El Telegrama de Melilla

Portada: Hoy comienza el curso «Alternativas a la prisión y asistencia de los penados»

Pág. 12: Hoy comienza el curso «Alternativas a la prisión y asistencia de los penados»

Descarga por URL: http://sl.ugr.es/04AC

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El Telegrama de Melilla

Portada: Hoy comienza el curso «Alternativas a la prisión y asistencia de los penados»

Pág. 12: Hoy comienza el curso «Alternativas a la prisión y asistencia de los penados»

Descarga por URL: http://sl.ugr.es/04AC

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Especialistas en Soporte Vital Avanzado del European Resuscitation Council, en el curso “Desfibrilación semiautomática”

  • Se celebra del 22 al 26 de julio de 2013 en el Campus de la UGR en Melilla, coordinado por Francisco J. Gómez Jiménez, director del Departamento de Medicina de la Facultad de Medicina de Granada

Especialistas en Soporte Vital Avanzado del European Resuscitation Council participan en el curso “Desfibrilación semiautomática”, que se celebra del 22 al 26 de julio de 2013 en el Campus de la UGR en Melilla, coordinado por Francisco J. Gómez Jiménez, director del Departamento de Medicina de la Facultad de Medicina de Granada. El curso forma parte de la vigésima segunda edición de los cursos (del 15 de julio al 2 de agosto de 2013), organizada por la Universidad de Granada y la Ciudad Autónoma de Melilla, con dirección académica del profesor Manuel Ruiz Morales.

Durante esta semana participarán en los distintos seminarios del curso los profesores y especialistas:

  • Eladio Gil Piñero, instructor de Soporte Vital Avanzado del European Resuscitation Council.
  • Francisco Javier Gómez Jiménez, especialista en Medicina Interna; profesor titular y director del Departamento de Medicina; instructor de Soporte Vital Avanzado del European Resuscitation Council.
  • Luis Tercedor Sánchez, especialista en Cardiología; jefe de Sección de Arritmias del Hospital Universitario Virgen de las Nieves de Granada.
  • Dolores Cárdenas Cruz, especialista en Medicina de Familia; FEA Urgencias del HARE de Guadix; instructora de Soporte Vital Avanzado del European Resuscitation Council.
  • Francisco Parrilla Ruiz, especialista en Medicina de Familia; FEA Urgencias del HARE de Guadix; instructor de Soporte Vital Avanzado del European Resuscitation Council.

Contacto: Profesor Manuel Ruiz Morales. Director académico de los Cursos Internacionales de Verano “Ciudad de Melilla”. Universidad de Granada. Tfns: 958 244050. Correo electrónico: manuruiz@ugr.es

 

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Especialistas en Soporte Vital Avanzado del European Resuscitation Council, en el curso “Desfibrilación semiautomática”

  • Se celebra del 22 al 26 de julio de 2013 en el Campus de la UGR en Melilla, coordinado por Francisco J. Gómez Jiménez, director del Departamento de Medicina de la Facultad de Medicina de Granada

Especialistas en Soporte Vital Avanzado del European Resuscitation Council participan en el curso “Desfibrilación semiautomática”, que se celebra del 22 al 26 de julio de 2013 en el Campus de la UGR en Melilla, coordinado por Francisco J. Gómez Jiménez, director del Departamento de Medicina de la Facultad de Medicina de Granada. El curso forma parte de la vigésima segunda edición de los cursos (del 15 de julio al 2 de agosto de 2013), organizada por la Universidad de Granada y la Ciudad Autónoma de Melilla, con dirección académica del profesor Manuel Ruiz Morales.

