Incorporación del dietista-nutricionista en un hospital universitario: declaración de postura de la Comisión de Nutrición del Hospital Universitario La Paz / Dietitian-nutritionist incorporation in a university hospital: position statement of the Commission on Nutrition, Hospital Universitario La Paz

El presente documento tiene como objetivo plantear y justificar la incorporación del dietista-nutricionista en los equipos multidisciplinares deatención integrada en la educación, el tratamiento y el seguimiento de aquellos pacientes con patologías que cursen con alteraciones del estadonutricional, tanto en su defecto como en su exceso, en el área sanitaria de la Comunidad Autónoma de Madrid.El estado nutricional de los pacientes hospitalizados se beneficiará de la incorporación del dietista-nutricionista al equipo multidisciplinar que,actualmente, se ocupa de la atención de estos. El manejo de la terapia nutricional por dietistas-nutricionistas ha demostrado ser costo-efectiva,habida cuenta de la repercusión sanitaria que tiene el estado nutricional en la evolución clínica y prevención de enfermedades como la diabetes,los trastornos de la conducta alimentaria, la obesidad, el cáncer, la insuficiencia cardiaca, la osteoporosis, la enfermedad celiaca y la enfermedadrenal crónica, entre otras.(AU)

The present document has the objective of justifying the incorporation of a dietician/nutritionist to the multidisciplinary teams of specialized carethat provide education, food anamnesis, nutritional recommendations, treatment and follow up of those patients in risk of malnutrition in Madrid.The appropriate nutritional status of hospitalized patients bears a close relationship with the existence of dieticians at hospitals. Dieticians usenutrition therapy as a cost-effective means to achieve significant health benefits by preventing or altering the course of diabetes, obesity, hyper-tension, lipid metabolism disorders, heart failure, osteoporosis, celiac disease, and chronic kidney disease, among other diseases.(AU)

Microbiota intestinal y salud / Gut microbes and health

El cuerpo humano está poblado por miríadas de microorganismos en toda su superficie y en las cavidades conectadas con el exterior. Los colonizadores microbianos del intestino (microbiota) son parte funcional y no prescindible del organismo humano: aportan genes (microbioma) y funciones adicionales a los recursos de nuestra especie, y participan en múltiples procesos fisiológicos (desarrollo somático, nutrición, inmunidad, etc.). Algunas enfermedades crónicas no transmisibles de la sociedad desarrollada (atopias, síndrome metabólico, enfermedades inflamatorias, cáncer y algunos trastornos de la conducta) se asocian a disbiosis: pérdida de riqueza de especies en la microbiota intestinal y desviación del entorno microbiano ancestral. Los cambios en la transmisión vertical del microbioma, el uso de antisépticos y antibióticos y los hábitos dietéticos de la sociedad industrializada parecen estar en el origen de la disbiosis. Generar y mantener diversidad en la microbiota es un nuevo objetivo clínico para la promoción de salud y la prevención de enfermedades.(AU)

The human body is populated by myriads of microorganisms throughout its surface and in the cavities connected to the outside. The microbial colonisers of the intestine (microbiota) are a functional and non-expendable part of the human organism: they provide genes (microbiome) and additional functions to the resources of our species and participate in multiple physiological processes (somatic development, nutrition, immunity, etc.). Some chronic non-communicable diseases of developed society (atopias, metabolic syndrome, inflammatory diseases, cancer and some behaviour disorders) are associated with dysbiosis: loss of species richness in the intestinal microbiota and deviation from the ancestral microbial environment. Changes in the vertical transmission of the microbiome, the use of antiseptics and antibiotics, and dietary habits in industrialised society appear to be at the origin of dysbiosis. Generating and maintaining diversity in the microbiota is a new clinical target for health promotion and disease prevention.(AU)

Los primeros 1000 días: una oportunidad para reducir la carga de las enfermedades no transmisibles / The first 1000 days: an opportunity to reduce the burden of noncommunicable diseases

