El PTS capta 18 millones en ayudas del Ministerio de Ciencia frente a los nueve del año pasado

El PTS capta 18 millones en ayudas del Ministerio de Ciencia frente a los nueve del año pasado

El Parque Tecnológico de Ciencias de la Salud (PTS) ha recibido, en apenas 15 dí­as, más de 18 millones de euros de los fondos nacionales para parques cientí­ficos y tecnológicos que concede el Ministerio de Ciencia e Innovación a través de las convocatorias de ayudas destinadas a las tecnópolis.

Así­ lo informaron hoy el delegado provincial de Innovación, Ciencia y Empresa, Francisco Cuenca, y el gerente del PTS, Jesús Quero, para quien estos 18 millones de euros suponen «un fuerte respaldo institucional» a la labor investigadora del recinto, puesto que se ha doblado la inversión de nueve millones obtenida el año pasado.

Concretamente, el PTS ha captado en estos dí­as 10,7 millones del programa de infraestructuras para proyectos de la Fundación Medina, la Universidad de Granada, el CSIC, las empresas Neuron Biopharma y Clí­nicas Cabrera, o la propia Fundación PTS, entre otras entidades.

Respecto a la convocatoria de investigación aplicada, el PTS ha recibido 3,4 millones de euros para iniciativas impulsadas por empresas como Intergromics, Laimat, la Fundación Medina, Biomaslinic o Rovi.

También destaca el convenio firmado entre el Ministerio de Ciencia e Innovación y la Fundación PTS por el que se le concede al parque una subvención directa para llevar a cabo el proyecto de construcción de edificios de I+D+i como el Centro de Investigación y Desarrollo y el Centro Coordinador de Andalucí­a Bioregión.

Estos incentivos no sólo corresponden a elementos constructivos sino también a equipamientos y proyectos de investigación, de modo que «cuando hablamos del PTS ya no sólo nos referimos a espacios de construcción sino a proyectos de investigación que están empezando a dar sus frutos y que en poco tiempo desarrollarán patentes y productos», señaló el delegado de Innovación.
Descargar


Ideal

Pág. 8 y 9: La Universidad recupera su “yate de lujo” para la cultura tras una década |La UGR pide una base de datos mundial para identificar víctimas |La institución invierte tres millones de euros en su Plan de Docencia
Pág. 14: Granada lidera las investigaciones contra un tipo de leucemia infantil |El PTS recibe una partida del Gobierno para investigación que dobla la de 2008
Pág. 16: Aprendiendo cada día de los mejores profesionales
Pág. 55 – Aula de cultura: El reto de la Universiada de invierno de 2015 para Granada
Descargar


El País

ANDALUCÍA – Pág. 2: Un estudio identifica las células madre en un tipo de leucemia infantil
Descargar


Granada Hoy

Pág. 2: Todos por la excelencia
Pág. 6 y 7: El Banco de Células Madre suma un nuevo hito en la lucha contra la leucemia infantil
Pág. 8: Siguiente paso en Alfacar: ver a cuántos cuerpos pertenecen los restos
Pág. 14: Las anomalías en los exámenes lideran las inspecciones en la UGR |Proponen una base de datos para identificar víctimas de catástrofes
Pág. 24 y 25: Agenda: “Atrapados en el hielo” |“Caelum & Terra”
Pág. 56: El imparable CDU juega con la CEUV en Fuentenueva |El CDU vuelve a jugar dos duelos el mismo día, en Granada y Cádiz
Pág. 58: Las actitudes éticas a través de la actividad física y el deporte, a debate en el Car de Sierra Nevada
Pág. 64: Una quincena de intérpretes participan en el Certamen Andrés Segovia
Descargar


Scientists identify and characterize different antioxidant compounds from foods

Scientists identify and characterize different antioxidant compounds from foods

Scientists at the University of Granada have identified and characterized for the first time different antioxidant compounds from foods such as olive oil, honey, walnuts and a medicinal herb called Teucrium polium. They have used two new techniques, capillary electrophoresis and high resolution liquid chromatography, that have enabled them to identify and quantify a great part of the phenolic compounds contained in these foods

Functional foods such as olive oil, honey, walnuts and a medicinal herb called Teucrium polium are able to provide different health benefits, so their study and characterization is of great interest. Among the compounds that give such functional characteristics to these foods are phenolic compounds that have generated great interest due to their antioxidant capacity, which endows them with a chemopreventive effect in humans and causes them to have a great influence on the stability of oxidation present in food. Therefore, according to UGR researchers, the «identification and quantification [of these compounds] is a good means for the characterization of foods that contain them.»

