Childhood nutrition: healthy kids, healthier adults

– Childhood nutrition: healthy kids, healthier adults.

Early this year, scientists from 16 countries combined their efforts to begin studying the link between childrens nutrition and the development of adult diseases such as diabetes or allergies.

The early years in a childs development have profound impacts on him or her well into adulthood, scientists are only now finding out just how far-reaching the impact of the early developmental years is for adult wellbeing, one European project is collating data that will help frame policy-making in the years to come.

Early this year, scientists from 16 countries combined their efforts to begin studying the link between childrens nutrition and the development of adult diseases such as diabetes or allergies. This ambitious initiative is the first of its type in Europe with such an extensive reach.

Heading up this initiative is Professor Cristina Campoy Folgoso, who is keen to point out that early nutrition programming is quite a recent subject in the health and science field today. Different studies show how food can have long-term consequences in childrens growth and health during pregnancy, the breastfeeding period and childhood. Moreover, food can also have influence over the later onset of diseases, she stated.

Financed by the European Commission, the EARNEST project or the Early Nutrition Programming Project, aims to help in the development of policies, information campaigns, documents, guides and recommendations on the nutritional components of childrens food, for the improvement of childrens formulas. It also collaborates in the design of plans for preventing and avoiding nutrition effects on the metabolism.

To achieve these aims, researchers from the Department of Paediatrics of the University of Granada have entered into collaboration with another 38 universities and companies from 16 European countries. Their combined efforts will help researchers create a more thorough understanding of the effects of childrens nutrition on the onset of cardiovascular problems, diabetes, obesity, allergies, weak bones, motor neuron function and childrens behavioural aspects.

The project will carry out randomly assigned clinical tests and nutritional interventions during pregnancy and childhood, pilot studies, tests on animals, cells and genomita. The team will also look at social and economic studies connected with nutrition in the first stages of life and their significance in the development of later diseases.

The researchers hope to find the genetic mechanism of diseases such as diabetes and obesity. It is common knowledge that breastfed childrens growth kinetics differ from those fed with commercial foods. These children easily gain weight and height. Obesity is a growing global epidemic and begins, partly, during child development, explains Professor Campoy Folgoso. Considering these consequences, one of the purposes of the project is to study whether breastfeeding can prevent a later risk of obesity.

The countries taking part in the project are Belarus, Belgium, Czech Republic, Denmark, Finland, France, Germany, Hungary, Italy, the Netherlands, Norway, Poland, Spain, Sweden, Switzerland and the UK.
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Olive compound may prevent cancer

– Olive compound may prevent cancer

Researchers at the University of Granada have discovered a compound in olives that can help in preventing cancer.

Maslinic acid is a compound present in the leaf and the olive skin wax extracted from alpeorujo (crushed olive pulp) that can regulate cancer cell growth and prevents their appearance.

The acid controls the hyperplasia, proliferation of cells within an organ or tissue and hypertrophy, the increase of the size of an organ or in a select area of the tissue, typical of this disease.

According to lead researchers Professor Jose Antonio Lupianez Cara, of the department of Biochemistry and Molecular Biology I and Ph D student Fernando Jesus Reyes Zurita, unlike other anti-carcinogenic products, maslinic acid is a natural compound, thus is less toxic. In addition it only acts on carcinogenic cells, whose pH is more acid than usual and can inhibit cancer appearance in those cells with a higher predisposition to develop it.

Though the researchers only analysed the effect of maslinic acid in the treatment of colon cancer but they have said that it can be used in different types of tumours. (ANI)
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A Natural Compound Extracted From Olive Inhibits Cancer Cells Growth And Prevents Their Appearance

– A Natural Compound Extracted From Olive Inhibits Cancer Cells Growth And Prevents Their Appearance.

A research group of the University of Granada has found out that maslinic acid, a compound present in the leaf and the olive skin wax extracted from alpeorujo (crushed olive pulp), has the capacity of preventing cancer as well as regulating apoptosis in carcinogenic processes.

