Titlebook: Marsupial Genetics and Genomics; Janine E. Deakin,Paul D. Waters,Jennifer A. Marsha Book 2010 Springer Science+Business Media B.V. 2010 Te

逃避現(xiàn)實

CORE

MOTIF

ternational peace and security, MIO being a much-used naval operational activity employed within the entire spectrum of today‘s conflicts.?.The book deals with the legal aspects flowing from the boarding and searching of foreign-flagged vessels and the possible arrest of persons and confiscation of

Heresy

Breeding and Genetic Management of Captive Marsupial Populationsch colonies have facilitated the development of model marsupial species, including the tammar wallaby (.), grey short-tailed opossum (.) and fat-tailed dunnart (.), the former two of which have been the subject of extensive genome sequencing projects. These species have played a fundamental role in

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Affirm

Marsupial Centomeres and Telomeres: Dynamic Chromosome Domainstural feature of the chromosome. Rather, it has been participant, either directly or indirectly, in the evolution of the diversity of karyotypes observed in marsupials. Across marsupial lineages, a family of model species stands out as an ideal system in which to study centromere function and evolut

磨坊

Marsupial Linkage Mapsver events during gametogenesis. As such they have been invaluable resources for genetic mapping for nearly 100 years and continue to be extremely useful for providing insight into the meiotic process and disruptions thereof that physical mapping strategies cannot furnish. Linkage mapping research w

Herbivorous

Physical and Comparative Gene Maps in Marsupials. Over the past few years, the ease and speed at which genes can be physically mapped in marsupials has resulted in moderately dense physical maps for the South American opossum and the tammar wallaby. These maps have enabled genome sequence assemblies to be anchored to chromosomes and facilitated d

初學(xué)者

Breach

Insight into Evolution of Gene Regulation Networks from the Opossum Genomeant new understanding of mammal genome evolution, suggesting that innovation in protein coding genes occurs primarily by diversification of existing gene families and that truly novel protein coding genes are rare. The opossum genome also highlights the magnitude of the role transposable elements ha