This work has been performed by Ana Mar-a G-mez Caravaca, and directed by Professors Alberto Fern-ndez Guti-rrez and Antonio Segura Carretero, from the Department of Analytical Chemistry at the UGR.

Scientists stress that phenolic compounds have a high antioxidant power and also influence the organoleptic properties of food. Therefore, studies such as the one carried out at the UGR are of great interest because they can determine the amount of these compounds present in foods, and also what compounds are included in every matrix, being able to even determine which one presents a higher activity and its concrete action.

Phenolic Fraction

This research has shown the potential of these techniques for the separation, identification and quantification of the phenolic fraction of vegetable matrices, using appropriate methodologies for this purpose and in the case of olive oil, studying certain technical parameters that affect the phenolic profile.

Information obtained by scientists from the UGR is useful because these compounds have many beneficial health properties. It is widely reported that they have a high antioxidant activity and are able to positively influence the organism by preventing the onset of certain diseases (diabetes, obesity, cardiovascular diseases, cancer, arterial hypertension, etc.).

The laboratory analyses were performed using the separation techniques of capillary electrophoresis and HPLC coupled to different types of detectors (UV-Vis, MS, NMR). Capillary electrophoresis connected to mass spectrometry proved to be innovative, as it had never before been used for the analysis of the phenolic fraction of honey and walnut. Moreover, these methods allowed identification of some phenolic compounds in these foods for the first time – a point of great interest for its possible antioxidant activity in the phenolic fraction.
Descargar


New antioxidant compounds have been identified in foods such as olive oil, honey and nuts

New antioxidant compounds have been identified in foods such as olive oil, honey and nuts

Scientists at the University of Granada have identified and characterized for the first time different antioxidant compounds from foods such as olive oil, honey, walnuts and a medicinal herb called Teucrium polium. They have used two new techniques, capillary electrophoresis and high resolution liquid chromatography, that have enabled them to identify and quantify a great part of the phenolic compounds contained in these foods. Functional foods such as olive oil, honey, walnuts and a medicinal herb called Teucrium polium are able to provide different health benefits, so their study and characterization is of great interest. Among the compounds that give such functional characteristics to these foods are phenolic compounds that have generated great interest due to their antioxidant capacity, which endows them with a chemopreventive effect in humans and causes them to have a great influence on the stability of oxidation present in food. Therefore, according to UGR researchers, the «identification and quantification [of these compounds] is a good means for the characterization of foods that contain them.»

This work has been performed by Ana María Gómez Caravaca, and directed by Professors Alberto Fernández Gutiérrez and Antonio Segura Carretero, from the Department of Analytical Chemistry at the UGR.

Scientists stress that phenolic compounds have a high antioxidant power and also influence the organoleptic properties of food. Therefore, studies such as the one carried out at the UGR are of great interest because they can determine the amount of these compounds present in foods, and also what compounds are included in every matrix, being able to even determine which one presents a higher activity and its concrete action.

Phenolic Fraction

This research has shown the potential of these techniques for the separation, identification and quantification of the phenolic fraction of vegetable matrices, using appropriate methodologies for this purpose and in the case of olive oil, studying certain technical parameters that affect the phenolic profile.

Information obtained by scientists from the UGR is useful because these compounds have many beneficial health properties. It is widely reported that they have a high antioxidant activity and are able to positively influence the organism by preventing the onset of certain diseases (diabetes, obesity, cardiovascular diseases, cancer, arterial hypertension, etc.).

The laboratory analyses were performed using the separation techniques of capillary electrophoresis and HPLC coupled to different types of detectors (UV-Vis, MS, NMR). Capillary electrophoresis connected to mass spectrometry proved to be innovative, as it had never before been used for the analysis of the phenolic fraction of honey and walnut. Moreover, these methods allowed identification of some phenolic compounds in these foods for the first time – a point of great interest for its possible antioxidant activity in the phenolic fraction.
Descargar


New antioxidant compounds have been identified in foods such as olive oil, honey and nuts

New antioxidant compounds have been identified in foods such as olive oil, honey and nuts

Scientists at the University of Granada have identified and characterized for the first time different antioxidant compounds from foods such as olive oil, honey, walnuts and a medicinal herb called Teucrium polium. They have used two new techniques, capillary electrophoresis and high resolution liquid chromatography, that have enabled them to identify and quantify a great part of the phenolic compounds contained in these foods.