Maslinic acid is a protease inhibitor that, among other features, has the capacity of regulating cell growth. It is useful for cancer treatment, as it allows to control the hyperplasia and hypertrophy processes, typical of this disease. The scientists of the UGR have characterized for the first time maslinic acid action from the molecular point of view when it is applied to the development of tumour cells.

This work has been carried out by Ph D student Fernando Jesús Reyes Zurita, and directed by Professor José Antonio Lupiáñez Cara, of the department of Biochemistry and Molecular Biology I. According to them, the advantages of maslinic acid are three: Unlike other anti-carcinogenic products, highly cytotoxic, it is a natural compound and, therefore, less toxic. In addition, it is selective, this is, it only acts on carcinogenic cells, whose pH is more acid than usual. And lastly, it has a preventive nature, as it can inhibit cancer appearance in those cells with a higher predisposition to develop it.

For all types of cancer

Although the research group of Professor Lupiáñez Cara has analysed the effect of maslinic acid in the treatment of colon cancer, it can be used in different types of tumours. For the moment, their research works have been developed in colon carcinoma lines and transgenic mice, but they have not dismissed the possibility of applying them to humans in future.

Maslinic acid is a pentacyclic terpene which, besides being anti-carcinogenic, it has anti-inflammatory and antioxidant effects and can be found in high concentrations in olive skin wax. At present, the only production plant of this substance at a semi-industrial level in the whole world is at the Faculty of Sciences of the University of Granada.
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Olive compound may prevent cancer

– Olive compound may prevent cancer

Researchers at the University of Granada have discovered a compound in olives that can help in preventing cancer.

Maslinic acid is a compound present in the leaf and the olive skin wax extracted from alpeorujo (crushed olive pulp) that can regulate cancer cell growth and prevents their appearance.

The acid controls the hyperplasia, proliferation of cells within an organ or tissue and hypertrophy, the increase of the size of an organ or in a select area of the tissue, typical of this disease.

According to lead researchers Professor Jose Antonio Lupianez Cara, of the department of Biochemistry and Molecular Biology I and Ph D student Fernando Jesus Reyes Zurita, unlike other anti-carcinogenic products, maslinic acid is a natural compound, thus is less toxic. In addition it only acts on carcinogenic cells, whose pH is more acid than usual and can inhibit cancer appearance in those cells with a higher predisposition to develop it.

Though the researchers only analysed the effect of maslinic acid in the treatment of colon cancer but they have said that it can be used in different types of tumours. (ANI)
Descargar


Olive compound may prevent cancer

– Olive compound may prevent cancer

Researchers at the University of Granada have discovered a compound in olives that can help in preventing cancer.

Maslinic acid is a compound present in the leaf and the olive skin wax extracted from alpeorujo (crushed olive pulp) that can regulate cancer cell growth and prevents their appearance.

The acid controls the hyperplasia, proliferation of cells within an organ or tissue and hypertrophy, the increase of the size of an organ or in a select area of the tissue, typical of this disease.

According to lead researchers Professor Jose Antonio Lupianez Cara, of the department of Biochemistry and Molecular Biology I and Ph D student Fernando Jesus Reyes Zurita, unlike other anti-carcinogenic products, maslinic acid is a natural compound, thus is less toxic. In addition it only acts on carcinogenic cells, whose pH is more acid than usual and can inhibit cancer appearance in those cells with a higher predisposition to develop it.

Though the researchers only analysed the effect of maslinic acid in the treatment of colon cancer but they have said that it can be used in different types of tumours.
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Consuming extra virgin olive oil helps to combat degenerative diseases such as cancer

– Consuming extra virgin olive oil helps to combat degenerative diseases such as cancer

In the 1960s, Ancer Keys, a US expert on nutrition, studied the health benefits of the Mediterranean diet for the first time. Since then many studies on the benefits of olive oil have been conducted. According to several studies performed in Italy, Spain and Greece (the main olive-oil-producing countries), the incidence of diseases is lower in these countries than in Northern Europe.

The Environmental, Biochemical and Nutritional Analytical-Control Research Group, directed by Professors Alberto Fernndez Gutirrez and Antonio Segura Carretero, used the most advanced analytical techniques for a precise study on the antioxidant properties of olive oil, characterized by its polyphenolic composition and its potential to combat degenerative diseases.

