La Escuela de Enfermería afronta sus últimos cursos al integrarse en la UGR

La Escuela de Enfermería del Hospital Virgen de las Nieves está inmersa en un proceso de integración en la Universidad de Granada. Era la única escuela de estas características dependiente del Servicio de Salud que no estaba integrada todavía en la Universidad y en verano se firmó el acuerdo.

 Este cambio va a suponer que la escuela afronte ya sus últimos cursos con alumnos ya que los nuevos estudiantes han entrado ya este año directamente al grado que se ofrece en la Facultad de Ciencias de la Salud.

Según confirmaron ayer fuentes de la Delegación de Salud, este curso no han entrado ya alumnos nuevos de primero sino que ha sido la UGR la que ha sacado sus plazas más las 55 que correspondían a la escuela (tenía numerus clausus), que se suman a la oferta general del Grado en Enfermería.

Todo este cambio viene propiciado por el nuevo modelo educativo, que terminaba con la diplomatura en Enfermería que se conseguía en la escuela del Virgen de las Nieves y que implantaba el grado, que supone además un año más de estudio hasta el total de cuatro.

Con estos cambios, en la ‘escuela de enfermeras’, como se conoce el centro, ya sólo quedan los alumnos de cursos superiores (segundo y tercero). Cuando estos concluyan su formación, ya no se sacarán nuevas plazas y todo pasará a la Facultad de Ciencias de la Salud en base a esa integración docente acordada entre la Universidad y el SAS y que también ha afectado al resto de escuelas sanitarias que quedaban en Andalucía.

La Escuela Universitaria de Enfermería del Hospital Virgen de las Nieves tiene su sede en la planta baja del Edificio de Gobierno del hospital, donde se ubican las aulas y demás infraestructura docente-sanitaria.

Este título, dentro de la rama de ciencias de la salud, capacita para ejercer la profesión de enfermero a quienes corresponde la dirección, evaluación y prestación de los cuidados de Enfermería orientados a la promoción, mantenimiento y recuperación de la salud, así como a la prevención de enfermedades y discapacidades. Está regulada por la Ley de Ordenación de Profesiones Sanitarias .

El plan de estudios para la diplomatura que imparte la escuela fue aprobado por la Universidad de Granada en resolución de 10 de enero de 2000 (BOE número 30 del 4 de febrero de 2000) y elaborado según las directrices del Ministerio de Educación y Ciencia (R.D. 1466/1990 del 26 de octubre). Para completar los estudios, era necesario superar 224 créditos en un periodo de tres años.

Con el nuevo título de grado en Enfermería, son 240 créditos ECTS, divididos en 8 semestres (4 años). Durante los tres últimos semestres se realizan prácticas externas en instituciones sanitarias.

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La Escuela de Enfermería afronta sus últimos cursos al integrarse en la UGR

La Escuela de Enfermería del Hospital Virgen de las Nieves está inmersa en un proceso de integración en la Universidad de Granada. Era la única escuela de estas características dependiente del Servicio de Salud que no estaba integrada todavía en la Universidad y en verano se firmó el acuerdo.

 Este cambio va a suponer que la escuela afronte ya sus últimos cursos con alumnos ya que los nuevos estudiantes han entrado ya este año directamente al grado que se ofrece en la Facultad de Ciencias de la Salud.

Según confirmaron ayer fuentes de la Delegación de Salud, este curso no han entrado ya alumnos nuevos de primero sino que ha sido la UGR la que ha sacado sus plazas más las 55 que correspondían a la escuela (tenía numerus clausus), que se suman a la oferta general del Grado en Enfermería.

Todo este cambio viene propiciado por el nuevo modelo educativo, que terminaba con la diplomatura en Enfermería que se conseguía en la escuela del Virgen de las Nieves y que implantaba el grado, que supone además un año más de estudio hasta el total de cuatro.

Con estos cambios, en la ‘escuela de enfermeras’, como se conoce el centro, ya sólo quedan los alumnos de cursos superiores (segundo y tercero). Cuando estos concluyan su formación, ya no se sacarán nuevas plazas y todo pasará a la Facultad de Ciencias de la Salud en base a esa integración docente acordada entre la Universidad y el SAS y que también ha afectado al resto de escuelas sanitarias que quedaban en Andalucía.

La Escuela Universitaria de Enfermería del Hospital Virgen de las Nieves tiene su sede en la planta baja del Edificio de Gobierno del hospital, donde se ubican las aulas y demás infraestructura docente-sanitaria.