Functional foods such as olive oil, honey, walnuts and a medicinal herb called Teucrium polium are able to provide different health benefits, so their study and characterization is of great interest. Among the compounds that give such functional characteristics to these foods are phenolic compounds that have generated great interest due to their antioxidant capacity, which endows them with a chemopreventive effect in humans and causes them to have a great influence on the stability of oxidation present in food. Therefore, according to UGR researchers, the «identification and quantification [of these compounds] is a good means for the characterization of foods that contain them.»

This work has been performed by Ana María Gómez Caravaca, and directed by Professors Alberto Fernández Gutiérrez and Antonio Segura Carretero, from the Department of Analytical Chemistry at the UGR.

Scientists stress that phenolic compounds have a high antioxidant power and also influence the organoleptic properties of food. Therefore, studies such as the one carried out at the UGR are of great interest because they can determine the amount of these compounds present in foods, and also what compounds are included in every matrix, being able to even determine which one presents a higher activity and its concrete action.

Phenolic Fraction

This research has shown the potential of these techniques for the separation, identification and quantification of the phenolic fraction of vegetable matrices, using appropriate methodologies for this purpose and in the case of olive oil, studying certain technical parameters that affect the phenolic profile.

Information obtained by scientists from the UGR is useful because these compounds have many beneficial health properties. It is widely reported that they have a high antioxidant activity and are able to positively influence the organism by preventing the onset of certain diseases (diabetes, obesity, cardiovascular diseases, cancer, arterial hypertension, etc.).

The laboratory analyses were performed using the separation techniques of capillary electrophoresis and HPLC coupled to different types of detectors (UV-Vis, MS, NMR). Capillary electrophoresis connected to mass spectrometry proved to be innovative, as it had never before been used for the analysis of the phenolic fraction of honey and walnut. Moreover, these methods allowed identification of some phenolic compounds in these foods for the first time – a point of great interest for its possible antioxidant activity in the phenolic fraction.
Descargar


Antioxidant Compounds Found In Foods Such As Olive Oil, Honey And Nuts

Antioxidant Compounds Found In Foods Such As Olive Oil, Honey And Nuts

Scientists at the University of Granada have identified and characterized for the first time different antioxidant compounds from foods such as olive oil, honey, walnuts and a medicinal herb called Teucrium polium. They have used two new techniques, capillary electrophoresis and high resolution liquid chromatography, that have enabled them to identify and quantify a great part of the phenolic compounds contained in these foods.

Functional foods such as olive oil, honey, walnuts and a medicinal herb called Teucrium polium are able to provide different health benefits, so their study and characterization is of great interest. Among the compounds that give such functional characteristics to these foods are phenolic compounds that have generated great interest due to their antioxidant capacity, which endows them with a chemopreventive effect in humans and causes them to have a great influence on the stability of oxidation present in food. Therefore, according to UGR researchers, the «identification and quantification [of these compounds] is a good means for the characterization of foods that contain them.»

This work has been performed by Ana María Gómez Caravaca, and directed by Professors Alberto Fernández Gutiérrez and Antonio Segura Carretero, from the Department of Analytical Chemistry at the UGR.

Scientists stress that phenolic compounds have a high antioxidant power and also influence the organoleptic properties of food. Therefore, studies such as the one carried out at the UGR are of great interest because they can determine the amount of these compounds present in foods, and also what compounds are included in every matrix, being able to even determine which one presents a higher activity and its concrete action.

Phenolic Fraction
This research has shown the potential of these techniques for the separation, identification and quantification of the phenolic fraction of vegetable matrices, using appropriate methodologies for this purpose and in the case of olive oil, studying certain technical parameters that affect the phenolic profile.

Information obtained by scientists from the UGR is useful because these compounds have many beneficial health properties. It is widely reported that they have a high antioxidant activity and are able to positively influence the organism by preventing the onset of certain diseases (diabetes, obesity, cardiovascular diseases, cancer, arterial hypertension, etc.).

