Titlebook: Biotechnology for Solving Agricultural Problems; Patricia C. Augustine,Harry D. Danforth,Murray R. Book 1986 Martinus Nijhoff Publishers,

synovitis

Conducive

Regulation and Tracking in Nonlinear Systemse of transposons to isolate or tag genes whose protein products are unknown holds promise. While a large amount of work exists on transposable elements in ., little is known in soybean. We describe an element, Tgml, that interrupts the soybean lectin gene and blocks its expression. Tgml has a famili

Mutter

https://doi.org/10.1007/978-3-319-42031-8by the high refractive index and flat shape of the sperm head. A flow cytometer was modified to overcome optical artifacts caused by changes in orientation as spermatozoa pass the laser beam. This modification has allowed us to determine the ratio of X to Y spermatozoa in ejaculated, epididymal and

大廳

Emilie J?ger,Johannes C. Hunzikerowever, as greater knowledge of the genetic regulation of mammalian development is achieved, and as more genes are cloned, isolated, and studied, the range of applicability of this technology will broaden considerably. Therefore; it must be anticipated that gene transfer will profoundly change the t

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無(wú)底

低三下四之人

Application of hybridoma technology to problems in the agricultural sciencesf the immune response to infectious agents and the development of vaccines. With the advent of better methods for the generation of hybridomas such as electrofusion and oncogene transfection, modifications allowing the exploitation of non-immunogenic molecules, and the development of techniques for

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Pronuclear transplantation reveals progressive imprinting of the genome during gametogenesist expression of the nuclear differentiation that occurs during normal cell differentiation and that progressively restricts the developmental capacity of nuclei. The biological behavior of male and female genomes suggests that chromosomal interactions are essential to generating specific patterns of

窒息

Lectin genes and a transposable element in soybeane of transposons to isolate or tag genes whose protein products are unknown holds promise. While a large amount of work exists on transposable elements in ., little is known in soybean. We describe an element, Tgml, that interrupts the soybean lectin gene and blocks its expression. Tgml has a famili

PAGAN