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The effect of various root canal sealers on India ink and different concentrations of methylene blue solutions.

In this study, the effect of different root canal sealers on 1%, and 2% methylene blue (MB) solutions and India ink were analyzed using spectrophotometry. One hundred and twelve specimens were used in this study. One hundred and five plastic tubes were filled with Sealapex, Endomethasone, Sultan, AH Plus or Ketac Endo. Twenty-one plastic tubes were used for each group. Seven plastic tubes were not filled, serving as controls. Seven specimens were taken from each group randomly and immersed in 0.8 ml 1% MB, 2% MB or black India ink. The optical density of the solutions after 0, 24, 48 and 72 hours of immersion was measured in a spectrophotometer at 416 nm. The optical density (OD) of the solutions was stable for the control group. The OD values for the 1% MB solutions were increased in the Sealapex and Sultan groups. The OD values for the 2% MB solutions were also increased for Sealapex and AH Plus. OD values were decreased for all India ink groups. The change in OD values relating to each time interval was statistically analyzed for each test material using two-way ANOVA. In the dye leakage studies, India ink, when compared to MB solutions, was a more reliable tracer as no dissolution of the root canal sealers occurred in contact with India ink.

Administration, Topical↗

[Infiltration of India ink from subarachnoid space to nasal mucosa along olfactory nerves in rabbits].

The mode of the transportation of India ink to the nasal cavity was studied when it was given to the subarachnoid space chiefly through facial nerve sheath and partly by cisterna magna injection. From subarachnoid space India ink infiltrated through perineurium, epineurium and perineural space of the fila olfactoria and of olfactory nerve fibers to lamina propria of the olfactory mucosa and spread also to the respiratory mucosa. It was further taken into lymphatic vessels and accumulated in bilateral cervical lymph nodes. In normal rabbits, India ink didn't penetrate the basement membrane into the epithelial layer at all, but in rabbits with chronic rhinitis showing edema, degeneration and destruction of mucosa, India ink was found to pass easily through the basement membrane into the epithelial layer and further to leak into the nasal cavity in all cases. It was a new finding that in cases with rhinitis large particles like India ink could infiltrate from the subarachnoid space to the nasal cavity passing through the nasal mucosa, and was considered to be a possible cause of idiopathic cerebrospinal fluid rhinorrhea.

Animals↗

Identification of surgical biopsy borders by use of india ink.

Separation of surgical biopsy borders from artifactual borders created during trimming of biopsy specimens is necessary to avoid misinterpretation of histologic borders. Misinterpretation of a contaminated trimming border as a surgical border may lead to additional surgery and excessive removal of normal tissue. Likewise, a neoplasm may regrow locally or metastasize if a surgical border infiltrated with neoplastic cells is falsely assumed to be an artifactual trimming border. The use of India ink for distinguishing between surgical biopsy borders and artifactual borders was evaluated. Ten normal tissue specimens from 8 types of tissue (skin, small intestine, urinary bladder, bone, muscle, lung, large intestine, and uterus) were obtained from freshly euthanatized dogs. The specimens were painted with India ink and examined for adherence of the ink to the cut surface of the specimen. Adherence of the ink was observed in all specimens with the exception of the cut surface of the lung. Twenty-five biopsy specimens from dogs with clinical cases of disease were similarly painted with India ink and evaluated. Twenty-two were identified as neoplastic and 3 as inflammatory lesions. Wedges of tissue were obtained from the center of the biopsy specimens to purposely create borders that contained neoplastic tissue. These positive controls were painted with India ink to evaluate the effect of the ink on the histologic appearance of the neoplastic cells. Distortion or alteration of the cellular architecture was not observed in any of the normal specimens, specimens from dogs with clinical cases, or positive controls. The use of India ink for delineation of biopsy borders is a simple technique that presents few technical difficulties.(ABSTRACT TRUNCATED AT 250 WORDS)

Animals↗

Blood pressure and cognitive impairment in India and the United States: a cross-national epidemiological study.

