References of "2006"
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See detailSampling strategy for CO2 sampling
Heinesch, Bernard ULg

Conference (2006)

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See detailIntegration of longevity into the Walloon genetic evaluation system
Vanderick, Sylvie ULg; Croquet, Coraline; Soyeurt, Hélène ULg et al

in Interbull Bulletin (2006), 35

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See detailL'émission trading à la Cour d'arbitrage, Commentaire de C.A., 92/2006
Pâques, Michel ULg

in Aménagement - Environnement (2006), 4

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See detailDevelopment of a chemiotherapy protocol to sanitise banana genotypes infected by banana mild mosaic virus (BanMMV)
Busogoro, J. P.; Vandermolen, M.; Masquelier, L. et al

Conference (2006)

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See detailAgriculture in Belgium : main characteristics and problems
Burny, Philippe ULg

in Lorencowicz, Edmund (Ed.) International Scientific Seminar "Farm machinery management in sustainable agriculture" : Seminar Proceedings (2006)

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See detailRole of tumor-associated lipogenesis in the formation and composition of membrane microdomains
Timmermans, L.; Kischel, Philippe; Beckers, Albert ULg et al

Conference (2006)

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See detailSpotlight on nail histomycology.
Pierard, Gérald ULg; Quatresooz, Pascale ULg; Arrese Estrada, Jorge ULg

in Dermatologic Clinics (2006), 24(3), 371-4

The misdiagnosis of onychomycosis delays the proper treatment of the nail condition. Nail histomycology refers to the microscopic examination of histologic sections prepared from nail clippings for the ... [more ▼]

The misdiagnosis of onychomycosis delays the proper treatment of the nail condition. Nail histomycology refers to the microscopic examination of histologic sections prepared from nail clippings for the purpose of detecting the presence of fungi. This laboratory method is the most sensitive procedure for the diagnosis of onychomycosis. It allows for the visualization of the precise location of the invasive fungus inside the nail apparatus. The method also distinguishes various shapes of the fungal cells, in particular filamentous fungi, yeasts, conidia, and sporodochia. The correct diagnosis provided by histomycology combined with culture not only allows for more efficient expenditure of funds and services but also is important for the timely alleviation of the disorder. [less ▲]

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See detailPotential of electrical imaging to constrain saltwater intrusion models: 2D numerical simulations
Kemna, A.; Nguyen, Frédéric ULg; Antonsson, A. et al

(2006)

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See detailHypoxia and hypercapnia during incubation of chicken eggs on development and subsequent performance
Decuypere, E.; Onagbesan, O.; De Smit, L. et al

Conference (2006)

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See detailVaccination against dermatophytosis in domestic animals : Past, present and future
Mignon, Bernard ULg; Vermout, S.; Tabart, J. et al

Conference (2006)

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See detailIon beam induced luminescence of minerals
Calvo Del Castillo, Helena ULg; Ruvalcaba Sil, Jose Luis; Calderón, Tomás

Poster (2006)

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See detailFlexural response of heterogeneous structures using computational homogenisation
Mercatoris, Benoît ULg; Massart, Thierry J.

in 8th International Conference on Computational Structures Technology (CST2006) (2006)

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See detailGenetical metabolomics of flavonoid biosynthesis in Populus: a case study.
Morreel, Kris; Goeminne, Geert; Storme, Veronique et al

in Plant Journal (The) (2006), 47(2), 224-37

Genetical metabolomics [metabolite profiling combined with quantitative trait locus (QTL) analysis] has been proposed as a new tool to identify loci that control metabolite abundances. This concept was ... [more ▼]

Genetical metabolomics [metabolite profiling combined with quantitative trait locus (QTL) analysis] has been proposed as a new tool to identify loci that control metabolite abundances. This concept was evaluated in a case study with the model tree Populus. Using HPLC, the peak abundances were analyzed of 15 closely related flavonoids present in apical tissues of two full-sib poplar families, Populus deltoides cv. S9-2 x P. nigra cv. Ghoy and P. deltoides cv. S9-2 x P. trichocarpa cv. V24, and correlation and QTL analysis were used to detect flux control points in flavonoid biosynthesis. Four robust metabolite quantitative trait loci (mQTL), associated with rate-limiting steps in flavonoid biosynthesis, were mapped. Each mQTL was involved in the flux control to one or two flavonoids. Based on the identities of the affected metabolites and the flavonoid pathway structure, a tentative function was assigned to three of these mQTL, and the corresponding candidate genes were mapped. The data indicate that the combination of metabolite profiling with QTL analysis is a valuable tool to identify control points in a complex metabolic pathway of closely related compounds. [less ▲]

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See detailEarly bifrontal brain injury: sequential neuropsychological developmental features
Bonnier, Christine; Potelle, Dominique; Buelens, M et al

in Revista de neurologia (2006)

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