Ideal

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Pág. 12: Las máquinas más exclusivas de la UGR|Métodos para el ahorro energético de un 40% en consumo de iluminación
Pág. 25 – Cartas al director: Lorca, memoria y manipuladores
Pág. 48: Protestas en Madrid contra el “plan Bolonia”
Pág. 61 – Agenda: “Paisajes de la Sierra de los Filabres”, en la Victoria
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El País

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Pág. 36: Licenciados en Música, Diseño y Arte Dramático|Arquitectos y médicos se niegan a ser graduados
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El Mundo

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Pág. 15: Médicos y arquitectos acusan al Gobierno de degradar su formación
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Ideal

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Pág. 8: Culpable del homicidio de Lamyae|Un granadino recibe el premio Detea al fomento de la arquitectura industrial
Pág. 12: Arquitectura y Medicina fletan 7 buses a Madrid para la manifestación antibolonia|Un estudio de la UGR destaca la eficacia del programa de atención dental|“Con el nuevo plan se pierde categoría”
Pág. 24 – Opinión: Escribano Pueo
Pág. 45 – Necrológica: Dr. D. Oswaldo Socorro Abréu
Pág. 53: Conferenciante en su propio homenaje
Pág. 54: El compositor Luis de Pablo recibe el IX Premio Tomás Luis de Victoria
Pág. 60 – Agenda: “Dulce pájaro de juventud”
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Público

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Pág. 34: Médicos y arquitectos rechazan el plan que les ofrece Educación
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La Opinión

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Pág. 9: Dos de cada diez escolares no ha pasado su revisión dental anual|La Fundación La Caixa impulsa la formación de insertores laborales|Un estudiante granadino premiado por el fomento de la arquitectura industrial
Pág. 10: Más de 2.000 alumnos de la UGR piden cambios para Medicina y Arquitectura
Pág. 12: El jurado ve culpable de homicidio al hombre que mató a Lamyae|Publicidad: Centro de Lenguas Modernas
Pág. 20: Empresas del litoral aplicarán las investigaciones de la Universidad
Pág. 34: Un curso rinde homenaje a Enrique Morente|La Catedral albergará el estreno absoluto de seis composiciones
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Granada Hoy

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Pág. 4 – Opinión: La universidad que se va
Pág. 12: Educación sortea las exigencias de los arquitectos y médicos sobre Bolonia|Asesorados por profesionales de gran prestigio|Un estudiante granadino, premio DETEA al fomento de la arquitectura industrial|Antonio Chicharro, secretario ejecutivo del Institut de Sociocritique|La UGR y Philips crearán un centro de aplicaciones de la luz
Pág. 15 – Publicidad: I Congreso Nacional de Extranjería y Nacionalidad
Pág. 18: Un jurado declara culpable de homicidio al asesino de Lamyae
Pág. 25: Jornadas / Política internacional
Pág. 27: Exposición
Pág. 58: Tres compositores ofrecerán el estreno absoluto de seis obras en la Catedral
Pág. 62: Morente asegura en unas jornadas que lo que hace cantar “es la vida”
Contraportada: Ángel Gabilondo
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Espagne: un jury populaire déclare coupable d’homicide le meurtrier de la jeune étudiante Marocaine Lamia Denna

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Espagne: un jury populaire déclare coupable d\’homicide le meurtrier de la jeune étudiante Marocaine Lamia Denna

Le jury populaire d\’un tribunal de Grenade a déclaré, jeudi, » coupable d\’homicide «, le meurtrier de la jeune étudiante marocaine en pharmacie, Lamia Denna, dont l\’assassinat, en mars 2008, avait soulevé un vif émoi au Maroc et en Espagne.
Le jury a décidé de déclarer coupable d\’homicide l\’auteur de ce sordide crime, un désœuvré espagnol, Manuel R.S, âgé d\’une cinquantaine d\’années, en considérant prouvé qu\’il a assené plusieurs coups de couteau dans une intention déclarée d\’en finir avec la victime, ont indiqué à la MAP des sources judiciaires espagnoles.

Le jury populaire, composé de neuf citoyens, avait été sélectionné lundi dernier, jour du début du procès dans l\’Audience provinciale de Grenade. Il était chargé de juger aux côtés d\’un magistrat de l\’Audience, le meurtrier poursuivi en état d\’arrestation pour l\’assassinat de la jeune Marocaine.

Le tribunal devait déterminer si l\’accusé a commis un délit d\’homicide comme le soutient le ministère public ou un délit d\’assassinat comme le réclame l\’avocat de la famille Denna qui s\’est constituée partie civile.

