Effects of turmeric extract supplementation on the lipid and lipoprotein subfraction profile in hemodialysis patients: A randomised, double-blind, crossover and controlled trial.

Dyslipidemia is common in patients with chronic kidney disease. Curcumin, a bioactive polyphenol from Curcuma longa, can improve lipid profile. This study aims to analyze the effects of Curcuma Longa extract supplementation on lipid profile and lipoprotein subfractions in hemodialysis (HD) patients. This is a longitudinal, double-blind, washout-period randomized clinical trial. The patients were randomized into two groups: the curcumin group (n = 10) (orange and carrot juice with 2.5 g of Curcuma Longa extract) and the control group (n = 11) (juice without curcumin) 3x/w during HD sessions for 3 months. After the washout period, patients continued the supplementation as a crossover for the same period. The lipid profile was measured using enzymatic assays. The high-density lipoprotein and low-density lipoprotein subfractions analyses were performed using LipoprintTM. In the curcumin group, the triglyceride values tended to decrease with a different triglyceride variation between the pre and post-intervention for the control and curcumin groups of 38.5 (19.8) mg/dL (p = 0.06). There was no statistical difference in the others parameters. In conclusion, Curcuma longa extract may be a good nutritional strategy to reduce triglyceride plasma levels in hemodialysis patients, but it seems ineffective for the other parameter.

Interactions between mitochondrial and nuclear DNA in mammalian cells are non-random.

Chromosome Conformation Capture techniques regularly detect physical interactions between mitochondrial and nuclear DNA (i.e. mito-nDNA interactions) in mammalian cells. We have evaluated mito-nDNA interactions captured by HiC and Circular Chromosome Conformation Capture (4C). We show that these mito-nDNA interactions are statistically significant and shared between biological and technical replicates. The most frequent interactions occur with repetitive DNA sequences, including centromeres in human cell lines and the 18S rDNA in mouse cortical astrocytes. Our results demonstrate a degree of selective regulation in the identity of the interacting mitochondrial partners confirming that mito-nDNA interactions in mammalian cells are not random.

Neuroblastoma neonatal estadio IV y IVs: Tratamiento quirúrgico con silo y reducción hepática / Neonatal Stage IV and IVs neuroblastoma: surgical treatment with silo and liver reduction

Las metástasis hepáticas del neuroblastoma neonatal pueden causar fallo multiorgánico debido al crecimiento rápido y hepatomegalia masiva. El objetivo de este trabajo es presentar dos neonatos con Neuroblastoma estadio IV y IVs en situación crítica que necesitaron un silo abdominal descompresivo y reducción hepática para lograr el cierre abdominal definitivo. Actualmente los dos niños tienen 6 años de edad y están libres de enfermedad. Conclusión. La colocación de un silo abdominal descompresivo continúa siendo una opción de rescate. La reducción hepática quirúrgica podría ser una alternativa para el cierre precoz del abdomen

Hepatic metastases of neonatal neuroblastoma can cause multiple organ failure due to rapid growth and severe hepatomegaly. The objective of this work is to present two infants with neuroblastoma stage IV and IVs in a critical situation that needed a decompressive abdominal silo and surgical liver reduction for definitive abdominal closure. Currently both children are 6 years old and they are free from disease. Conclusion. The placement of a silo for abdominal decompression is still an indication for salvage. Surgical hepatic reduction is an alternative for the early closure of the abdomen avoiding complications due to infection or dehiscence of the silo

[Neonatal stage IV and IVs neuroblastoma: surgical treatment with silo and liver reduction]. / Neuroblastoma neonatal estadio IV y IVs: Tratamiento quirúrgico con silo y reducción hepática.

UNLABELLED: Hepatic metastases of neonatal neuroblastoma can cause multiple organ failure due to rapid growth and severe hepatomegaly. The objective of this work is to present two infants with neuroblastoma stage IV and IVs in a critical situation that needed a decompressive abdominal silo and surgical liver reduction for definitive abdominal closure. Currently both children are 6 years old and they are free from disease. CONCLUSION: The placement of a silo for abdominal decompression is still an indication for salvage. Surgical hepatic reduction is an alternative for the early closure of the abdomen avoiding complications due to infection or dehiscence of the silo.

Computerized cardiotocography in the management of intrauterine growth restriction associated with Doppler velocimetry alterations.

OBJECTIVE: To verify the reliability of computerized cardiotocography (cCTG) in the prediction of the oxygen metabolism status of fetuses with growth restriction and Doppler velocimetry alterations. METHODS: From 24 third-trimester cesarean section performed because of intrauterine growth restriction (IUGR) and Doppler velocimetry alterations, there were 11 cases of fetal heart rate alterations (Dawes-Redman criteria were not satisfied) and 13 cases of reactive cCTG. Fetal lung maturity was detected by amniocentesis and blood samples for umbilical blood gas analysis (UBGA) were collected before the first neonatal breath from the umbilical artery in a double-clamped segment of the cord. RESULTS: Umbilical cord gas analysis showed arterial cord blood pH to be 7.20 or less in 11 newborns (45.8%), 7.10 or less in 6 (25%), and 7.00 or less in 3 (12.5%). Linear regression analysis showed short-term variation (STV) in the fetal heart rate to be significantly correlated with umbilical artery pH (r = 0.49; P = 0.01) and pCO2 (r = -0.50; P = 0.01). There were no significant correlations between cCTG and the other UBGA parameters considered. Receiver operator curves permitted to calculate the STV values at which pathological neonatal UBGA values can be expected (pH < 7.00 and pCO2 > 80 mmHg). A short-term variation less than 4.5 ms was found to predict acidemia with a sensitivity of 100% and a specificity of 70% (positive predictive value, 33%; negative predictive value, 100%), and hypercarbia with a sensitivity of 100% and a specificity of 77.8% (positive predictive value, 55.6%; negative predictive value, 100%). CONCLUSION: In view of the results of this study, 4.5 ms for STV may be a threshold below which timing of delivery should be decided in cases of fetal growth restriction.