The study was completed with the collaboration of the Institut of Nutrition and Food Technology of the University of Granada and the Nutrition Team of the Hospital Virgen de las Nieves (Granada). Together with the Research Group, they have determined that consumption of olive oil rich in polyphenols (natural antioxidants) improves the lives of people suffering from oxidative stress, and is also highly beneficial for the prevention of cell aging and osteoporosis.

This research has stirred the interest of the Control Board of the Designation of Origin Sierra Segura. After analysing samples from 15 olive oil mills, researchers have demonstrated that olive oil is very rich in polyphenols. According to Professors Alberto Fernndez and Antonio Segura, as preventive substances, polyphenols help to combat any oxidative disease associated with the degenerative process.

The Environmental, Biochemical and Nutritional Analytical-Control Research Group of the University of Granada has carried out several related studies, such as the creation of a system aimed at guaranteeing the quality of bee honey and determining its geographical origin, or the polyphenolic characterization of food products such as honey, beer and propolis.

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Olives inhibit cancer cells growth and prevents their appearance

– Olives inhibit cancer cells growth and prevents their appearance.

A research group of the University of Granada has found out that maslinic acid, a compound present in the leaf and the olive skin wax extracted from alpeorujo (crushed olive pulp), has the capacity of preventing cancer as well as regulating apoptosis in carcinogenic processes.

Maslinic acid is a protease inhibitor that, among other features, has the capacity of regulating cell growth. It is useful for cancer treatment, as it allows to control the hyperplasia and hypertrophy processes, typical of this disease. The scientists of the UGR have characterized for the first time maslinic acid action from the molecular point of view when it is applied to the development of tumour cells.

This work has been carried out by Ph D student Fernando Jes?s Reyes Zurita, and directed by Professor Jos? Antonio Lupi??ez Cara, of the department of Biochemistry and Molecular Biology I. According to them, the advantages of maslinic acid are three: Unlike other anti-carcinogenic products, highly cytotoxic, it is a natural compound and, therefore, less toxic. In addition, it is selective, this is, it only acts on carcinogenic cells, whose pH is more acid than usual. And lastly, it has a preventive nature, as it can inhibit cancer appearance in those cells with a higher predisposition to develop it.

For all types of cancer

Although the research group of Professor Lupi??ez Cara has analysed the effect of maslinic acid in the treatment of colon cancer, it can be used in different types of tumours. For the moment, their research works have been developed in colon carcinoma lines and transgenic mice, but they have not dismissed the possibility of applying them to humans in future.

Maslinic acid is a pentacyclic terpene which, besides being anti-carcinogenic, it has anti-inflammatory and antioxidant effects and can be found in high concentrations in olive skin wax. At present, the only production plant of this substance at a semi-industrial level in the whole world is at the Faculty of Sciences of the University of Granada.-Universidad de Granada

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A compound extracted from olives inhibits cancer cells growth and prevents their appearance

– A compound extracted from olives inhibits cancer cells growth and prevents their appearance

A research group of the University of Granada has found out that maslinic acid, a compound present in the leaf and the olive skin wax extracted from alpeorujo (crushed olive pulp), has the capacity of preventing cancer as well as regulating apoptosis in carcinogenic processes.

Maslinic acid is a protease inhibitor that, among other features, has the capacity of regulating cell growth. It is useful for cancer treatment, as it allows to control the hyperplasia and hypertrophy processes, typical of this disease. The scientists of the UGR have characterized for the first time maslinic acid action from the molecular point of view when it is applied to the development of tumour cells.

This work has been carried out by Ph D student Fernando Jesús Reyes Zurita, and directed by Professor José Antonio Lupiáñez Cara, of the department of Biochemistry and Molecular Biology I. According to them, the advantages of maslinic acid are three: Unlike other anti-carcinogenic products, highly cytotoxic, it is a natural compound and, therefore, less toxic. In addition, it is selective, this is, it only acts on carcinogenic cells, whose pH is more acid than usual. And lastly, it has a preventive nature, as it can inhibit cancer appearance in those cells with a higher predisposition to develop it.

