Strengthening Production End Salt Iodization: Computerized Management Information System in Salt Department, India.

Objectives: This paper presents the implementation of computerized Management Information System (MIS) in Salt Department, the nodal agency in India for regulation and control of manufacturer, supply and distribution of iodized salt, to strengthen production end salt iodization. Methods: The MIS was launched in March 2012 with the joint action of Salt Department and the non-governmental development agencies GAIN, MI, UNICEF, and ICCIDD through the platform of National Coalition for Sustained Optimal Iodine Intake. Web based MIS was installed in all offices of the Salt Department with its data centre located in salt Department Headquarter in Jaipur. The Salt MIS has modules on distribution and supply of salt, salt quality management, salt testing laboratories, and other functionalities of Salt Department. In the second phase, trainings of personnel from Salt Department were conducted for mainstreaming the use of MIS. Results: 81% of the 203 identified personnel were trained in MIS. All 104 factory offices and 30 out of 91% of 33 laboratories started using MIS for monthly reports. Real time information is available on production figures, quality of iodized salt and movement of iodized salt. Linking information to decision making process facilitated regulatory actions in salt producing pockets. Conclusions: Successful implementation of MIS in the Salt Department through the coordinated efforts of partner agencies resulted in improved functioning of Salt Department. Effective monitoring of iodized salt production, movement and distribution resulted in strengthening of production end salt iodization and improved access to quality iodized salt to consumers.

Improving Nutrition Security through Food Fortification.

Objectives: To improve nutrition security through staple food fortification. Methods: Rajasthan an Indian state, has very low consumption of fruits, green vegetables, egg, fish and meat, resulting in high levels of micronutrient malnutrition. GAIN partnered with State Government and Food Industry to improve nutrition security of people of Rajasthan, by improving nutritional quality of the staple foods: wheat flour, milk, oil and lentils through fortification that reach consumers through open market and public funded programmes. To improve the nutrition security, the project provided technical and financial assistance, which included: developing QAQC Protocols; Operational Manuals to strengthen QAQC for quality production; Social Marketing and Communication Strategy for creating demand for fortified foods; Training industry partners to adequately and appropriately fortify staple foods; and Training Government's Food Safety Officers/Medical Officers to build regulatory capacity and ensuring food safety. Results: Adequate capacity is built within the State to fortify staples. Annually, over 11.2 million are reached through wheat-flour adequately fortified with iron, folic acid and vitamin B12 and about 25 million are reached with Vitamin A and D fortified oil and milk. Everyday 1.1 million school children get good nutrition through fortified lentils in their school meals. All Medical Officers and Food Safety Officers are trained on regulatory monitoring to ensure food safety. Social marketing is creating demand. Advocacy has led to positioning of fortified foods as an effective strategy in the State's Nutrition Mission. Conclusions: Engaging with key stakeholders: government, industry and consumers and strengthening the systems effectively, creates a sustainable environment for improving nutrition security.

Seasonal variations in physico-chemical parameters and heavy metals in water and sediments of Uppanar estuary, Nagapattinam, India.

The present study was carried out to determine the physico-chemical characteristics and heavy metals in water and sediments in Uppanar Estuary, Nagapattinam, Southeast coast of India during January to December 2007. The minimum and maximum values of atmospheric and surface water temperatures (oC), salinity (‰), pH and dissolved oxygen (ml l-1) were: 26.0-35.0; 25.0-33.5; 8.0-35.0; 7.2- 8.2 and 2.8-5.5 respectively. The ranges of nitrate, nitrite, phosphate and silicate were: 7.05-24.23; 0.82-3.15; 0.31-2.18 and 40.0-198.0 (5M) respectively. The ranges of heavy metals in water (5g 1-1) and sediment (5g g-1) copper, zinc, cadmium and mercury were: 2.45-18.25; 26.43-101.24; 1.23-24.35 and 0.01-0.22 and 5.02-81.27; 22.47-75.42; 2.25-10.06 and 0.01-0.16 respectively.

A review of tracking progress towards elimination of Iodine deficiency disorders in Tamil Nadu, India.