Este título, dentro de la rama de ciencias de la salud, capacita para ejercer la profesión de enfermero a quienes corresponde la dirección, evaluación y prestación de los cuidados de Enfermería orientados a la promoción, mantenimiento y recuperación de la salud, así como a la prevención de enfermedades y discapacidades. Está regulada por la Ley de Ordenación de Profesiones Sanitarias .

El plan de estudios para la diplomatura que imparte la escuela fue aprobado por la Universidad de Granada en resolución de 10 de enero de 2000 (BOE número 30 del 4 de febrero de 2000) y elaborado según las directrices del Ministerio de Educación y Ciencia (R.D. 1466/1990 del 26 de octubre). Para completar los estudios, era necesario superar 224 créditos en un periodo de tres años.

Con el nuevo título de grado en Enfermería, son 240 créditos ECTS, divididos en 8 semestres (4 años). Durante los tres últimos semestres se realizan prácticas externas en instituciones sanitarias.

Descargar


La Escuela de Enfermería afronta sus últimos cursos al integrarse en la UGR

La Escuela de Enfermería del Hospital Virgen de las Nieves está inmersa en un proceso de integración en la Universidad de Granada. Era la única escuela de estas características dependiente del Servicio de Salud que no estaba integrada todavía en la Universidad y en verano se firmó el acuerdo.

 Este cambio va a suponer que la escuela afronte ya sus últimos cursos con alumnos ya que los nuevos estudiantes han entrado ya este año directamente al grado que se ofrece en la Facultad de Ciencias de la Salud.

Según confirmaron ayer fuentes de la Delegación de Salud, este curso no han entrado ya alumnos nuevos de primero sino que ha sido la UGR la que ha sacado sus plazas más las 55 que correspondían a la escuela (tenía numerus clausus), que se suman a la oferta general del Grado en Enfermería.

Todo este cambio viene propiciado por el nuevo modelo educativo, que terminaba con la diplomatura en Enfermería que se conseguía en la escuela del Virgen de las Nieves y que implantaba el grado, que supone además un año más de estudio hasta el total de cuatro.

Con estos cambios, en la ‘escuela de enfermeras’, como se conoce el centro, ya sólo quedan los alumnos de cursos superiores (segundo y tercero). Cuando estos concluyan su formación, ya no se sacarán nuevas plazas y todo pasará a la Facultad de Ciencias de la Salud en base a esa integración docente acordada entre la Universidad y el SAS y que también ha afectado al resto de escuelas sanitarias que quedaban en Andalucía.

La Escuela Universitaria de Enfermería del Hospital Virgen de las Nieves tiene su sede en la planta baja del Edificio de Gobierno del hospital, donde se ubican las aulas y demás infraestructura docente-sanitaria.

Este título, dentro de la rama de ciencias de la salud, capacita para ejercer la profesión de enfermero a quienes corresponde la dirección, evaluación y prestación de los cuidados de Enfermería orientados a la promoción, mantenimiento y recuperación de la salud, así como a la prevención de enfermedades y discapacidades. Está regulada por la Ley de Ordenación de Profesiones Sanitarias .

El plan de estudios para la diplomatura que imparte la escuela fue aprobado por la Universidad de Granada en resolución de 10 de enero de 2000 (BOE número 30 del 4 de febrero de 2000) y elaborado según las directrices del Ministerio de Educación y Ciencia (R.D. 1466/1990 del 26 de octubre). Para completar los estudios, era necesario superar 224 créditos en un periodo de tres años.

Con el nuevo título de grado en Enfermería, son 240 créditos ECTS, divididos en 8 semestres (4 años). Durante los tres últimos semestres se realizan prácticas externas en instituciones sanitarias.

Descargar


Not all stem cells are equally efficient for use in regenerative medicine

Scientists at the University of Granada and Alcalá de Henares University have found out that not all isolated stem cells are equally valid in regenerative medicine and tissue engineering. In a paper recently published in the prestigious journal Tissue Engineering the researchers report that, contrary to what was thought, only a specific group of cord blood stem cells (CB-SC) maintained in culture are useful for therapeutic purposes.

At present, CB-SCs are key to regenerative medicine and tissue engineering. From all types of CB-SC those called «Wharton’s jelly stem cells (HWJSC)» are stirring up the interest of specialists in regenerative medicine, due to their accessibility and great ability to develop into several types of tissue and modulate immune responses.

