The last three decades witnessed a rapid advance of the application of genetic engineering
techniques for increasingly complex organisms, from single-cell microbial and eukaryotic …

The 1970s and 1980s have witnessed a rapid advance of the application of genetic
engineering techniques for increasingly complex organisms, from single-cell microbial and …

Transgenic animals continue to embody one of the most potent and exciting research tools
in the biological sciences. Transgenic animals represent unique models that are custom …

During the past 20 years, transgenesis has become a popular technique and a crucial tool
for molecular geneticists and biologists. Transgene expression is now better-controlled and …

During the past several decades, animal transgenic technology has become a powerful tool
for has basic and applied biological science research and has shown enormous promise for …

The last quarter-of-a-century has witnessed a rapid advance in the application of genetic
engineering techniques to increasingly complex organisms, from bacteria and yeasts to …

Transgenic animal technologies and the ability to introduce functional genes into animals
have revolutionized our ability to address complex biomedical and biological questions. This …

Transgenic animals are the result of manipulation of specific genes of interest by creating
animal models and bioreactors to (for example) produce vaccines and antibodies that can …

Transgenic animals are important components of modern biomedical and veterinary
sciences. They produce recombinant proteins, enzymes and antibodies for treating diseases …

This chapter focuses on the basics of technology, methods, application and future prospects
of transgenic animals in medicine, agriculture and industry. Transgenic technologies and the …