OBJECTIVE: To evaluate the relationship between blood pressure (BP) and cognitive impairment in elderly populations in India and the United States in a cross-national epidemiological study. DESIGN: Cross-sectional comparisons, using standardized cognitive screening and BP measurements. PARTICIPANTS: We examined 4810 subjects 55 years and older, of whom 595 were 75 years and older, from Ballabgarh, India, and 636 subjects 75 years and older from the Monongahela Valley, Pennsylvania. MAIN OUTCOME MEASURES: General cognitive impairment, defined as scores at or below the 10th percentile of each cohort on a general mental status test-the Mini-Mental State Examination (United States) and the Hindi Mental State Examination (India)-and memory impairment, defined as scores at or below the 10th percentile of delayed recall of word lists at both sites. RESULTS: Mean systolic BP (SBP) and diastolic BP (DBP) were 115 and 75 mm Hg (India) and 141 and 76 mm Hg (United States). Logistic regression adjusting for age, sex, and education or literacy was used to calculate odds ratios (ORs) and associated 95% confidence intervals (CIs) for cognitive impairment. In Ballabgarh, for every 10 mm Hg increase in SBP there was a 10% reduction in cognitive impairment (OR, 0.90; 95% CI, 0.83-0.97), and there was a 13% reduction in cognitive impairment (OR, 0.87; 95% CI, 0.76-0.99) with every 10 mm Hg increase in DBP. In the Monongahela Valley, a similar association between DBP and cognitive impairment did not remain significant after adjustment for confounders (OR, 0.83; 95% CI, 0.65-1.06). CONCLUSIONS: In both Indian and American samples, lower DBP was inversely related to cognitive impairment, although not significantly in the latter. Low BP may be an effect of, or a potential risk factor for, degenerative brain disease.

Aged↗

Sexual behaviors and reproductive health outcomes: associations with wife abuse in India.

CONTEXT: Wife abuse has been associated with a variety of health concerns. Associations between abuse and reproductive health in India are not well known. OBJECTIVE: To examine relationships between men's reports of wife abuse and reproductive health issues in northern India. DESIGN: Structured face-to-face interviews were conducted as part of the male reproductive health supplement of the PERFORM System of Indicators Survey, a systematic multistage survey conducted in 1995-1996. SETTING: The northern state of Uttar Pradesh, one of the least developed states in India. PARTICIPANTS: A total of 6632 married men aged 15 to 65 years who lived with their wives and completed all survey questions for the study variables reported here. MAIN MEASURES: Physically and sexually abusive behaviors toward wives, sexual activities outside marriage, sexually transmitted disease (STD) symptoms, contraception use, unplanned pregnancies, and sociodemographic characteristics. RESULTS: Fifty-four percent of men reported not abusing their wives, while 17% reported physically but not sexually abusing their wives, 22% reported sexual abuse without physical force, and 7% reported sexual abuse with physical force. Abuse was more common among men who had extramarital sex (for sexual abuse using force: odds ratio [OR], 6.22; 95% confidence interval [CI], 3.98-9.72). Similarly, men who had STD symptoms were more likely to abuse their wives (with current symptoms: OR, 2.43; 95% CI, 1.73-3.42). Unplanned pregnancies were significantly more common among wives of abusive men, especially sexually abusive men who used force (OR, 2.62; 95% CI, 1.91-3.60). CONCLUSIONS: Wife abuse appears to be fairly common in northern India. Our findings that abusive men were more likely to engage in extramarital sex and have STD symptoms suggest that these men may be acquiring STDs from their extramarital relationships, thereby placing their wives at risk for STD acquisition, sometimes via sexual abuse. These abusive sexual behaviors also may result in an elevated rate of unplanned pregnancies.

Adolescent↗

Willingness to pay for rural health insurance through community participation in India.

The main objective of this article is to examine the willingness to pay for a viable rural health insurance scheme through community participation in India, and the policy concerns it engenders. The willingness to pay for a rural health insurance scheme through community participation is estimated through a contingent valuation approach (logit model), by using the rural household survey on health from Karnataka State in India. The results show that insurance/saving schemes are popular in rural areas. In fact, people have relatively good knowledge of insurance schemes (especially life insurance) rather than saving schemes. Most of the people stated they are willing to join and pay for the proposed rural health insurance scheme. However, the probability of willingness to join was found to be greater than the probability of willingness to pay. Indeed, socio-economic factors and physical accessibility to quality health services appeared to be significant determinants of willingness to join and pay for such a scheme. The main justification for the willingness to pay for a proposed rural health insurance scheme are attributed from household survey results: (a) the existing government health care provider's services is not quality oriented; (b) is not easily accessible; and, (c) is not cost effective. The discussion suggests that policy makers in India should take serious note of the growing influence of the private sector and people's willingness to pay for organizing a rural health insurance scheme to provide quality and efficient health care in India. Policy interventions in health should not ignore private sector existence and people's willingness to pay for such a scheme and these two factors should be explicitly involved in the health management process. It is also argued that regulatory and supportive policy interventions are inevitable to promote this sector's viable and appropriate development in organizing a health insurance scheme.