Background : Iodine deficiency disorders (IDD) are significant health problem in India. But there is dearth of regional/state level information for the same. Objective: This study was designed to study the current status of IDD in Tamil Nadu. Materials and Methods: A cross-sectional community-based survey was conducted in the state of Tamil Nadu. The study population was children in the age group of 6-12 years and the probability proportional to size 30 cluster methodology was used for sample selection. The parameters studied were prevalence of goiter, urinary iodine excretion, and iodine content in salt at the household level. Results: A total of 1230 children aged between 6 and 12 years were studied. The total goiter rate was 13.5% (95% CI: 11.1-14.9). The median urinary iodine excretion was found to be 89.5 μg/L (range, 10.2-378 μg/L). The 56% of the urinary iodine excretion values were <100 μg/L. The proportion of households consuming adequately iodized salt (iodine content ≥ 15 parts per million) was 18.2% (95% CI: 16.1-20.5). Conclusion: The total goiter rate of 13.5% and median urinary iodine excretion of 89.5 μg/L is indicative of iodine deficiency in Tamil Nadu.

Tracking progress towards sustainable elimination of iodine deficiency disorders in Orissa.

OBJECTIVE: To assess the status of iodine deficiency in the population of Orissa and track progress of the elimination efforts. METHODS: A community based field survey was conducted. Data was collected using quantitative and qualitative research methods. Standard internationally recommended protocol and methodology was followed. Thirty clusters were selected using population proportionate to size sampling technique. School children aged 6 to 12 years were selected as target group. Goiter prevalence, urinary iodine excretion in the target group and iodine content of the salt at household were used as outcome variables. RESULTS: A total of 1200 children were studied. The total goiter rate was found to be 8.0%, of which 7.6% were grade I and 0.4% was grade-II goiter. The median urinary iodine excretion was found to be 85.4 microg/L and 32.2% of the subjects had urinary iodine levels less than 50 microg/L. Estimation of iodine content by titration method revealed that in only 45% of households salt was found to be adequately iodised. (Salt with iodine level 15 ppm). CONCLUSION: Iodine deficiency continues to be a public health problem in Orissa and the need to accelerate efforts to iodine sufficiency cannot be overemphasized.

Tracking progress towards sustainable elimination of iodine deficiency disorders in Bihar.

OBJECTIVES: To assess the status of the iodine deficiency in the population of Bihar and track progress of the elimination efforts. METHODS: A community based field survey was conducted. Using quantitative and qualitative research methods, data was collected by following internationally recommended protocol and methodology. Thirty clusters were selected using population proportionate to size technique. School age children (6 to 12 years) were the target group studied. Urinary iodine in target children and iodine content of salt at households were the indicators used. RESULTS: Total of 1169 children were studied. The median urinary iodine concentration was found to be 85.6 microg/L. Urinary iodine concentration was less than 50 microg/L in 31.5% of the subjects. Only 40.1% of the household salt samples were found to be adequately iodised as determined by titration method (> or =15 ppm iodine). CONCLUSIONS: Study results show existence of iodine deficiency in the state. There is need to accelerate our efforts to achieve iodine sufficiency and this should be done on a war-footing.

Radioactive iodine therapy in Graves' hyperthyroidism: a prospective study from a tertiary referral centre in north India.

BACKGROUND: Radioactive iodine has gained widespread acceptance as the first-line therapy for Graves' hyperthyroidism and is the preferred treatment option in most situations. OBJECTIVE: A prospective study was conducted to look at the therapeutic practice of use of radioactive iodine in the treatment of Graves' hyperthyroidism, to determine whether the expected or desired therapeutic outcome is achieved. SETTINGS: A tertiary referral centre in north India, Delhi that caters to patients with thyroid disorders. METHODS: One hundred and seventy four consecutive subjects with Graves' hyperthyroidism, who were given radioactive iodine were followed up. RESULTS: There were 59 (33.9%) males and 115 (66.1%) females. The mean age was 41.8 +/- 9 years. The dose of radioactive iodine ranged from 2 mCi to 15 mCi and the mean dose administered was 5.2 +/- 1.9 mCi. After one year following radioactive iodine therapy, 29 (16.7%) subjects were euthyroid, 51 (29.3%) were hypothyroid and the remaining 94 (54%) had persisting hyperthyroidism. Those subjects with persisting hyperthyroidism at one year after radioactive iodine had received a significantly lower dose compared to the groups who had achieved cure (either euthyroidism or hypothyroidism). CONCLUSION: The study shows that the current practice of empirical low dose radioactive iodine therapy to avoid hypothyroidism results in majority of patients having persisting hyperthyroidism. There is a need to take a new look at the current practice to increase the cure rate.

Micronutrient fortification of foods--rationale, application and impact.