Through a combination of microscopy and microanalysis essays, and the study of the genes involved in cell viability, the researchers discovered that only a specific group of cord blood stem cells (CB-SC) maintained in culture is useful for therapeutic purposes

The Most Suitable Cells

The relevance of this paper, which was the cover article in the journal Tissue Engineering, lies in the possibility to select the most suitable HWJSC for tissue engineering and regenerative medicine. According to these researchers, the different studies with HWJSC have obtained contradictory results because researchers failed to previously select the most suitable cell group.

The results of this study also open the possibility to select stem cell subgroups from different tissues, in order to improve the therapeutical efficacy of different regenerative medicine protocols.

Descargar


Not all stem cells are equally efficient for use in regenerative medicine

Scientists at the University of Granada and Alcalá de Henares University have found out that not all isolated stem cells are equally valid in regenerative medicine and tissue engineering. In a paper recently published in the prestigious journal Tissue Engineering the researchers report that, contrary to what was thought, only a specific group of cord blood stem cells (CB-SC) maintained in culture are useful for therapeutic purposes.

At present, CB-SCs are key to regenerative medicine and tissue engineering. From all types of CB-SC those called «Wharton’s jelly stem cells (HWJSC)» are stirring up the interest of specialists in regenerative medicine, due to their accessibility and great ability to develop into several types of tissue and modulate immune responses.

Through a combination of microscopy and microanalysis essays, and the study of the genes involved in cell viability, the researchers discovered that only a specific group of cord blood stem cells (CB-SC) maintained in culture is useful for therapeutic purposes

The Most Suitable Cells

The relevance of this paper, which was the cover article in the journal Tissue Engineering, lies in the possibility to select the most suitable HWJSC for tissue engineering and regenerative medicine. According to these researchers, the different studies with HWJSC have obtained contradictory results because researchers failed to previously select the most suitable cell group.

The results of this study also open the possibility to select stem cell subgroups from different tissues, in order to improve the therapeutical efficacy of different regenerative medicine protocols.

Descargar


Not all stem cells are equally efficient for use in regenerative medicine

Scientists at the University of Granada and Alcalá de Henares University have found out that not all isolated stem cells are equally valid in regenerative medicine and tissue engineering. In a paper recently published in the prestigious journal Tissue Engineering the researchers report that, contrary to what was thought, only a specific group of cord blood stem cells (CB-SC) maintained in culture are useful for therapeutic purposes.

At present, CB-SCs are key to regenerative medicine and tissue engineering. From all types of CB-SC those called «Wharton’s jelly stem cells (HWJSC)» are stirring up the interest of specialists in regenerative medicine, due to their accessibility and great ability to develop into several types of tissue and modulate immune responses.

Through a combination of microscopy and microanalysis essays, and the study of the genes involved in cell viability, the researchers discovered that only a specific group of cord blood stem cells (CB-SC) maintained in culture is useful for therapeutic purposes

The Most Suitable Cells

The relevance of this paper, which was the cover article in the journal Tissue Engineering, lies in the possibility to select the most suitable HWJSC for tissue engineering and regenerative medicine. According to these researchers, the different studies with HWJSC have obtained contradictory results because researchers failed to previously select the most suitable cell group.

The results of this study also open the possibility to select stem cell subgroups from different tissues, in order to improve the therapeutical efficacy of different regenerative medicine protocols.

Descargar


Not All Stem Cells Are Creating Equally

Not all isolated stem cells are equally valid in regenerative medicine and tissue engineering – only a specific group of cord blood stem cells (CB-SC) maintained in culture are useful for therapeutic purposes, say researchers in a new paper.

At present, cord blood stem cells
– adult stem cells – are key to regenerative medicine and tissue engineering. From all types of
cord blood stem cells
those called «Wharton’s jelly stem cells» (HWJSC) have piqued the interest of specialists in regenerative medicine at the University of Granada and Alcalá de Henares University, because of their accessibility and ability to develop into several types of tissue and modulate immune responses.

Through a combination of microscopy, microanalysis essays and the study of the genes involved in cell viability, the researchers discovered that cord blood stem cells are the most useful.

The relevance of this paper lies in the possibility to select the most suitable
Wharton’s jelly stem cells
for tissue engineering and regenerative medicine. According to these researchers, different studies with HWJSC have obtained contradictory results because researchers failed to previously select the most suitable cell group.

The results of this study also open the possibility to select stem cell subgroups from different tissues, in order to improve the therapeutic efficacy of different regenerative medicine protocols.