Attitude to Health↗

Hodgkin's disease in Western India: review of 1082 cases.

Hodgkin's disease (HD) had a low overall incidence rate in Bombay when compared to western countries. However, the incidence rate in childhood was quite high. Review of 1082 cases of Hodgkin's disease recorded at the Tata Memorial Hospital, Bombay. India during a period of 35 years showed that mixed cellularity, with 54% of the total, was the most frequent histologic subtype and this, together with lymphocyte depleted type formed 68% of all HD. The nodular sclerosis type formed only 9%. A bimodal character of the age pattern with a young age peak in the second decade of life, a male preponderance, a high incidence in childhood, and the predominance of low survival types, are the major features of the disease in India. The current data, which are the largest series reported from Bombay and other parts of India, indicate that the type-I pattern as described by Correa and O'Connor may be the characteristic feature of the Hodgkin's disease in India.

Adolescent↗

Birth weight among Tibetans at different altitudes in India: are Tibetans better protected from IUGR?

We report the variation in birth weight among the Tibetans at different altitudes in India to test the hypothesis of greater protection from intrauterine growth retardation (IUGR) among Tibetan compared with other high-altitude native populations. We found that the birth weight of Tibetans at Leh (3521 m, high altitude) is quite similar to what has been reported previously for Tibetans at similar altitudes and is significantly higher than the low-altitude native populations living at similar altitudes. Tibetan birth weights are greater than those of other ethnic groups, both at high and low altitudes. Compared with Tibetans at high altitude (Leh, India; 3521 m), Tibetans at low altitudes (Bylakuppe, India; 800 m and Chandragiri, India; 970 m) have heavier birth weights. This finding is similar to what has been observed previously for other high-altitude native populations. Greater protection from IUGR is not observed for Tibetans compared with other high-altitude native populations as was reported previously. Genetic potential for birth weight is seemingly manifested only at low altitude.

Adaptation, Physiological↗

Asian and non-Asian origins of Mon-Khmer- and Mundari-speaking Austro-Asiatic populations of India.

In the present study, we analyzed 1,686 samples from 31 tribal populations of India for the mitochondrial DNA 9-base-pair deletion/insertion polymorphism, and characterized them based on the relevant mitochondrial DNA coding-region single nucleotide polymorphisms and hypervariable region I motifs, to test the genetic origins of the ethnically and linguistically heterogeneous Austro-Asiatic tribes of India. A comparative analysis of our results with the existing data suggests multiple origins of Austro-Asiatic tribes in India, and particularly the Asian and non-Asian origins of the Mon-Khmer and the Mundari populations. We also identified a novel subclade of haplogroup B in the Mon-Khmer Khasi tribes that distinguishes them from the Nicobarese, indicating two different waves of migration of the Mon-Khmer tribes in India.

Classification↗

Fine-needle aspiration cytology: its origin, development, and present status with special reference to a developing country, India.