Deficiencies in intake of essential vitamins and minerals (commonly referred to as micronutrients) that are essential for efficient energy metabolism and other functions of the human body (commonly termed as micronutrients) are severe and widespread in many parts of the world. They cause an immeasurable burden on individuals, on health services, education systems and families caring for children who are disabled or mentally impaired. Studies by World Bank have shown that countries whose populations suffer from micronutrient deficiencies encounter economic losses as high as 5% of gross domestic product (GDP). The solution to control and prevent micronutrient deficiencies is available and affordable. At a national level, micronutrient malnutrition can be addressed by implementing programmes designed to educate people to diversify their diets (where appropriate foods are available), or by fortifying commonly eaten foods with the missing micronutrients or providing nutrient supplements through targeted distribution programmes. Food fortification is increasingly recognized as an effective means of delivering micronutrients. Fortification of foods can provide meaningful amounts of the nutrient at normal consumption of the food vehicle. Proper choice of fortificant and processing methods could ensure the stability and bioavailability of the nutrient. The level of fortification should take into account variations in food consumption to ensure safety for those at the higher end of the scale and impact for those at the lower end. Fortification needs to be supported by adequate food regulations and labeling, quality assurance and monitoring to ensure compliance and desired impact. In industrialized countries food fortification has played a major role in the substantial reduction and elimination of a number of micronutrient deficiencies. Although a growing number of large scale fortification programmes in different parts of the world are beginning to demonstrate impact at the biochemical level and are leading to the elimination of several nutrient deficiencies, food fortification remains an underutilized opportunity in many developing countries where micronutrient malnutrition remains a public health problem.

Cost of syrup versus capsule form of vitamin A supplementation.

The study was done to estimate the cost of each dose of vitamin A (2,00,000 Units) to the health system when delivered as a capsule, applicap or as syrup form. The cost of distribution of vitamin A supplements was estimated for the manufacturers, district and delivery level. The lowest cost per dose was for capsules in plastic jar (Rs. 0.99) and the highest was for the syrup in glass bottle (Rs. 1.29), the option currently being practiced. The distribution costs were least for the capsule, which compensates for its higher production cost. The cost of syrup was also more due to high degree of wastage compared to capsules. While cost is an important issue, other operational factors need also to be considered.

Ethical issues in public health policy.

Ethics in public health policy is given the least importance and rarely discussed. Resolving ethical issues in public health is often an arduous task as these are complicated and require careful handling. Using four case studies, we discuss issues pertaining to pertussis and brain damage, water fluoridation and dental caries, infection with the human immunodeficiency virus and the right to marriage, and the debate surrounding universal salt iodization. The core issue in all these examples pertains to the relevance of ethics in public health policy.

Radioactive iodine therapy in Graves' hyperthyroidism.

Graves' disease is a common condition encountered in clinical practice. The available modes of therapy for Graves' disease are antithyroid drugs, radioiodine and surgery. Radioiodine therapy is indicated in patients with nearly all causes of hyperthyroidism and is considered the treatment of choice for most patients with Graves' hyperthyroidism who are beyond the adolescent years. Pregnancy and breast-feeding are absolute contraindications. Although there are many ways of calculating the dose of radioiodine, fixed dose regimens are gaining acceptance. Hypothyroidism follows sooner or later in nearly all patients treated with radioiodine. Available evidence suggest that patients are best treated by a single thyroablative dose, the aim being elimination of hyperthyroidism, with larger doses accomplishing it with more certainty, and the inevitable hypothyroidism develops under physician control. Radioiodine therapy can lead to exacerbation of infiltrative ophthalmopathy and this can be prevented by the concomitant administration of corticosteroids. Radioiodine therapy for Graves' hyperthyroidism has no adverse effects on the health of the offspring of treated patients. There are no definitive data that provide evidence for increased rates of thyroid cancer, leukaemia, infertility or neonatal abnormality in patients treated with radioiodine. Radioiodine therapy is safe, definitive and cost-effective.

Neuropsychiatric aspects of pediatric thyrotoxicosis.

The neurobehavioural and neuropsychiatric changes associated with thyrotoxicosis are multiple and varied. This association is well recognised although the true incidence of neuropsychiatric symptoms in thyrotoxicosis is not known. Review of available literature suggests that frank psychiatric symptoms in thyrotoxicosis may be in the order of 10%. In pediatric thyrotoxicosis the neuropsychiatric symptoms may be pronounced and may antedate the medical diagnosis by six months to one year. One of the classic presentation is deterioration in school performance. Frequently noticed cognitive and behavioural abnormalities in pediatric thyrotoxicosis are hyperactivity, irritability or anxious dysphoria, and problems of attention. Successful treatment of thyrotoxicosis usually leads to resolution of the major mental disturbances associated with it and delayed treatment possibly results in enduring neuropsychiatric problems. Awareness of neuropsychiatric symptomatology can help in early detection and appropriate management of children with thyrotoxicosis.