Durante esta semana participarán en los distintos seminarios del curso los profesores y especialistas:

  • Eladio Gil Piñero, instructor de Soporte Vital Avanzado del European Resuscitation Council.
  • Francisco Javier Gómez Jiménez, especialista en Medicina Interna; profesor titular y director del Departamento de Medicina; instructor de Soporte Vital Avanzado del European Resuscitation Council.
  • Luis Tercedor Sánchez, especialista en Cardiología; jefe de Sección de Arritmias del Hospital Universitario Virgen de las Nieves de Granada.
  • Dolores Cárdenas Cruz, especialista en Medicina de Familia; FEA Urgencias del HARE de Guadix; instructora de Soporte Vital Avanzado del European Resuscitation Council.
  • Francisco Parrilla Ruiz, especialista en Medicina de Familia; FEA Urgencias del HARE de Guadix; instructor de Soporte Vital Avanzado del European Resuscitation Council.

Contacto: Profesor Manuel Ruiz Morales. Director académico de los Cursos Internacionales de Verano “Ciudad de Melilla”. Universidad de Granada. Tfns: 958 244050. Correo electrónico: manuruiz@ugr.es

 

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Granada Hoy

Pág. 3: Opinión. El Semáforo. Francisco González Lodeiro

Descarga por URL: http://sl.ugr.es/04Ar

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Granada Hoy

Pág. 3: Opinión. El Semáforo. Francisco González Lodeiro

Descarga por URL: http://sl.ugr.es/04Ar

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Ideal

Pág. 10-11: Los universitarios dejan más de 57 millones en alquiler de pisos

Sin gato, sin fumar y con pocos amigos

Pág 71: Agenda: 

– Música:

Concierto de los coros Yueli e Infantil de Zhongshan de Guang-Zou

– Exposiciones:

«200 años por la provincia»

«Vi el aire moviéndose, e incluso daba sombra»

Descarga por URL: http://sl.ugr.es/04Aq

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Ideal

Pág. 10-11: Los universitarios dejan más de 57 millones en alquiler de pisos

Sin gato, sin fumar y con pocos amigos

Pág 71: Agenda: 

– Música:

Concierto de los coros Yueli e Infantil de Zhongshan de Guang-Zou

– Exposiciones:

«200 años por la provincia»

«Vi el aire moviéndose, e incluso daba sombra»

Descarga por URL: http://sl.ugr.es/04Aq

Descargar


Eating eggs not linked to high cholesterol

66777 Washington: Eating more than two eggs does not lead to higher serum cholesterol in teens, regardless of how little physical activity they do, a new study has found.

Researchers at the University of Granada analysed the link between egg intake in adolescents and the main risk factors for developing cardiovascular diseases, such as lipid profile, excess body fat, insulin resistance and high blood pressure.

«Health professionals traditionally insisted that eating eggs increased cholesterol levels, so in recent decades there has been a tendency to restrict intake championed by various public health organisations,» Alberto Soriano Maldonado, primary author of the study, said.

However, the most recent research suggests that increased serum cholesterol is more affected by intake of saturated fats and trans fats – present in red meat, industrial baked goods, etc – than by the amount of cholesterol in the diet.

The results, part of the European study HELENA involving nine countries, demonstrated that eating larger amounts of egg is neither linked to higher serum cholesterol nor to worse cardiovascular health in adolescents, regardless of their levels of physical activity.

«The conclusions, published in the journal Nutricion Hospitalaria, confirm recent studies in healthy adults that suggest that an intake of up to seven eggs a week is not associated with an increased risk of developing cardiovascular diseases,» said Soriano.

Researchers suggest reviewing dietary recommendations for adolescents, although they add that it would be useful to conduct similar research on a sample group with higher egg intake.

«Egg is a cheap food that is rich in very high-quality proteins, minerals, folates and B vitamins. Thus it can provide a large quantity of nutrients necessary for optimum development in adolescents,» researchers said.

In 1973, the American Heart Association recommended limiting egg intake to a maximum of three per week, an idea that was accepted by health experts for years.

However, although the majority of foods rich in cholesterol are usually also rich in saturated fats, a medium-size egg contains 200 milligrammes of cholesterol but has more unsaturated fats than saturated fats and only has 70 calories.

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Eating eggs not linked to high cholesterol

66777 Washington: Eating more than two eggs does not lead to higher serum cholesterol in teens, regardless of how little physical activity they do, a new study has found.