The laboratory analyses were performed using the separation techniques of capillary electrophoresis and HPLC coupled to different types of detectors (UV-Vis, MS, NMR). Capillary electrophoresis connected to mass spectrometry proved to be innovative, as it had never before been used for the analysis of the phenolic fraction of honey and walnut. Moreover, these methods allowed identification of some phenolic compounds in these foods for the first time – a point of great interest for its possible antioxidant activity in the phenolic fraction.

The results obtained during this PhD thesis have resulted in nine publications in international journals such as Electrophoresis, Journal of Chromatography, and Journal of Agricultural and Food Chemistry.

Reference: Ana Mª Gómez Caravaca, Department of Analytical Chemistry, University of Granada.
Descargar


New antioxidant compounds have been identified in foods such as olive oil, honey and nuts

New antioxidant compounds have been identified in foods such as olive oil, honey and nuts

Scientists at the University of Granada have identified and characterized for the first time different antioxidant compounds from foods such as olive oil, honey, walnuts and a medicinal herb called Teucrium polium. They have used two new techniques, capillary electrophoresis and high resolution liquid chromatography, that have enabled them to identify and quantify a great part of the phenolic compounds contained in these foods.

Functional foods such as olive oil, honey, walnuts and a medicinal herb called Teucrium polium are able to provide different health benefits, so their study and characterization is of great interest. Among the compounds that give such functional characteristics to these foods are phenolic compounds that have generated great interest due to their antioxidant capacity, which endows them with a chemopreventive effect in humans and causes them to have a great influence on the stability of oxidation present in food. Therefore, according to UGR researchers, the «identification and quantification [of these compounds] is a good means for the characterization of foods that contain them.»

This work has been performed by Ana Mara Gmez Caravaca, and directed by Professors Alberto Fernndez Gutirrez and Antonio Segura Carretero, from the Department of Analytical Chemistry at the UGR.

Scientists stress that phenolic compounds have a high antioxidant power and also influence the organoleptic properties of food. Therefore, studies such as the one carried out at the UGR are of great interest because they can determine the amount of these compounds present in foods, and also what compounds are included in every matrix, being able to even determine which one presents a higher activity and its concrete action.

Phenolic Fraction

This research has shown the potential of these techniques for the separation, identification and quantification of the phenolic fraction of vegetable matrices, using appropriate methodologies for this purpose and in the case of olive oil, studying certain technical parameters that affect the phenolic profile.

Information obtained by scientists from the UGR is useful because these compounds have many beneficial health properties. It is widely reported that they have a high antioxidant activity and are able to positively influence the organism by preventing the onset of certain diseases (diabetes, obesity, cardiovascular diseases, cancer, arterial hypertension, etc.).

The laboratory analyses were performed using the separation techniques of capillary electrophoresis and HPLC coupled to different types of detectors (UV-Vis, MS, NMR). Capillary electrophoresis connected to mass spectrometry proved to be innovative, as it had never before been used for the analysis of the phenolic fraction of honey and walnut. Moreover, these methods allowed identification of some phenolic compounds in these foods for the first time – a point of great interest for its possible antioxidant activity in the phenolic fraction.

The results obtained during this PhD thesis have resulted in nine publications in international journals such as Electrophoresis, Journal of Chromatography, and Journal of Agricultural and Food Chemistry.
Descargar


Multinational Toshiba has chosen Granada to host the 1st Spanish-Japanese Meeting on ICTs

Multinational Toshiba has chosen Granada to host the 1st Spanish-Japanese Meeting on ICTs

Japanese Meeting on Frontier Technologies: «Realities and Challenges in Information and Communication Technologies (ICT)», a top-level scientific meeting sponsored by the Toshiba International Foundation (TIFO) and organized by the University of Granada. This meeting will host some of the foremost experts on ICTs from Japan.

The Higher Technical School of Computer Sciences and Telecommunications Engineering of the UGR, has been chosen to host this forum for exchange of scientific knowledge, to be held in November from 24th and 26th. The meeting will bring together more than 200 people from all over Spain plus a large Japanese delegation.

The UGR, a reference

As explained by the delegate of the Rector for Information and Communication Technologies, José Luis Verdegay Galdeano, the objective of this conference is that Japanese scientists «know first-hand the enormous potential of research projects conducted at the Higher Technical School of Computer Sciences and Telecommunications Engineering, which has made this university a world reference as regards to ICTs».