Lamia Denna, une brillante étudiante en 4ème année de pharmacie, avait été sauvagement assassinée, en mars 2008, par un Espagnol sans emploi fixe et en situation économique précaire, connu des services de police pour ses antécédents de violence.

Le présumé meurtrier, Manuel R.S (52 ans), avait reconnu, lors de son interrogatoire par la police, avoir assené une vingtaine de coups de couteau à la jeune Marocaine sans expliquer les motifs de son crime.

Lamia et deux autres étudiantes, l\’une marocaine et l\’autre espagnole, vivaient en colocation dans un appartement du centre de Grenade et y invitaient de temps à autre Manuel dit Manolo à effectuer de petites réparations en contrepartie de sommes d\’argent.

Lamia Denna aurait été victime de sa trop grande confiance et de sa générosité, selon la police.

L\’assassinat de la jeune Marocaine avait provoqué indignation et colère parmi les étudiants, les professeurs et le rectorat de l\’Université de Grenade (UGR) qui avait exprimé sa » condamnation la plus énergique » de ce meurtre ignoble.

Ce crime avait provoqué également émoi et colère particulièrement parmi les étudiants et la communauté marocaine, qui ont multiplié sit-in et minutes de silence à la mémoire de la défunte.
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Scientists Obtain Bioinsecticide To Control Mediterranean Fruit Fly

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Scientists Obtain Bioinsecticide To Control Mediterranean Fruit Fly

The Mediterranean fruit fly, Ceratitis capitata, is a world plague which represents one of the most serious problems for agriculture. However, the control methods currently present in the market for this plague are ineffective.

The research group of the Institute of Biotechnology of the University of Granada (Spain) has isolated and identified a stump of the genus Bacillus, extremely toxic for larvae of C. capitata. After subjecting such stump to a specific treatment, protected by a patent, we have managed to increase notably its toxicity against this fly.

According to Dr. Susana Vilchez (hired by the Ramón y Cajal), the Mediterranean fruit fly has a special economic relevance in the Mediterranean countries, like Spain. Given the capacity of the C. capitata to tolerate colder climates than the rest of the species of flies and their wide range of host plants, the C. capitata has been considered as one of the most important species from the point of view of economy. This plague attacks more than 260 species of fruits, flowers or nuts of agricultural fruits and it has been estimated that causes losses assessed in hundreds of millions of dollars annually in the countries where it settles.

Biological alternative

Chemical insecticides such as malatión have been traditionally used, but they are not effective for the control of the C. capitata. In addition, their use presents a series of drawbacks such as environmental pollution, dangerousness for the staff, the need of safety periods before the commercialization of the fruit, insects-resistance phenomena, etc.

As the European legislation is getting increasingly strict with regard to the use of chemical insecticides –the use of malatión is forbidden since June of 2007-, the alternative of biological control is gaining prominence and is becoming a new exploitation field.

In this sense, the results obtained by the scientists from Granada are promising, as at present there is not any bio-insecticide in the market based on bacteria and active against this plague. In addition, this is a new technique for the of the Mediterranean fruit fly, environmentally friendly, non-toxic, easy to produce, and can be supplied by conventional methods.

The researchers maintain that the development of a commercial product based on these bacteria will mean an important advance for the agricultural industry.
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Scientists of the UGR obtain a bioinsecticide to control the Mediterranean fruit fly

Escrito por

Scientists of the UGR obtain a bioinsecticide to control the Mediterranean fruit fly

The Mediterranean fruit fly, Ceratitis capitata, is a world plague which represents one of the most serious problems for agriculture. However, the control methods currently present in the market for this plague are ineffective.

The research group of the Institute of Biotechnology of the University of Granada (Spain) has isolated and identified a stump of the genus Bacillus, extremely toxic for larvae of C. capitata. After subjecting such stump to a specific treatment, protected by a patent, we have managed to increase notably its toxicity against this fly.

According to Dr. Susana Vilchez (hired by the Ramón y Cajal), the Mediterranean fruit fly has a special economic relevance in the Mediterranean countries, like Spain. Given the capacity of the C. capitata to tolerate colder climates than the rest of the species of flies and their wide range of host plants, the C. capitata has been considered as one of the most important species from the point of view of economy. This plague attacks more than 260 species of fruits, flowers or nuts of agricultural fruits and it has been estimated that causes losses assessed in hundreds of millions of dollars annually in the countries where it settles.

Biological alternative Chemical insecticides such as malatión have been traditionally used, but they are not effective for the control of the C. capitata. In addition, their use presents a series of drawbacks such as environmental pollution, dangerousness for the staff, the need of safety periods before the commercialization of the fruit, insects-resistance phenomena, etc.

As the European legislation is getting increasingly strict with regard to the use of chemical insecticides –the use of malatión is forbidden since June of 2007-, the alternative of biological control is gaining prominence and is becoming a new exploitation field.