El crecimiento y desarrollo de un individuo está determinado desde la etapa embrionaria por su genética y los factores ambientales con los que interactúa. Los riesgos para la salud infantil y adulta pueden programarse durante las etapas fetal-neonatal y esta programación metabólica precoz puede afectar al desarrollo posterior de enfermedades como la obesidad y otras enfermedades no transmisibles (ENT) asociadas. La vida temprana, por la gran plasticidad que la caracteriza, constituye el momento ideal para intervenir y prevenir el riesgo de ENT (ventana de oportunidad). Una nutrición óptima durante los primeros 1000 días, que comprende desde la concepción hasta los dos años, es clave para la salud a lo largo de la vida. El rápido crecimiento y desarrollo del organismo y sus funciones durante el embarazo, la lactancia y el niño de corta edad conlleva requisitos nutricionales específicos en cada una de estas etapas. La microbiota del tracto gastrointestinal desempeña una labor fundamental en la función y el desarrollo del sistema inmune. Las interacciones entre el hospedador y su microbiota intestinal se consideran factores potenciales en la programación temprana de las funciones intestinales, con una evidencia creciente de que las alteraciones de la colonización bacteriana en el neonato se asocian con un mayor riesgo de enfermedad, incluidas las enfermedades alérgicas. La evidencia científica acumulada muestra que los primeros 1000 días son cruciales para alcanzar el mejor desarrollo y salud a largo plazo, y constituyen un periodo estratégico en términos de prevención y salud pública

Growth and development are determined by genetic and environmental factors since the very early embryonic life. Long-term health risks, as obesity and other non-communicable diseases (NCD), could be programmed since these early stages. Early life, characterized by plasticity, is the ideal time to intervene and to prevent the risk of suffering a NCD (window of opportunity). Optimal nutrition during the first 1,000 days, since conception to the end of the second year of life, has a determinant role for long-term health. Pregnancy, infancy and toddler periods have specific nutritional requirements. Intestinal microbiota enhances maturation and functioning of the immune system. The interactions between host and intestinal microbiota are potential factors influencing early programming of the intestinal function. Alterations in intestinal colonization are associated to a higher risk of allergic diseases in childhood. Scientific evidence supports the fact that the first 1,000 days are crucial to achieve a better long-term health and represents a strategic period to intervene under the perspective of prevention and public health

Predicting Full Enteral Feeding in the Postoperative Period in Infants with Congenital Diaphragmatic Hernia.

Introduction The objective of the study is to examine the factors associated with time to achieve full enteral feeding after repair of congenital diaphragmatic hernia. Materials and Methods Demographic, clinical, and therapeutic data were retrospectively assessed, and uni- and multivariate Cox regression were performed to examine factors predictive of achieving full enteral feeding that was defined as time to achieve120 mL/kg/d after surgical repair. Results Of 78 infants, 66 underwent intervention before hospital discharge. All infants who survived had reached full enteral feeding at the time of hospital discharge by a median of 22 days (range: 2-119 days) after surgery and 10 days (range: 1-91) after initiation of postoperative enteral feedings. Independent risk factors associated with a longer time to reach full enteral feeding achievement included gastroesophageal reflux and days of antibiotics in the postoperative period. Daily stool passage preoperatively predicted earlier enteral tolerance. Conclusion Infants who survive congenital diaphragmatic hernia generally are able to achieve full enteral feedings after surgical repair. A longer time to full feeding is needed in the most severe cases, but some specific characteristics can be used to help identify patients at higher risk. Although some of these characteristics are unavoidable, others including rational antibiotic usage and active gastroesophageal reflux prevention and treatment are feasible and may improve enteral tolerance.

Infantile-onset Pompe disease with neonatal debut: A case report and literature review.

RATIONALE: Infantile-onset Pompe disease, also known as glycogen storage disease type II, is a progressive and fatal disorder without treatment. Enzyme replacement therapy with recombinant human acid alpha-glucosidase (GAA) enhances survival; however, the best outcomes have been achieved with early treatment. PATIENT CONCERNS: We report a case of a newborn with infantile-onset Pompe disease diagnosed in the first days of life who did not undergo universal neonatal screening. The patient was asymptomatic, with a general physical examination revealing only a murmur. The clinical presentation was dominated by the neonatal detection of hypertrophic cardiomyopathy, without hypotonia or macroglossia. DIAGNOSES: Pompe disease was confirmed in the first week of life by GAA activity in dried blood spots, and a GAA genetic study showed the homozygous mutation p.Arg854X. INTERVENTIONS: Parents initially refused replacement therapy. OUTCOMES: The patient experienced recurrent episodes of ventricular fibrillation during central line placement and could not be resuscitated. LESSONS: Although Pompe disease is rare, and universal screening has not been established, neonatologists should be alerted to the diagnosis of Pompe in the presence of hypertrophic cardiomyopathy. Diagnosis is achieved in a few days with the aid of dried blood spots.