Descargar


Not All Stem Cells Are Creating Equally

Not all isolated stem cells are equally valid in regenerative medicine and tissue engineering – only a specific group of cord blood stem cells (CB-SC) maintained in culture are useful for therapeutic purposes, say researchers in a new paper.

At present, cord blood stem cells
– adult stem cells – are key to regenerative medicine and tissue engineering. From all types of
cord blood stem cells
those called «Wharton’s jelly stem cells» (HWJSC) have piqued the interest of specialists in regenerative medicine at the University of Granada and Alcalá de Henares University, because of their accessibility and ability to develop into several types of tissue and modulate immune responses.

Through a combination of microscopy, microanalysis essays and the study of the genes involved in cell viability, the researchers discovered that cord blood stem cells are the most useful.

The relevance of this paper lies in the possibility to select the most suitable
Wharton’s jelly stem cells
for tissue engineering and regenerative medicine. According to these researchers, different studies with HWJSC have obtained contradictory results because researchers failed to previously select the most suitable cell group.

The results of this study also open the possibility to select stem cell subgroups from different tissues, in order to improve the therapeutic efficacy of different regenerative medicine protocols.

Descargar


Not All Stem Cells Are Creating Equally

Not all isolated stem cells are equally valid in regenerative medicine and tissue engineering – only a specific group of cord blood stem cells (CB-SC) maintained in culture are useful for therapeutic purposes, say researchers in a new paper.

At present, cord blood stem cells
– adult stem cells – are key to regenerative medicine and tissue engineering. From all types of
cord blood stem cells
those called «Wharton’s jelly stem cells» (HWJSC) have piqued the interest of specialists in regenerative medicine at the University of Granada and Alcalá de Henares University, because of their accessibility and ability to develop into several types of tissue and modulate immune responses.

Through a combination of microscopy, microanalysis essays and the study of the genes involved in cell viability, the researchers discovered that cord blood stem cells are the most useful.

The relevance of this paper lies in the possibility to select the most suitable
Wharton’s jelly stem cells
for tissue engineering and regenerative medicine. According to these researchers, different studies with HWJSC have obtained contradictory results because researchers failed to previously select the most suitable cell group.

The results of this study also open the possibility to select stem cell subgroups from different tissues, in order to improve the therapeutic efficacy of different regenerative medicine protocols.

Descargar


Not All Stem Cells Are Equally Efficient for Use in Regenerative Medicine

an. 9, 2013 — Scientists at the University of Granada and Alcalá de Henares University have found out that not all isolated stem cells are equally valid in regenerative medicine and tissue engineering. In a paper recently published in the journal Tissue Engineering the researchers report that, contrary to what was thought, only a specific group of cord blood stem cells (CB-SC) maintained in culture are useful for therapeutic purposes.
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Related Ads:
Stem Cell
Prostate Cancer
Lymphoma
Deep Tissue
See Also:
Health & Medicine
Stem Cells
Skin Cancer
Immune System
Prostate Cancer
Alternative Medicine
Lymphoma
Reference
Embryonic stem cell
Stem cell treatments
Tissue engineering
Biological tissue
At present, CB-SCs are key to regenerative medicine and tissue engineering. From all types of CB-SC those called «Wharton’s jelly stem cells (HWJSC)» are stirring up the interest of specialists in regenerative medicine, due to their accessibility and great ability to develop into several types of tissue and modulate immune responses.
Through a combination of microscopy and microanalysis essays, and the study of the genes involved in cell viability, the researchers discovered that only a specific group of cord blood stem cells (CB-SC) maintained in culture is useful for therapeutic purposes
The Most Suitable Cells
The relevance of this paper, which was the cover article in the journal Tissue Engineering, lies in the possibility to select the most suitable HWJSC for tissue engineering and regenerative medicine. According to these researchers, the different studies with HWJSC have obtained contradictory results because researchers failed to previously select the most suitable cell group.
The results of this study also open the possibility to select stem cell subgroups from different tissues, in order to improve the therapeutical efficacy of different regenerative medicine protocols.
This research study was conducted by the Tissue Engineering research group at the University of Granada Histology Department coordinated by professor Antonio Campos Muñoz, who recently created artificial skin and a cornea by using stem cells and new biomaterials developed in Granada.
The research group is also composed of professors Alaminos Mingorance and Ingrid Garzón. Professor Garzon was awarded a prize at the World Congress on Tissue Engineering and Regenerative Medicine held in Seul for a preliminary study on the same issue.