In this sense, the results obtained by the scientists from Granada are promising, as at present there is not any bio-insecticide in the market based on bacteria and active against this plague. In addition, this is a new technique for the of the Mediterranean fruit fly, environmentally friendly, non-toxic, easy to produce, and can be supplied by conventional methods.

The researchers maintain that the development of a commercial product based on these bacteria will mean an important advance for the agricultural industry.
Descargar

Scientists obtain a bioinsecticide to control the Mediterranean fruit fly

Escrito por

Scientists obtain a bioinsecticide to control the Mediterranean fruit fly

The research group of the Institute of Biotechnology of the University of Granada (Spain) has isolated and identified a stump of the genus Bacillus, extremely toxic for larvae of C. capitata. After subjecting such stump to a specific treatment, protected by a patent, we have managed to increase notably its toxicity against this fly.

The Mediterranean fruit fly, Ceratitis capitata, is a world plague which represents one of the most serious problems for agriculture. However, the control methods currently present in the market for this plague are ineffective.

The research group of the Institute of Biotechnology of the University of Granada (Spain) has isolated and identified a stump of the genus Bacillus, extremely toxic for larvae of C. capitata. After subjecting such stump to a specific treatment, protected by a patent, we have managed to increase notably its toxicity against this fly.

According to Dr. Susana Vilchez (hired by the Ramón y Cajal), the Mediterranean fruit fly has a special economic relevance in the Mediterranean countries, like Spain. Given the capacity of the C. capitata to tolerate colder climates than the rest of the species of flies and their wide range of host plants, the C. capitata has been considered as one of the most important species from the point of view of economy. This plague attacks more than 260 species of fruits, flowers or nuts of agricultural fruits and it has been estimated that causes losses assessed in hundreds of millions of dollars annually in the countries where it settles.

Biological alternative

Chemical insecticides such as malatión have been traditionally used, but they are not effective for the control of the C. capitata. In addition, their use presents a series of drawbacks such as environmental pollution, dangerousness for the staff, the need of safety periods before the commercialization of the fruit, insects-resistance phenomena, etc.

As the European legislation is getting increasingly strict with regard to the use of chemical insecticides -the use of malatión is forbidden since June of 2007-, the alternative of biological control is gaining prominence and is becoming a new exploitation field.

In this sense, the results obtained by the scientists from Granada are promising, as at present there is not any bio-insecticide in the market based on bacteria and active against this plague. In addition, this is a new technique for the of the Mediterranean fruit fly, environmentally friendly, non-toxic, easy to produce, and can be supplied by conventional methods.

The researchers maintain that the development of a commercial product based on these bacteria will mean an important advance for the agricultural industry.
Descargar

Bioinsecticide To Control The Mediterranean Fruit Fly

Escrito por

Bioinsecticide To Control The Mediterranean Fruit Fly

The Mediterranean fruit fly, Ceratitis capitata, is a world plague which represents one of the most serious problems for agriculture. However, the control methods currently present in the market for this plague are ineffective.

The research group of the Institute of Biotechnology of the University of Granada (Spain) has isolated and identified a stump of the genus Bacillus, extremely toxic for larvae of C. capitata. After subjecting such stump to a specific treatment, protected by a patent, they have managed to increase notably its toxicity against this fly.

According to Dr. Susana Vilchez (hired by the Ramón y Cajal), the Mediterranean fruit fly has a special economic relevance in the Mediterranean countries, like Spain. Given the capacity of the C. capitata to tolerate colder climates than the rest of the species of flies and their wide range of host plants, the C. capitata has been considered as one of the most important species from an economic point of view. This plague attacks more than 260 species of fruits, flowers or nuts of agricultural fruits and it has been estimated that it causes losses assessed in hundreds of millions of dollars annually in the countries where it becomes established.

Biological alternative

Chemical insecticides such as malatión have been traditionally used, but they are not effective for the control of the C. capitata. In addition, their use presents a series of drawbacks such as environmental pollution, dangerousness for the staff, the need of safety periods before the commercialization of the fruit, insects-resistance phenomena, etc.

As the European legislation is getting increasingly strict with regard to the use of chemical insecticides — the use of malatión has been forbidden since June of 2007 — the alternative of biological control is gaining prominence.

The results obtained by the scientists from Granada are promising, as at present there is not any bio-insecticide in the market based on bacteria and active against this plague. In addition, this is a new technique for the Mediterranean fruit fly, environmentally friendly, non-toxic, easy to produce, and one that can be supplied by conventional methods.

The researchers maintain that the development of a commercial product based on these bacteria will mean an important advance for the agricultural industry.
Descargar