The combination of computerized cardiotocography and amniotic fluid index for the prediction of neonatal acidemia at birth: a modified biophysical profile.

OBJECTIVE: To study the combination of computerized cardiotocography (cCTG) and the amniotic fluid index (AFI) in the prediction of neonatal acidemia at birth. METHODS: A total of 89 singleton third-trimester high-risk pregnancies delivered by Cesarean section, with an AFI evaluated within 24 h from birth, and an antepartum cCTG performed within 6 h from delivery, were studied. The score was the sum of values for AFI (oligo/anhydramnios = 1, normal = 0) and cCTG (Dawes-Redman criteria, not met = 1, met = 0). The endpoint was to predict an abnormal neonatal outcome as defined by an umbilical artery pH of < or = 7.2. RESULTS: Fifteen neonates had an umbilical artery pH of < 7.2. The combination of cCTG + AFI score was able to predict pH values (< or = 7.20) with an OR = 2.83 (p < 0.02). The diagnostic accuracy of the combination of cCTG + AFI was as follows: sensitivity 80%, specificity 58%, positive predictive value 28%, negative predictive value 83%. COMMENT: We suggest that the cCTG + AFI score may be of value in the prediction of neonatal acidemia and help in the management of third-trimester high-risk pregnancies.

[Combination of the computerized analysis of fetal heart rate and amniotic fluid index in the prediction of neonatal acidemia: a modified biophysical profile]. / Combinazione dell'analisi computerizzata della frequenza cardiaca fetale (cCTG) e dell'indice del liquido amniotico nella predizione di acidemia neonatale: un profilo biofisico modificato.

OBJECTIVE: To study the use of a modification of the classical biophysical profile by the combination of computerized analysis of fetal heart rate (cCTG) and the amniotic fluid index (AFI) in the prediction of neonatal acidemia at birth. METHODS: We considered 89 singleton third trimester high risk pregnancies delivered by cesarean section, with an AFI evaluated within 24 hrs from birth, and an antepartum cCTG performed within 6 hrs from delivery. We assigned values for AFI (oligo/anhydramnios = 1, normal = 0) and cCTG (Dawes-Redman criteria, not satisfied = 1, satisfied = 0). The endpoint was to predict an abnormal neonatal outcome as defined by an umbilical artery (UA) pH < or = 7.2. RESULTS: Fifteen neonates presented an UA pH < or = 7.2. By performing a logistic regression, we found that cCTG + AFI score (abnormal value 1-2) was able to significantly predict a pH value (< or = 7.20) with an Odds Ratio = 2.83 (p < 0.02). The diagnostic accuracy of the combination of cCTG + AFI was as follows: sensitivity: 80%, specificity: 58%. COMMENT: We suggest that the combination of cCTG + AFI included in the simple score we propose, may be of value in the prediction of neonatal acidemia and help in the management of third trimester high risk pregnancies.

Antepartum computerized CTG and neonatal acid-base status at birth.

OBJECTIVE: To assess the correlation between individual computerized cardiotocography (cCTG) variables and acid-base status at birth before the first breathing in uncomplicated term pregnancy delivered by cesarean section. STUDY DESIGN: A retrospective cohort study. SUBJECTS AND METHODS: Seventy singleton normal pregnancies delivered by elective cesarean section. The last antepartum cCTG performed within 4 h from delivery by the System 8002 (Oxford Sonicaid, UK) was correlated to umbilical blood gas analysis (UBGA) values (AVL compact 2 analyser). Considering blood gas analysis values as dependent and individual cCTG parameters as independent variables the best regression subsets followed by a backward stepwise linear regression was used. RESULTS: There was no significant correlation of cCTG parameters with any of the values of blood gas analysis. However, when neonatal conditions, as expressed by arterial pH > 7.20, Becf > - 4.0 mmol/l and Apgar score at 5 min > 7, were taken as an end-point, they could be predicted by Acc15 and FM/hour (sensitivity: 35%, positive predictive value: 92%, cut-off > 7 and 67%, 92%, > 21, respectively). CONCLUSION: In uncomplicated pregnancies, the prospect of a vigorous newborn seems particularly associated with the presence of Acc > 15 and FM/hour > 21.

Evaluation of hematochemical parameters and renal echography after ESWL.

Evaluation of hematochemical parameters and renal echography after ESWL treatment with Tripter X1 was done on the first 95 patients treated and for whom we had a longer than 3-month follow-up. Creatinine phosphokinase values showed an increase in 24 patients. 12 patients demonstrated an increase in amylasemia. Echographic checks performed the day after treatment revealed the presence of perirenal lesions in 3 cases. As far as amylasemia is concerned, only 1 patient was treated with aprotinin. One of the patients who developed perirenal hematoma had hypertension; another was following an antiaggregant therapy that was temporarily suspended.