Results 201 to 210 of about 93,386 (236)
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Journal of Molecular Biology, 1973
Abstract Ribosomal RNA synthesized by hybrid frogs from the cross between Xenopus laevis and Xenopus mulleri was analyzed by molecular hybridization with purified ribosomal DNA from each species. Although the 18 S and 28 S rRNA sequences are indistinguishable between these two species, the remaining 10% of the 40 S rRNA precursor molecule of each ...
T, Honjo, R H, Reeder
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Abstract Ribosomal RNA synthesized by hybrid frogs from the cross between Xenopus laevis and Xenopus mulleri was analyzed by molecular hybridization with purified ribosomal DNA from each species. Although the 18 S and 28 S rRNA sequences are indistinguishable between these two species, the remaining 10% of the 40 S rRNA precursor molecule of each ...
T, Honjo, R H, Reeder
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Structure-function in Xenopus snRNPs
Molecular Biology Reports, 1990For this analysis an in vivo assay in Xenopus oocytes is being used which is based on the principle that, using site directed hydrolysis by RNAse H, a specific snRNA population can be destroyed by nuclear injection of an oligodeoxynucleotide, complementary to a part of an snRNA sequence (Pan and Prives, 1988).
Vankan P, Hamm J, Dathan NA, Mattaj IW
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2006
Amphibians have been used since the 19th century as vertebrate models for the experimentalist. Since 50 years or so, Xenopus laevis is the most widely used anuran amphibian research organism. However, because it is a pseudo-tetraploid species, its genetics has been lagging behind. Contemporary studies shift their focus to the only Xenopus species known
Pollet, N., Mazabraud, A.
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Amphibians have been used since the 19th century as vertebrate models for the experimentalist. Since 50 years or so, Xenopus laevis is the most widely used anuran amphibian research organism. However, because it is a pseudo-tetraploid species, its genetics has been lagging behind. Contemporary studies shift their focus to the only Xenopus species known
Pollet, N., Mazabraud, A.
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Studying Regeneration in Xenopus
2012For most Xenopus embryos, life is very short. The majority of research labs working with this model organism study the processes of early vertebrate patterning and morphogenesis. And quite rightly too, since over the last two decades labs across the world have provided the fate maps, animal cap assays, expression patterns, and functional screens that ...
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Xenbase: key features and resources of the Xenopus model organism knowledgebase
Genetics, 2023Christina James-Zorn +2 more
exaly
Tpx2, a Novel Xenopus Map Involved in Spindle Pole Organization
Journal of Cell Biology, 2000Torsten Wittmann +2 more
exaly