For all types of cancer

Although the research group of Professor Lupiáñez Cara has analysed the effect of maslinic acid in the treatment of colon cancer, it can be used in different types of tumours. For the moment, their research works have been developed in colon carcinoma lines and transgenic mice, but they have not dismissed the possibility of applying them to humans in future.

Maslinic acid is a pentacyclic terpene which, besides being anti-carcinogenic, it has anti-inflammatory and antioxidant effects and can be found in high concentrations in olive skin wax. At present, the only production plant of this substance at a semi-industrial level in the whole world is at the Faculty of Sciences of the University of Granada.
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El juez Calatayud, el investigador Lorente y el poeta Carvajal intervienen, entre otros, en un ciclo de la Facultad de Farmacia

El juez Emilio Calatayud, el investigador en ADN y criminalista José Antonio Lorente, el catedrático de Estratigrafía José Manuel Martín, el poeta Antonio Carvajal, el profesor Miguel Luis López-Guadalupe, el historiador Marcial Castro, el arquitecto Eduardo Jiménez Artacho y el profesor de botánica de la UGR Manuel Casares Porcel, participan como conferenciantes en la primera edición del ciclo de conferencias-coloquio que organiza la Facultad de Farmacia del la UGR.

Concebidas como un curso de libre configuración específica, con el título “Ráfagas de Humanismo en el Plan de Estudios de la Facultad de Farmacia, estas conferencias se celebrarán de febrero a mayo de 2008 en el Aula Magna de dicha Facultad a las siete de la tarde.

El ciclo, organizado por el Vicedecanato de Biblioteca, Actividades Culturales y Relaciones Institucionales de la Facultad de Farmacia, consta de ocho clases de dos horas (conferencias-coloquio) y versará sobre temas de actualidad de las disciplinas de ciencias sociales, humanidades y arte, a cargo de especialistas. Este ciclo está encaminado a desarrollar uno d elos principales objetivos de las materias de libre configuración, como es la formación complementaria de los alumnos en ámbitos del conocimiento distintos de los propios de su licenciatura.
Para obtener los créditos, los alumnos que se matriculen (el precio de inscripción es de 15 euros) han de asistir al menos a siete de las ocho conferencias de que se compone el ciclo.

– 19 de febrero de 2008
“La delincuencia juvenil. Un reto siempre actual”, a cargo de Emilio Calatayud Pérez,
magistrado del Juzgado de Menores de Granada.
– 26 de febrero de 2008
“ADN y criminalística: aplicaciones actuales”, impartida por José Antonio Lorente Acosta, profesor de Medicina Legal de la Universidad de Granada.
– 4 de marzo de 2008
“La fiebre del oro en Granada”, a cargo de José Manuel Martín Martín, profesor de Estratigrafía de la UGR.
– 11 de marzo de 2008
“La Semana Santa granadina en imágenes”, por Miguel Luis López-Guadalupe Muñoz, profesor de la Universidad de Granada y cofrade.
– 1 de abril de 2008
“El enigma histórico de Cristóbal Colón”, a cargo de Marcial Castro Sánchez, historiador.
– 8 de abril de 2008
“Poemas para la rebotica”, por Antonio Carvajal Milena, profesor de métrica de la Universidad de Granada.
– 22 de abril de 2008
“El trabajo del arquitecto en los Parques de las Ciencias. Nuevos espacios
para la divulgación científica”, por Eduardo Jiménez Artacho, arquitecto. Profesor de la Escuela Técnica Superior de Arquitectura de la Universidad de Granada. Ganador del proyecto de ampliación del Parque de las Ciencias de Granada.
– 6 de mayo de 2008
“Los jardines de la colina de la Alhambra”, de Manuel Casares Porcel, profesor del Departamento de Botánica. Facultad de Farmacia de la Universidad de Granada.