Researchers at the University of Granada analysed the link between egg intake in adolescents and the main risk factors for developing cardiovascular diseases, such as lipid profile, excess body fat, insulin resistance and high blood pressure.

«Health professionals traditionally insisted that eating eggs increased cholesterol levels, so in recent decades there has been a tendency to restrict intake championed by various public health organisations,» Alberto Soriano Maldonado, primary author of the study, said.

However, the most recent research suggests that increased serum cholesterol is more affected by intake of saturated fats and trans fats – present in red meat, industrial baked goods, etc – than by the amount of cholesterol in the diet.

The results, part of the European study HELENA involving nine countries, demonstrated that eating larger amounts of egg is neither linked to higher serum cholesterol nor to worse cardiovascular health in adolescents, regardless of their levels of physical activity.

«The conclusions, published in the journal Nutricion Hospitalaria, confirm recent studies in healthy adults that suggest that an intake of up to seven eggs a week is not associated with an increased risk of developing cardiovascular diseases,» said Soriano.

Researchers suggest reviewing dietary recommendations for adolescents, although they add that it would be useful to conduct similar research on a sample group with higher egg intake.

«Egg is a cheap food that is rich in very high-quality proteins, minerals, folates and B vitamins. Thus it can provide a large quantity of nutrients necessary for optimum development in adolescents,» researchers said.

In 1973, the American Heart Association recommended limiting egg intake to a maximum of three per week, an idea that was accepted by health experts for years.

However, although the majority of foods rich in cholesterol are usually also rich in saturated fats, a medium-size egg contains 200 milligrammes of cholesterol but has more unsaturated fats than saturated fats and only has 70 calories.

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‘Artificial Bone’ Generated from Umbilical Cord Stem Cells

66186 Artificial bones can be generated from a new biomaterial derived from umbilical cord stem cells, according to researchers in Spain who recently patented the bone-generating biomaterial.
While the researchers have yet to grow artificial bones in a fully living organism, they report the laboratory results in «ex-vivo» trials are promising. The next step will be implanting the technology in a living animal, perhaps a rat or a rabbit, to see if the biomaterial can successfully regenerate bone in them.

A team of scientists from the University of Grenada, the Spanish National Research Council Institute of Parasitology and Biomedicine and the University of Jaén contributed to the research.
Artificial bone — or at least the biomaterial that generates is — could be used to help manufacture medicines designed to improve treatments of repair bone or osteochondrial, tumor or traumatic lesions, and to replace lost cartilage in limbs, the researchers report.
If successful, the biomaterial could one day be surgically implanted into pathologically frail areas to promote local bone growth.
«Precedents exist in the development of materials that fulfill the basic function of stimulating cell differentiation but a biologically complex material similar to bone tissue has never before been produced ‘ex vivo’,» the researchers wrote in a statement.
«No alternative materials are currently available on the market, nor have any been described in the literature.»

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‘Artificial Bone’ Generated from Umbilical Cord Stem Cells

66186 Artificial bones can be generated from a new biomaterial derived from umbilical cord stem cells, according to researchers in Spain who recently patented the bone-generating biomaterial.
While the researchers have yet to grow artificial bones in a fully living organism, they report the laboratory results in «ex-vivo» trials are promising. The next step will be implanting the technology in a living animal, perhaps a rat or a rabbit, to see if the biomaterial can successfully regenerate bone in them.

A team of scientists from the University of Grenada, the Spanish National Research Council Institute of Parasitology and Biomedicine and the University of Jaén contributed to the research.
Artificial bone — or at least the biomaterial that generates is — could be used to help manufacture medicines designed to improve treatments of repair bone or osteochondrial, tumor or traumatic lesions, and to replace lost cartilage in limbs, the researchers report.
If successful, the biomaterial could one day be surgically implanted into pathologically frail areas to promote local bone growth.
«Precedents exist in the development of materials that fulfill the basic function of stimulating cell differentiation but a biologically complex material similar to bone tissue has never before been produced ‘ex vivo’,» the researchers wrote in a statement.
«No alternative materials are currently available on the market, nor have any been described in the literature.»

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