Titlebook: Advances in Animal Biotechnology; Birbal Singh,Gorakh Mal,Manishi Mukesh Book 2019 Springer Nature Switzerland AG 2019 livestock productio

敲竹杠

https://doi.org/10.1007/978-94-017-0944-6nd improving nutrition and ecological health. Use of bioengineered microorganisms in animals has different targets and prospects owing to differences in their anatomy, physiology, and feeding habits. In ruminants, the bioengineered microorganism is primarily aimed to enhance nutrient utilization, de

终止

A. V. Dovgal,V. V. Kozlov,O. A. Simonovchnologies (ARTs) ranging from artificial insemination to advanced transgenesis and genome editing are successfully applied to enhance production and value addition of livestock products. While the emphasis is on proliferating high-yielding breeds, these animals are susceptible to biotic and abiotic

松驰

A. V. Dovgal,V. V. Kozlov,O. A. Simonovs with minimal loss in their biological functions. Cryopreservation is an integral component of modern biomedical sciences, assisted reproduction and conservation biology, and a fundamental subject itself. Somatic cells, stem cells, primordial germ cells, oocytes, embryos and ovarian tissue preserve

注意

A. V. Dovgal,V. V. Kozlov,O. A. Simonovhen Dolly, the first mammalian species was born from the nuclear transfer of fibroblasts taken from adult sheep. The technique revolutionized the field regenerative medicine, and paved way to engineer stem cells for biomedical applications. At present, a number of animal species including cloned tra

Adjourn

无表情

Ossification

Herrmann Schlichting,Klaus Gerstens, and nuclear transfer cloning, are developed for camelids. Inadequate understanding of reproduction physiology, incomplete genetic cataloguing of native genotypes, and lack of oocyte and proven embryo banks are the challenges in fully utilizing the reproduction potential of camels. This chapter pr

laparoscopy

Jocose

FIR