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See detailAntibubbles dynamics: the drainage of an air film with incompressible interfaces
Scheid, Benoit; Dorbolo, Stéphane ULiege; Arriaga, Laura et al

in Physical Review Letters (2012)

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See detailAntibubbles, liquid onions and bouncing droplets
Vandewalle, Nicolas ULiege; Terwagne, Denis ULiege; Gilet, Tristan ULiege et al

in Colloids and Surfaces A : Physicochemical and Engineering Aspects (2009), 344

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See detailAntibubbles, liquid onions and mayonnaise droplets
Vandewalle, Nicolas ULiege; Dorbolo, Stéphane ULiege; Gilet, Tristan ULiege et al

Poster (2009, May)

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See detailAnticancer activities of Strychnopentamine
Quetin-Leclercq; Bouzahza, B; De Pauw-Gillet, Marie-Claire ULiege et al

Poster (1992)

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See detailAn anticancer molecule stemming from a plant root produced in a bioreactor
Vassaux, Antoine; Tarayre, Cédric ULiege; Delvigne, Frank ULiege et al

Poster (2017, May 24)

Secondary metabolites produced by plants or their symbionts have already shown specific properties: anticancer, anti-inflammatory, antibacterial, antifungal effects, etc. Astin C is a non-ribosomal ... [more ▼]

Secondary metabolites produced by plants or their symbionts have already shown specific properties: anticancer, anti-inflammatory, antibacterial, antifungal effects, etc. Astin C is a non-ribosomal peptide (secondary metabolite) produced by the fungus Villosirosea asteris, endosymbiont of the medicinal plant Aster tataricus, which has shown an interesting anticancer activity. The current challenge is the production of the molecule on a large scale and in higher quantities, either from the original fungus through fermentation technologies, or by a heterologous yeast strain having integrated the genes involved in the astin C biosynthesis pathway. The purpose of this workshop is to highlight the implementation possibilities of a strain producing a metabolite of interest. [less ▲]

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See detailANTICANCER, ANTIPLASMODIAL AND ANTITRYPANOSOMAL ACTIVITIES OF CRUDE EXTRACTS OF PLATANUS ORIENTALIS
Ebralidze, L.; Mskhiladze, Lasha; Ledoux, Allison ULiege et al

in World Journal of Pharmaceutical Research (2017), 6(3), 170-175

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See detailLes antichambres de l'humanité. Armel Job et l'expérience littéraire
Cormann, Grégory ULiege

Article for general public (2014)

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See detail«Antiche poesie italiane inedite nel ms. Stockholm, Kungliga Biblioteket, Vu 14»
Moreno, Paola ULiege

in Medioevo Romanzo (1998), XXIII

Detailed reference viewed: 29 (2 ULiège)
See detailAntichità/Unità : Storia, cultura e cinema in Italia
Curreri, Luciano ULiege; Ferro, Licia; Palumbo, Giuseppe

Book published by Nerosubianco (2013)

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See detailAnticipating Juno Observations of the Magnetosphere of Jupiter
Bunnell; Fowler; Bagenal et al

Poster (2012, December 07)

The Juno spacecraft will arrive at Jupiter in 2016 and will go into polar orbit. Juno will make the first exploration of the polar regions of Jupiter's vast magnetosphere, combining in situ particles and ... [more ▼]

The Juno spacecraft will arrive at Jupiter in 2016 and will go into polar orbit. Juno will make the first exploration of the polar regions of Jupiter's vast magnetosphere, combining in situ particles and fields measurements with remote sensing of auroral emissions in the UV, IR and radio. The primary science period comprises ~30 orbits with 11-day periods with a~1.06Rj perijove, allowing Juno to duck under the hazardous synchrotron radiation belts. Apojove is at ~38Rj. The oblateness of the planet causes the orbit to precess with the major axis moving progressively south at about 1 degree per orbit, eventually bringing the spacecraft into the radiation belts. This orbit allows unprecedented views of the aurora and exploration of the auroral acceleration regions. We present an overview of anticipated Juno observations based on models of the Jovian magnetosphere. On approach to Jupiter and over a capture orbit that extends to ~180Rj on the dawn flank, Juno will traverse the magnetosheath, magnetopause and boundary layer regions of the magnetosphere. Due to the high plasma pressures in the magnetospheric plasmasheet the magnetosphere of Jupiter is known to vary substantially with the changes in the solar wind dynamic pressure. We use Ulysses solar wind data obtained around 5 AU to predict the conditions that Juno will observe over the several months it will spend in these boundary regions. [less ▲]

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See detailL’anticipation du conceptuel chez le jeune Heidegger
Gauvry, Charlotte ULiege

Conference (2013, July 08)

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See detailAnticipation et mondes parallèles. Entretien avec Benoît Peeters et François Schuiten
Stienon, Valérie ULiege

in Textyles : Revue des Lettres Belges de Langue Française (2016), 48

Benoît Peeters et François Schuiten ont aimablement accepté l’invitation de l’entretien, qui a eu lieu le 12 janvier 2015 au café Le Wilson en face du Palais de Chaillot où se tient l’exposition Revoir ... [more ▼]

Benoît Peeters et François Schuiten ont aimablement accepté l’invitation de l’entretien, qui a eu lieu le 12 janvier 2015 au café Le Wilson en face du Palais de Chaillot où se tient l’exposition Revoir Paris. [less ▲]

