasitic vectors
· DNA microarrays have taken the study of gene expression and genetic variation to a global, genome-wide scale
· The proteomes of key model organisms have been comparatively analyzed in amazing detail
Such momentous advances in genetics have been accompanied by a deluge of new experimental techniques, computational technologies, databases, Internet sites, periodicals, books, and of course, concepts and terms. As new terminology emerges, many old terms recede from use or require revision. New material for this new edition of both the dictionary and its appendices has accumulated more rapidly than in the past. In the proposed new edition the term "genetics" itself is re-defined, reflecting
recent technical advances, and with them, the convergence of classical and molecular genetics. Genetics today is no longer simply the study of heredity in the old sense (the study of the inheritance of biological traits from one generation to the next) but also the study of the basic units of heredity,
or genes. Geneticists of the post-genomics era identify genetic elements using forward or reverse genetics and decipher the molecular nature of genes, how they function, and how genetic variation--whether introduced in the lab or present in natural populations--affects the phenotype of the cell or organism. With widespread applications, today's genetics thus also unify the biological sciences, medical sciences, and evolutionary studies.
As compared with the current sixth edition, the seventh edition will have many more new and revised entries. The sixth edition had 6,580 definitions; the seventh has 511 new and 980 revised definitions--a 23% change in content.
The field of genetics continues to advance at an ever-accelerating pace, marked by numerous extraordinary achievements in recent years:
· The human genome project was completed
· Breakthroughs in public health have been achieved in relation to newly available genome sequences for parasitic vectors
· DNA microarrays have taken the study of gene expression and genetic variation to a global, genome-wide scale
· The proteomes of key model organisms have been comparatively analyzed in amazing detail
Such momentous advances in genetics have been accompanied by a deluge of new experimental techniques, computational technologies, databases, Internet sites, periodicals, books, and of course, concepts and terms. As new terminology emerges, many old terms recede from use or require revision. New material for this new edition of both the dictionary and its appendices has accumulated more rapidly than in the past. In the proposed new edition the term "genetics" itself is re-defined, reflecting
recent technical advances, and with them, the convergence of classical and molecular genetics. Genetics today is no longer simply the study of heredity in the old sense (the study of the inheritance of biological traits from one generation to the next) but also the study of the basic units of heredity,
or genes. Geneticists of the post-genomics era identify genetic elements using forward or reverse genetics and decipher the molecular nature of genes, how they function, and how genetic variation--whether introduced in the lab or present in natural populations--affects the phenotype of the cell or organism. With widespread applications, today's genetics thus also unify the biological sciences, medical sciences, and evolutionary studies.
As compared with the current 6/e, the 7/e will have many more new and revised entries. The 6/e had 6,580 definitions; the 7/e has 511 new and 980 revised definitions--a 23% change in content.