Clinical, biochemical and cytomorphological observations in juvenile chronic lymphocytic thyroiditis.

OBJECTIVE: To determine the clinical, biochemical, ultrasonological and cytomorphological features in goitrous juvenile chronic lymphocytic thyroiditis(CLT). SETTING: Tertiary referral center for thyroid disorders. SUBJECTS: A total of 455 children were evaluated for goiter. Of these 122 children had features of CLT in FNAC and were further studied. METHODS: All subjects were subjected to detailed clinical examination. The thyroid functional status was assessed by estimation of serum concentration of thyroid hormones (thyroxine and triiodothyronine) and thyrotropin (TSH). In addition the antithyroid antibody titers were measured. Ultrasonological and cytomorphological characteristics in these patients were also evaluated. RESULTS: The mean age at presentation was 12.5 years (SD 3.93). The male: female ratio was 1:7.7. Thyroid functional status as assessed by serum thyroxine and thyrotropin levels revealed, euthyroidism in 67 (54.9%), hypothyroidism in 30 (24.6%), subclinical hypothyroidism in 22 (18%) and hyperthyroidism in 3 (2.5%). Thyroid antimicrosomal antibodies were detected in significant titers in 90 (73.8%) and antithyroglobulin was positive in 71 (58.2%). The positivity of the antimicrosomal and antithyroglobulin antibodies were much higher in subjects with hypothyroidism and was detected in 86.5% and 69.2%, respectively. The mean urinary iodine excretion was 74.1 micrograms/g of creatinine (SD 31.4) indicating mild iodine deficiency. Fine needle aspiration cytoloty (FNAC) revealed features of chronic lymphocytic thyroiditis. Hurthle cell changes was seen in only 12% of the cases. The epithelium was more often hyperplastic and vacuolation of the cytoplasm and peripheral vacuolations were seen frequently. Giant cells and epithelioid cells were seen in many cases. CONCLUSIONS: In any child presenting with firm goiter, a diagnosis of CLT should be excluded. Many subjects with juvenile CLT have biochemical evidence of hypothyroidism but only few symptoms or clinical features.

Early development of transient hypothyroidism after I131 therapy for thyrotoxicosis.

295 patients of Graves' disease were studied for early development of transient hypothyroidism (TH) and its prognostic value following I131 therapy. 278 patients received I131 < 10 mci (6.4 +/- 1.7 mci) and 17, a dose of > 10 mci (12.6 +/- 2.6). TH was diagnosed on the basis of low T4 regardless of TSH within the first year after I131 therapy followed by normal T4 and TSH. 32 patients developed TH following administration of < 10 mci I131 and it was symptomatic in 10 patients. No instance of TH after high dose of I131 was noted. I131 uptake > 60% at 2 hours before treatment was a risk factor for developing TH (odds ratio 2.6, 95% confidence interval 0.8-9.6). At diagnosis of TH basal TSH was high in 53%, normal in 32%, or low in 15%; Hypothyroidism recognized during the first six months with basal TSH of 50 microU/ml or higher ruled out TH. Development of TH and its hormonal profile did not influence long term thyroid functions. As no prognostic factors predicted TH before I131 therapy or at the time of diagnosis, re-evaluation of thyroid functions later is essential to avoid unnecessary chronic replacement therapy, if hypothyroidism has been diagnosed within a few months of I131 treatment.

Epidemiology of endemic cretinism in Sikkim, India.

A survey was conducted in Sikkim to determine the prevalence of endemic cretinism in the state. A household was the basic sampling unit. Villages were selected randomly in the state and from these households were selected randomly using the electoral lists. All members of the households were studied. Total of 17,837 individuals from 3,197 households from 249 villages were studied. There were 8,953 males and 8,884 females. A total of 617 endemic cretins were identified: 316 males and 301 females. The overall prevalence of endemic cretinism was 3.46%: (males 3.53% and females 3.39%). Endemic cretinism was observed in 194 (77.9%) villages studied. Neurological cretinism was the predominant form (98.7%). Deaf-mutism was the most salient neurological feature seen in 472 (76.5%) subjects. Motor system examination revealed proximal spasticity and brisk reflexes, both more marked in the lower limbs. Recording of daily life activities revealed 14.1% of the cretins to be totally dependent and another 23% to be requiring considerable assistance for their daily routine activities. The overall prevalence of goitre found in this survey was 54%. Urinary iodine concentration was estimated from a representative sample of the population; mean 4 micrograms/dl (SD 2.68). This survey shows the existence of severe iodine deficiency in Sikkim.