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See detailAnticipatory Artificial Autopoiesis
Dubois, Daniel ULiege; Holmberg, Stig C.

in Trappl, Robert (Ed.) CYBERNETICS AND SYSTEMS 2010 (2010)

In examining relationships between autopoiesis and anticipation in artificial life (Alife) systems it is demonstrated that anticipation may increase efficiency and viability in artificial autopoietic ... [more ▼]

In examining relationships between autopoiesis and anticipation in artificial life (Alife) systems it is demonstrated that anticipation may increase efficiency and viability in artificial autopoietic living systems. This paper, firstly, gives a review of the Varela et al [1974] automata algorithm of an autopoietic living cell. Some problems in this algorithm must be corrected. Secondly, a new and original anticipatory artificial autopoiesis algorithm for automata is presented. In our automata system, the asymmetric membrane of the self-creating living cell plays a central role. The simulation confirms the validity of our algorithm in showing its autopoietic properties. [less ▲]

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See detailAnticipatory Mechanisms in Evolutionary Living Systems
Dubois, Daniel ULiege; Holmberg, Stig C.

in Dubois, Daniel (Ed.) COMPUTING ANTICIPATORY SYSTEMS (2010)

This paper deals firstly with a revisiting of Darwin's theory of Natural Selection. Darwin in his book never uses the word “evolution”, but shows a clear position about mutability of species. Darwin's ... [more ▼]

This paper deals firstly with a revisiting of Darwin's theory of Natural Selection. Darwin in his book never uses the word “evolution”, but shows a clear position about mutability of species. Darwin's Natural Selection was mainly inspired by the anticipatory Artificial Selection by humans in domestication, and the Malthus struggle for existence. Darwin showed that the struggle for existence leads to the preservation of the most divergent offspring of any one species. He cited several times the canon of “Natura non facit saltum”. He spoke about the origin of life from some one primordial form, into which life was first breathed. Finally, Darwin made anticipation about the future researches in psychology. This paper cites the work of Ernst Mayr who was the first, after 90 years of an intense scientific debate, to present a new and stable Darwinian paradigm as the “Evolutionary Synthesis” in 1942. To explain what is life, the Living Systems Theory (LST) by J. G. Miller is presented. It is showed that the Autopoietic Systems Theory of Varela et al is also a fundamental component of living systems. In agreement with Darwin, the natural selection is a necessary condition for transformation of biological systems, but is not a sufficient condition. Thus, in this paper we conjecture that an anticipatory evolutionary mechanism exists with the genetic code that is a self-replicating and self-modifying anticipatory program. As demonstrated by Nobel laureate McClintock, evolution in genomes is programmed. The word “program” comes from “pro-gram” meaning to write before, by anticipation, and means a plan for the programming of a mechanism, or a sequence of coded instructions that can be inserted into a mechanism, or a sequence of coded instructions, as genes of behavioural responses, that is part of an organism. For example, cell death may be programmed by what is called the apoptosis. This definitively is a great breakthrough in our understanding of biological evolution. Hence, it is possible to formulate a new principle of evolution, i.e. the principle of Double Anticipatory Loop (DAL) of evolution: Biological evolution is driven by interaction between a mindless environment that is passively selecting the fittest inhabitants and purposeful anticipatory living systems, which are actively selecting and creating their own environment. Evolution on the genome level is trigged by environmental stress but guided by an inherent program. [less ▲]

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See detailAnticipatory Modeling and Simulation for Inter Regional Security
Dubois, Daniel ULiege; Asproth, Viveca; Stig C, Holmberg et al

Conference (2012, April)

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See detailAnticipatory responding, exclusive drug-context pairing and conditioned effects in sensitization to apomorphine-induced climbing in mice
Tirelli, Ezio ULiege; Heidbreder, C.

in Progress in Neuro-Psychopharmacology & Biological Psychiatry (1999), 23(3), 505-518

1. The conditioning aspects of contextual sensitization were examined in the case of apomorphine-induced wall-climbing in mice, measuring onset latencies of the pharmacological response and controlling ... [more ▼]

1. The conditioning aspects of contextual sensitization were examined in the case of apomorphine-induced wall-climbing in mice, measuring onset latencies of the pharmacological response and controlling differential habituation to the test context during drug treatment. 2. Sensitization was generated in male out-bred mice which received intermittent i.p. injections of 0.4 mg/kg apomorphine over 9 daily sessions. On day 10, they were tested for contextual sensitization (all mice under apomorphine). On day 14, after 3 sessions of reinstatement, mice were tested for conditioned climbing (all mice under saline). 3. It was found that simultaneous exposure to both apomorphine and the test context facilitated the expression of a full-blown contextual sensitization (some non-contextual sensitization emerging too); importantly, sensitization was accompanied by a progressive shortening of the latencies to climb (before injections); conditioned climbing appeared only in mice pairing the drug with the test context, that response being absent in mice treated outside the context or never exposed to the context. 4. It is likely that contextual sensitization to apomorphine-induced climbing relies on Pavlovian conditioning processes rather than on habituation-related processes. [less ▲]

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See detailAnticiper et déjouer les pièges de l'analyse qualitative
Lejeune, Christophe ULiege

Scientific conference (2015, January 26)

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See detailAnticiper les migrations climatiques
Gemenne, François ULiege; Ozer, Pierre ULiege

Article for general public (2014)

Detailed reference viewed: 65 (4 ULiège)