Referencia:
Profesor Rafael Delgado Calvo Flores. Vicedecano de Biblioteca, Actividades Culturales y Relaciones Institucionales de la Facultad de Farmacia. Tfn: 958 243835 / 248957. Correo e.: rdelgado@ugr.es


La Universidad de Granada oferta un taller gratuito para mejorar las técnicas y hábitos de aprendizaje de los estudiantes

El Gabinete Psicopedagógico (GPP) y el Vicerrectorado de Estudiantes de la UGR ofertan el taller gratuito “Hábitos y técnicas de estudio”, una iniciativa orientada a estudiantes que tiene por objetivo la identificación y modificación de los malos hábitos de estudio, el conocimiento y uso de las nuevas técnicas de aprendizaje, y el asesoramiento y la ayuda para la mejora del rendimiento académico de los alumnos.
El taller tiene una duración de diez horas, distribuidas en cinco sesiones que se celebrarán los martes 26 de febrero, 4, 11 y 25 de marzo, en horario de 12 a 14 horas, más una última sesión de seguimiento que se fijará con los participantes. El número de plazas para participar en el taller es limitado y el plazo de inscripción permanecerá abierto hasta el próximo viernes 22 de febrero.

Referencia
Sagrario López Ortega. Gabinete Psicopedagógico de la Universidad de Granada
Tel. 958 248501 | 958 246388.
Correo e. gpp2@ugr.es


La Facultad de Farmacia acoge la exposición fotográfica “Visiones/Impresiones” de Míriam López Serrano

Mañana viernes, 15 de febrero, a las 20 horas, se inaugurará la exposición “Visiones/Impresiones” de Míriam López Serrano, farmacéutica, en la sala de exposiciones de la Facultad de Farmacia, organizada por el Vicedecanato de Biblioteca, Actividades Culturales y Relaciones Institucionales de dicho centro.

Según explica su autora, la exposición se compone de “imágenes que te trasladan a través de una mirilla a detalles cotidianos de tierras lejanas”. La muestra está formada por una serie de siete grupos de fotografías: Miradas, Manos y Pies, Colores, Adobe, Lentes, Entre Aguas y Texturas.

CONVOCATORIA
DÍA: Viernes, 15 de febrero
HORA: 20 h.
LUGAR: Sala de Exposiciones de la Facultad de Farmacia de la UGR

Referencia
Prof. Rafael Delgado Calvo Flores. Vicedecano de Biblioteca, Actividades Culturales y Relaciones Institucionales de la Facultad de Farmacia.
Tfno: 958 243835 / 248957.
Correo e.: rdelgado@ugr.es


La Universidad de Granada y Laboratorios Farmacéuticos ROVI firman un contrato de colaboración para I+D

Mañana, viernes 15 de febrero a las 10,30 h. Francisco González Lodeiro, rector de la Universidad de Granada y Juan López-Belmonte López, consejero delegado de Laboratorios Farmacéuticos ROVI, S.A., firmarán un contrato de colaboración, en un acto al que acudirá Mª Jesús Montero Cuadrado, consejera de Salud de la Junta de Andalucía, y Jesús Quero, gerente del Parque Tecnológico de la Salud, además de otras autoridades académicas y de laboratorios ROVI.

El objeto del presente Contrato es la realización, por parte de la Universidad de Granada y a solicitud de ROVI, de un trabajo de apoyo tecnológico referente a “Diseño, desarrollo y evaluación in vivo de nuevos sistemas de liberación de fármacos”. Asimismo, el presente Contrato de colaboración tiene por objeto fomentar la formación de Doctores y Tecnólogos en las disciplinas involucradas en el desarrollo del Proyecto. Por su parte, ROVI se compromete a participar activamente en la formación investigadora de dicho personal.

Los responsables del desarrollo del trabajo serán, por parte de la Universidad de Granada, el Dr. Antonio Zarzuelo Zurita, del Departamento de Farmacología, y la Dra. Adolfina Ruiz Martínez del Departamento de Farmacia y Tecnología Farmacéutica, como Investigadores responsables del Proyecto, y por parte de ROVI, el Dr. Ibón Gutierro Adúriz,

CONVOCATORIA:
DÍA: Viernes, 15 de febrero.
HORA: 10,30 h.
LUGAR: Salón Rojo. Hospital Real.