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Novel mutations of maternal effect gene thyroid hormone receptor interactor 13 involved in biparental complete hydatidiform mole. [PDF]
Medicine (Baltimore)Zhan Q, Yang X, Wang Y.
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Steering diversity - cellular aspects of gene flow. [PDF]
ProtoplasmaNick P.
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Application of Omics Analyses in Pediatric B-Cell Acute Lymphoblastic Leukemia. [PDF]
BiomedicinesVllahu M +7 more
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2006
Series: Biotechnology in Agriculture and ...
Palmer, C. E., Keller, Wilfred
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Series: Biotechnology in Agriculture and ...
Palmer, C. E., Keller, Wilfred
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Nature Biotechnology, 2010
An engineered centromere-specific histone could enable homozygous diploid lines to be generated at high frequency, simplifying crop breeding.
Gregory P Copenhaver, Daphne Preuss
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An engineered centromere-specific histone could enable homozygous diploid lines to be generated at high frequency, simplifying crop breeding.
Gregory P Copenhaver, Daphne Preuss
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1997
Rye (Secale cereale L.) has its origin in southwest Asia. From there it was probably distributed to Russia, and later to western Europe. Only 2–3% of total cereal production falls to rye. Approximately 90% of rye production is concentrated in Europe. The distribution of rye is restricted to the area between the 50th and 60th degree of northern latitude.
Sabine Deimling, Tanja Flehinghaus-Roux
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Rye (Secale cereale L.) has its origin in southwest Asia. From there it was probably distributed to Russia, and later to western Europe. Only 2–3% of total cereal production falls to rye. Approximately 90% of rye production is concentrated in Europe. The distribution of rye is restricted to the area between the 50th and 60th degree of northern latitude.
Sabine Deimling, Tanja Flehinghaus-Roux
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Transition from haploidy to diploidy
Nature, 1991As a direct consequence of sex, organisms undergo a haploid and a diploid stage during their life cycle. Although the relative duration of haploid and diploid phases varies greatly among taxa, the diploid phase is more conspicuous in all higher organisms.
V, Perrot, S, Richerd, M, Valéro
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Haploidy in preattachment bovine embryos
Canadian Journal of Genetics and Cytology, 1985Four of twenty-four bovine embryos (day 5–7) subjected to chromosome analysis had haploid cells in metaphase. Two were clearly n/2n. The origin of the haploid cells was determined to be male in two embryos, owing to the presence of a Y chromosome or a male marker chromosome suggesting spermatozoa in division.Key words: embryo, bovine, chromosomes ...
W A, King, L, Picard
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