Descargar


Not All Stem Cells Are Equally Efficient for Use in Regenerative Medicine

an. 9, 2013 — Scientists at the University of Granada and Alcalá de Henares University have found out that not all isolated stem cells are equally valid in regenerative medicine and tissue engineering. In a paper recently published in the journal Tissue Engineering the researchers report that, contrary to what was thought, only a specific group of cord blood stem cells (CB-SC) maintained in culture are useful for therapeutic purposes.
Share This:

Related Ads:
Stem Cell
Prostate Cancer
Lymphoma
Deep Tissue
See Also:
Health & Medicine
Stem Cells
Skin Cancer
Immune System
Prostate Cancer
Alternative Medicine
Lymphoma
Reference
Embryonic stem cell
Stem cell treatments
Tissue engineering
Biological tissue
At present, CB-SCs are key to regenerative medicine and tissue engineering. From all types of CB-SC those called «Wharton’s jelly stem cells (HWJSC)» are stirring up the interest of specialists in regenerative medicine, due to their accessibility and great ability to develop into several types of tissue and modulate immune responses.
Through a combination of microscopy and microanalysis essays, and the study of the genes involved in cell viability, the researchers discovered that only a specific group of cord blood stem cells (CB-SC) maintained in culture is useful for therapeutic purposes
The Most Suitable Cells
The relevance of this paper, which was the cover article in the journal Tissue Engineering, lies in the possibility to select the most suitable HWJSC for tissue engineering and regenerative medicine. According to these researchers, the different studies with HWJSC have obtained contradictory results because researchers failed to previously select the most suitable cell group.
The results of this study also open the possibility to select stem cell subgroups from different tissues, in order to improve the therapeutical efficacy of different regenerative medicine protocols.
This research study was conducted by the Tissue Engineering research group at the University of Granada Histology Department coordinated by professor Antonio Campos Muñoz, who recently created artificial skin and a cornea by using stem cells and new biomaterials developed in Granada.
The research group is also composed of professors Alaminos Mingorance and Ingrid Garzón. Professor Garzon was awarded a prize at the World Congress on Tissue Engineering and Regenerative Medicine held in Seul for a preliminary study on the same issue.

Descargar


Not All Stem Cells Are Equally Efficient for Use in Regenerative Medicine

an. 9, 2013 — Scientists at the University of Granada and Alcalá de Henares University have found out that not all isolated stem cells are equally valid in regenerative medicine and tissue engineering. In a paper recently published in the journal Tissue Engineering the researchers report that, contrary to what was thought, only a specific group of cord blood stem cells (CB-SC) maintained in culture are useful for therapeutic purposes.
Share This:

Related Ads:
Stem Cell
Prostate Cancer
Lymphoma
Deep Tissue
See Also:
Health & Medicine
Stem Cells
Skin Cancer
Immune System
Prostate Cancer
Alternative Medicine
Lymphoma
Reference
Embryonic stem cell
Stem cell treatments
Tissue engineering
Biological tissue
At present, CB-SCs are key to regenerative medicine and tissue engineering. From all types of CB-SC those called «Wharton’s jelly stem cells (HWJSC)» are stirring up the interest of specialists in regenerative medicine, due to their accessibility and great ability to develop into several types of tissue and modulate immune responses.
Through a combination of microscopy and microanalysis essays, and the study of the genes involved in cell viability, the researchers discovered that only a specific group of cord blood stem cells (CB-SC) maintained in culture is useful for therapeutic purposes
The Most Suitable Cells
The relevance of this paper, which was the cover article in the journal Tissue Engineering, lies in the possibility to select the most suitable HWJSC for tissue engineering and regenerative medicine. According to these researchers, the different studies with HWJSC have obtained contradictory results because researchers failed to previously select the most suitable cell group.
The results of this study also open the possibility to select stem cell subgroups from different tissues, in order to improve the therapeutical efficacy of different regenerative medicine protocols.
This research study was conducted by the Tissue Engineering research group at the University of Granada Histology Department coordinated by professor Antonio Campos Muñoz, who recently created artificial skin and a cornea by using stem cells and new biomaterials developed in Granada.
The research group is also composed of professors Alaminos Mingorance and Ingrid Garzón. Professor Garzon was awarded a prize at the World Congress on Tissue Engineering and Regenerative Medicine held in Seul for a preliminary study on the same issue.

Descargar