Odomlehmann8610

8-60.9, 2.48-28.8, and 0.01-2.17 mg/kg respectively, while for the toxic elements, Cr and Co in rice are also quantified and found in the range of 0.03-1.24 and 0.003-0.59 mg/kg, respectivelyThe elemental concentrations in rices from Java Island followed the order Zn>Fe>Se>Cr>Co. It also found that rices from East Java Province have higher concentrations of Fe and Se, while the highest mean of Zn concentration was found in the rices from Jakarta province. see more The daily intake of those elements in rices give significant contribution to their RDA values. These results of mineral contents in rice hopefully can be used as one of references for estimating daily nutritional intake status of especially Javanese people.Iodine deficiency in pregnant woman can affect growth and development of fetus. People who live in an area that had affected by previous iodine deficiency may continuously affect by abnormal thyroid function. The aim of the study is to assess thyroid function, that was measured by the concentrations of thyroid stimulating hormone, and its relationships with free thyroxine (fT4) among pregnant women in the two different geographic areas with previous history of iodine deficiency in Magelang, Central Java, Indonesia. Cross-sectional study was conducted in two types of location (replete and non-replete area) in Magelang, Central Java, Indonesia. A total of 243 aged between 15-45 y old with no pregnancy complication from two different geographics areas of iodine replete and sufficient were include in study. Blood biochemical markers such as free thyroxine hormone and thyroid stimulating hormone were assessed by Elisa method. Median of fT4 in non-replete and replete area was 1.18 (0.63-3.5) ng/dL; 1.12 (0.37-1.95) ng/dL, respectively. Whilst, median of TSH in replete area was 1.27 (0.09-8.21) ng/dL and non replete area was 1.3 (0.01-8.67) ng/dL. Correlation between fT4 and TSH showed significat relationship in non-replete area, r=-0.39 (0.05). In addition, scatter plot showed the relationship between fT4 and TSH levels pattern in the replete area more widespread. Pregnant womens who live in areas that had affected severe iodine deficiency intake may have abnormal thyroid function but it still euthyroid maintain by adequate iodine intake.Elderly is defined as an age group that is susceptible to various diseases. The aging process in the elderly is associated with an increase in oxidative stress activity which can lead to various health problems which are a major cause of high mortality and morbidity. This study aimed to analyze the effect of supplementation of catfish (Clarias gariepinus) oil enriched with omega-3 soft capsule on oxidative stress and cognitive function of elderly people. The design of this study was a single blind randomized control trial. A total of 29 elderly subjects were chosen following these inclusion criteria aged >60 y; had dyslipidemia; and signed the informed consent. Subject were divided into three groups i.e. SO (soybean oil), CFO (commercial fish oil), and CO with omega-3 (catfish oil enriched with omega-3). The intervention was 1,000 mg oil/d administered for 90 d. The results showed that different supplementation groups had significant effects on oxidative stress and cognitive function (p less then 0.05). Supplementation of catfish oil enriched with omega-3 was able to significantly decreased malondialdehyde (MDA) level (p less then 0.05) and significantly increased mini mental state examination (MMSE) score (p less then 0.05). Overall, CO with omega-3 supplementation for 90 d was able to improve oxidative stress and cognitive function of the elderly better than other groups.Iodine deficiency affects people of all age groups and yields detrimental health effects known as Iodine Deficiency Disorders (IDD). Universal Salt Iodization (USI) where above 90% household use iodized salt became the main program to optimized population iodine status. This study aimed to analyze iodine in salt, iodine status and thyroid functions from three different IDD endemic regions.

This was a cross-sectional study, with women of reproductive age (15 to 45 y old) as subjects, conducted in plain area (Yogyakarta) city (n=250), mountainous area (Bukit Tinggi city) (n=249), and combination of mountaneous and plain area (Purworejo regency) (n=249). Urinary iodine (UIE), prevalence of hyperthyroidism, and hypothyroidism (diagnostic based on combination of TSH and fT4 level), also the presence or absence and level of iodine in salt were assessed.

Iodized salt coverage have reached >90% household in all three region, while titration found 75.6% with adequate level of iodine in salt (>30 ppm), with wichieved USI target. But the risk of iodine deficiency still found in mountaneous area. Household iodized salt coverage discrepancy between rapid test and titration strengthen the need of more accurate but efficient test of iodine level in salt.Anemia and iron deficiency can cause detrimental effects on brain development, and continued iron deficiency anemia is known to interfere with development which results in a permanent delay in mental and Motor development. This study investigated the impact of anemia on physical development skills of under two years children in aceh besar district. A cross-sectional study design was applied to 102 under-two years children selected using cluster random sampling technique using village as cluster. A structured questionnaire to determine general characteristics such as maternal age, maternal education, maternal occupational, family income, number of family members and toddlers. Anemia status was assessed by Hemocue 201+ tool, and physical motor development such as gross and fine motor development skills were determined using Denver II instrument. Almost two- thirds of children were anemia, as assessed by blood hemoglobin levels of less then 11 g/dL, while 34.3% of them were experienced delay in either fine development or gross development skills. The prevalence of children with fine and gross motor development delay was higher in children with suffering from anemia (27.1% and 17.1%) than non-anemia, respectively (3.2% and 9.4%). There was significant association anemia status on fine motor development (r=0.291; p=0.003), while not significant to gross motor development (r=0.092; p=0.357). The prevalence of anemia in children 12-24 mo old was very high, and has an impact on motor development delays, so anemia prevention programs and motor stimulation intervention for under two years children are needed.