Relevance and importance of universal salt iodization in India.

It is well known that iodine and thyroid hormone are essential for normal development of the human brain and body. Lack of iodine in the diet leads to 'visible' and 'invisible' spectrum of iodine deficiency disorders. The prevalence of iodine deficiency can be assessed by estimating the total goitre rate in the population. A large section of the Indian population suffers from iodine deficiency disorders. These are easily preventable as was shown more than 40 years ago in the study conducted in Kangra Valley. Salt is the best medium of iodine supplementation in India. The potential risks of iodine supplementation, including the risk of iodine-induced thyrotoxicosis, are discussed. Finally, we attempt to formulate policy guidelines on iodine supplementation on the basis of presumed risk:benefit ratio for carrying out an iodine supplementation programme. Taking into consideration medical, social, economic and political aspects of universal salt iodization, the benefits far outweigh the potential low risk due to iodine excess in a small segment of the population.

Iodine loss from iodised salt on heating.

Iodine deficiency disorders constitute a major public health problem in India. The national IDD control programme (NIDDCP) relies solely on iodine supplementation through fortification of common salt with potassium iodate. However, data regarding iodine loss due to high temperatures of cooking procedure is scarce. Using iodometric titration methods, we calculated iodine content of iodised salt samples subjected to incremental heat up to 350 degree Celsius. The results of the study indicate a gradual but minimal loss of iodine content from the iodised salt samples when subjected to high temperature with a maximum loss noticed being 18.5% at 350 degree Celsius. We conclude that there is minimal loss of iodine from the salt fortified with potassium iodate when subjected to heating (temperature normally attained during cooling process).

Thyroid function in a goitre endemia.

A study was conducted to determine the thyroid function in a goitre endemia. Sadam is small village in the south district of Sikkim. Severe iodine deficiency exist in this village (prevalence of goitre 73.5%, cretinism prevalence 4%; mean urinary iodine exeretion 4.13 ng/dl - SD 3.1). Total of 72 out pf 142 households were randomly selected. All the inmates of the households above 14 years of age were examined for goitre and blood samples were collected from them for estimation of concentration of thyroid stimulating hormones (triiodothyroine T-3, thyroixe T-4) and thyroid stimulating hormone (TSH). Total of 244 subjects were examined, (137 males and 107 females). Goitre was detected in 149 (61.1%) individuals. The mean T-3, T-4 and TSH concentrations in the non-goitrous groups were (SD in parenthesis) 110.13 ng/dl (26.19), 10.12 ug/dl (2.38) and 1.01 uu/ml (0.52). The corresponding values for the goitrous group were, 132.22 ng/dl (46.25), 9.06 ug/dl (2.04) and 1.33 uu/ml (1.19). The differences in the mean concentrations between the goitrous and non-goitrous groups were statistically significant. An inverse correlation between the goitre size and T-4 on the one hand, and TSH and T-4 on the other hand was noticed. The result of the study show that functional decompensation of the thyroid occur in the majority of goitrous subjects.

Iodine deficiency disorders in school children of Sikkim.

Sikkim is a small state in the eastern Himalayas. A survey was conducted to determine the prevalence of iodine deficiency disorders in the state. A two stage sampling procedure was adopted. In stage one, all villages in the state were listed and 249 were randomly selected for the survey. In stage two, households, were randomly selected from the selected villages using the electoral lists. The basic sampling unit was a household and all members of the households were studied. A total of 17,837 subjects were studied from 3,197 households of 249 villages. Overall prevalence of goitre and cretinism in the community as a whole, were 54.03% and 3.46% respectively. Of the population studied, 5939 were children in the age group of 5 to 16 years. There were 3,005 boys and 2,934 girls. Goitre was detected in 3,381 (56.9%). Goitre prevalence in the boys was 55.4% and in girls it was 58.5% (p = < 0.05). Grade I goitre was seen in 2,472 (73.1%), grade II in 888 (26.3%) and grade III in 21 (0.6%). Endemic cretinism was diagnosed in 175 subjects (2.9%). Cretinism prevalence in the boys was 3.1%, and in girls in was 2.8% and this difference was not significant. Neurological; cretinism was the predominant form (98.3%). Estimation of urinary iodine concentration in 167 subjects revealed the mean concentration to be 3.64 u/dl (SD 2.47). The median value was ug/dl indicating the skewed distribution of the urinary iodine concentration. The study shows the existence of severe iodine deficiency in the school-aged children of Sikkim.(ABSTRACT TRUNCATED AT 250 WORDS)