Among Japanese speakers participating in the «1st Spanish – Japanese Meeting on Frontier Technologies: «Realities and Challenges in ICTs», are outstanding professors such as Sadaoki Furui (Tokyo Institute of Technology in Tokyo); Kaoru Hirota (Tokyo Institute of Technology in Yokohama); Hisao Ishibuchi (Osaka Prefecture University); Kazuo Tanaka (University of Electro-Communications, Tokyo) and Takeshi Yamakawa (Kyushu Institute of Technology).

This meeting will contribute to enhancing future scientific exchanges between Japan and Spain; introducing the latest technological advances in areas such as ICTs, computational and artificial intelligence and brain science; promoting partnerships between the University of Granada and Japanese academic institutions, and encouraging mutual understanding between both institutions.
Descargar


Másteres gratuitos para titulados en paro

Másteres gratuitos para titulados en paro

La crisis económica mundial también afecta a los titulados universitarios que, pese a su nivel educativo, se ven muchas veces en las filas del paro. Para paliar en parte esta situación, el Ministerio de Educación ha convocado becas para másteres y títulos propios.
El paro es una situación que nadie desea vivir, pero en el caso de que te toque, un buen planteamiento es pensar en aprovechar el tiempo para completar tus estudios o mejorar tus conocimientos de idiomas. El único problema de esto es que no todo el mundo se lo puede permitir, ya que al hecho de no tener trabajo y no recibir un sueldo se suma el tener que pagar por los estudios que se deseen cursar.

Para hacer posible que muchos titulados en paro cursen estudios de posgrado, el Ministerio de Educación ha lanzado becas para pagar las matrículas de los mismos, en colaboración con los gobiernos de las Comunidades Autónomas.

En el caso de la Universidad de Granada, se han ofertado plazas para los expertos propios en Marketing Político (tanto para el de estrategias electorales como el de comunicación política), en Derecho de la Seguridad Social y en Derecho de Extranjería; y para el máster propio en Paisajismo, Jardinería y Espacio Público.

Para poder acceder a estas becas es necesario ser titulado universitario, tener entre 25 y 40 años, encontrarse en situación legal de desempleo y tener reconocido el derecho a percibir la correspondiente prestación económica.

Para solicitarlas se puede acceder a una aplicación electrónica de la página web de la Junta de Andalucía, juntadeandalucia.es o a través de escuelaposgrado.ugr.es, en el caso de los títulos propios.

Se pueden solicitar las ayudas tanto al Ministerio como a la Junta de Andalucía, pero aquellos que hayan presentado dos solicitudes, sólo se podrán beneficiar de una de ellas.
Descargar


Granada acogerá el Congreso Internacional de Nutrición

Granada acogerá el Congreso Internacional de Nutrición

Expertos de renombre internacional se darán cita en septiembre de 2013 en el Palacio de Exposiciones y Congresos de Granada con motivo de la vigésima edición del Congreso Internacional de Nutrición (ICN), en el que se analizarán los retos de la nutrición mundial.

El evento promoverá la investigación en el ámbito alimenticio mediante la cooperación internacional y el fomento de la colaboración entre científicos de los cinco continentes, ha explicado el profesor de la Universidad de Granada (UGR) y presidente de este evento, Ángel Gil.

La cita tendrá lugar del 15 al 20 de septiembre de 2013 después de que la candidatura haya sido la elegida y cuya propuesta, formulada en 2005, haya contado con el apoyo institucional de la Sociedad Española de Nutrición, la UGR y el Palacio de Congresos, éste último en lo relativo a la captación y presentación de la candidatura, ha informado la instalación en una nota.

El programa de la cita de 2013 abordará la nutrición como una disciplina integradora, centrándose entre otras cuestiones en su vinculación a otras disciplinas como la biomedicina, la alimentación, la agricultura y las ciencias sociales bajo el lema «Uniendo culturas a través de la nutrición».

La edición 2009 de este congreso se celebró el pasado octubre en Bangkok (Tailandia), en donde se trató la «Seguridad nutricional para todos» y en el que se analizaron los desafíos presentes y futuros ante la actual situación de hambre en el mundo, especialmente ante la necesidad de asegurad el abastecimiento de alimentos seguros y suficientes a los pueblos de todo el mundo.
Descargar