نتایج جستجو برای: 2 and m1297 mat

تعداد نتایج: 17224639  

2013
Laurel A. Kluber Jane E. Smith David D. Myrold

The distinct rhizomorphic mats formed by ectomycorrhizal Piloderma fungi are common features of the organic soil horizons of coniferous forests of the Pacific Northwest. These mats have been found to cover 25e40% of the forest floor in some Douglas-fir stands, and are associated with physical and biochemical properties that distinguish them from the surrounding non-mat soils. In this study, we ...

2017
Thomas Eggermann Barbara Oehl-Jaschkowitz Severin Dicks Wolfgang Thomas Deniz Kanber Beate Albrecht Matthias Begemann Ingo Kurth Jasmin Beygo Karin Buiting

BACKGROUND Maternal uniparental disomy of chromosome 6 (upd(6)mat) is a rare finding and its clinical relevance is currently unclear. Based on clinical data from two new cases and patients from the literature, the pathogenetic significance of upd(6)mat is delineated. METHODS Own cases were molecularly characterized for isodisomic uniparental regions on chromosome 6. For further cases with upd...

Journal: :Proceedings. Biological sciences 2014
Nicklas Samils Jonàs Oliva Hanna Johannesson

A heterokaryon is a tissue type composed of cells containing genetically different nuclei. Although heterokaryosis is commonly found in nature, an understanding of the evolutionary implications of this phenomenon is largely lacking. Here, we use the filamentous ascomycete Neurospora tetrasperma to study the interplay between nuclei in heterokaryons across vegetative and sexual developmental sta...

Journal: :Cancer research 1984
T Pratt A P Sherblom

The MAT-B1 and MAT-C1 ascites sublines of the 13762 rat mammary adenocarcinoma differ in morphology, agglutinability with concanavalin A, and xenotransplantability. Both cell lines contain a major mucin-type glycoprotein, but the MAT-C1 (xenotransplantable) subline contains a 3-fold-greater content of sialic acid on the glycoprotein than does the MAT-B1 (nonxenotransplantable) subline. The pres...

2014
Lisa Solieri Tikam Chand Dakal Paolo Giudici Stefano Cassanelli

Sexual reproduction and breeding systems are driving forces for genetic diversity. The mating-type (MAT) locus represents a mutation and chromosome rearrangement hotspot in yeasts. Zygosaccharomyces rouxii complex yeasts are naturally faced with hostile low water activity (aw) environments and are characterized by gene copy number variation, genome instability, and aneuploidy/allodiploidy. Here...

2017
Qiang Zhang Hongwei Xin

Comparative tests were conducted in an environment-controlled farrowing room (21 ° C, 70 ° F) to determine the choice of mat heat vs. lamp heat by piglets in farrowing crates. Two widened farrowing crates (2.40 × 2.13 m, 8 × 7 ft.) were used, each equipped with two double-size heat mats (0.6 × 1.2 m or 2 × 4 ft, 120 W capacity each). One mat was powered to provide the localized heat, while the ...

Journal: :Applied and environmental microbiology 2008
Stefanie Pöggeler Birgit Hoff Ulrich Kück

Acremonium chrysogenum, the fungal producer of the pharmaceutically relevant beta-lactam antibiotic cephalosporin C, is classified as asexual because no direct observation of mating or meiosis has yet been reported. To assess the potential of A. chrysogenum for sexual reproduction, we screened an expressed sequence tag library from A. chrysogenum for the expression of mating type (MAT) genes, w...

Journal: :FEMS microbiology ecology 2004
Mark D Spanevello Bharat K C Patel

Spectral analysis of the cell free extracts of four mat samples colonizing a Great Artesian Bain (GAB) aquifer bore runoff channel suggested that Thermus was present in the 75 degrees C grey mat, Meiothermus was present in the 66 degrees C red mat, a mixed population of Meiothermus/Thermus and photosynthetic microbes were present in the 57 degrees C green mat and photosynthetic microbes were pr...

2013
Clement K.-M. Tsui Scott DiGuistini Ye Wang Nicolas Feau Braham Dhillon Jörg Bohlmann Richard C. Hamelin

Sexual reproduction in fungi is regulated by the mating-type (MAT) locus where recombination is suppressed. We investigated the evolution of MAT loci in eight fungal species belonging to Grosmannia and Ophiostoma (Sordariomycetes, Ascomycota) that include conifer pathogens and beetle symbionts. The MAT1-2 idiomorph/allele was identified from the assembled and annotated Grosmannia clavigera geno...

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