Fine-needle aspiration cytology (FNAC) was performed on a large scale at Memorial Hospital, New York, during the 1930s, but during the ensuing years, it did not gain much encouragement in United States. The technique had a resurgence in Scandinavia during the 1950s and 1960s, where it flourished before spreading to other parts of the world. It had also a revival in the United States, which contributed enormously to this tool in each and every aspect. The status of FNA during 1966-2002 was assessed through review of MEDLINE search data on FNA and its correlation with World Bank website data on classification of countries. A total of 849 journals published 5,609 articles on FNA over a period of 37 years. Both the number of publishing journals and the number of published articles on FNA were low during the 1960s (3.5 +/- 0.58 and 4.0 +/- 0.82, respectively) and 1970s (20.3 +/- 14.72 and 25.0 +/- 20.54, respectively), but their number increased sharply from the 1980s onward (78.2 +/- 25.65 and 147.2 +/- 66.89, respectively, during the 1980s, 126.2 +/- 11.94 and 301.4 +/- 35.99, respectively, during the 1990s, and 113.3 +/- 36.46 and 287.3 +/- 85.93, respectively, during the 2000s). The difference between the decades of 1960s-2000s, with respect to the number of publishing journals and published articles, was highly significant (P < 0.0001). Only 90 (10.6%) of the journals were from the arena of pathology and its branches. The remaining journals belonged to various other disciplines of medicine; a small fraction were even from the veterinary sciences. Ten journals, including three in the field of cytopathology, published 2,448 (43.6%) of the total articles on FNA. During 1987-2002, 46 (29.7%) of the 155 developing nations published articles on FNA, whereas 28 (52.8%) of the developed (high-income economies) countries did so, the difference being highly significant (P = 0.0044). The total number of publications from high-income economies was 3,124 (195.3 per year), as opposed to 772 (48.3 per year) from the developing world. The number of articles published from the developing nations (16.8 +/- 52.21) was significantly lower as compared with that from the high-income economies (111.6 +/- 242.03) (P = 0.005). Except for infectious diseases, the high-income economies had a definite edge over the developing nations in the absolute number of publications from each and every site/organ. However, when the frequency of publications on various organs/sites was compared between the two groups, it was found that the number of articles from high-income economies was significantly higher with respect to breast diseases (P < 0.001) and pancreatic lesions (P = 0.0158), whereas the developing nations published more frequently on small round cell tumors (excluding exclusive reports on lymphoma) and infectious diseases (P < 0.001). In India, FNAC was first introduced during the early 1970s and spread to different parts through formal teaching under the postgraduate curriculum in pathology and by conducting workshops and continuing medical education program for pathologists, surgeons/physicians, and radiologists. FNAC is now practiced in all medical colleges, in big public sector hospitals, and even in private clinics and laboratories. The number of centers practicing FNAC increased sharply during 1980s, as evident from the response of 69 laboratories in various parts of India to a questionnaire. As of 1998, 55.9% of the laboratories performed >/=1,000 cases of FNA per year. In 46% of the centers, pathologists alone performed the FNAC, whereas in 51%, they performed it in collaboration with radiologists and surgeons. Disposable syringes and needles were used in all the centers, but syringe holders were used in only in 61% of centers. In 86% of laboratories, two or more routine stains were used, and one or more ancillary techniques on fine-needle aspirates were adopted in 72.5% centers. Of the 772 publications from the developing world during 1987-2002, India alone contributed to 374 (48.4%). During 1975-2002, 154 articles on FNA were published needles were used in all the centers, but syringe holders were used in only in 61% of centers. In 86% of laboratories, two or more routine stains were used, and one or more ancillary techniques on fine-needle aspirates were adopted in 72.5% centers. Of the 772 publications from the developing world during 1987-2002, India alone contributed to 374 (48.4%). During 1975-2002, 154 articles on FNA were published in 15 indexed Indian journals.

Biopsy, Needle↗

A mixed logit model of health care provider choice: analysis of NSS data for rural India.

In order to address the persistent problems of access to and delivery of health care in rural India, a better understanding of the individual provider choice decision is required. This paper is an attempt in this direction as it investigates the determinants of outpatient health care provider choice in rural India in the mixed multinomial logit (MMNL) framework. This is the first application of the mixed logit to the modeling of health care utilization. We also use the multiple imputation technique to impute the missing prices of providers that an individual did not visit when she was ill. Using data from National Sample Survey Organization of India, we find the following: price and distance to a health facility play significant roles in health care provider choice decision; when health status is poor, distance plays a less significant role in an adult's provider choice decision; price elasticity of demand for outpatient care varies with income, with low-income groups being more price-sensitive than high-income ones. Furthermore, outpatient care for children is more price-elastic than that for adults, which reflects the socio-economic structure of a typical household in rural India where an adult's health is more important than that of a child for the household's economic sustenance.

Choice Behavior↗

Cancer control programme in India: opportunities for implementation and evaluation.

Cancer is now being appreciated in India as an emerging public health problem. Approximately 600,000 new cancer cases occur in India every year, and the absolute number of new cancer patients will increase considerably, due to growth in the size of the population and an increase in the proportion of elderly persons due to improved life expectancy following control of communicable diseases. This emerging problem has received the attention of the Government of India, and some state governments within the Indian Federation have formulated National and State Cancer Control Programmes to deal with the situation. In the event of these programmes being implemented, consideration should be given now to measures of evaluation of the activities, as many of the indices, used to monitor programmes in developed countries, such as 15% reduction from peak cancer mortality, or in peak mortality from specific cancers, are not applicable in developing countries like India. Factors such as the pattern of tobacco habits in the community, knowledge, attitude and practice (KAP) patterns regarding cancer in the general population, referral practices, and the national pattern of extent of disease at presentation, gain considerable importance from the evaluation point of view. Our article mainly deals with the sources and the quality of baseline data for such factors and the realistic quantitative goals which could be set for the above factors.

Humans↗

Medical biotechnology in India.

The potential of biotechnology has just began to emerge in the 20th century. After the full knowledge of human genomes is available, biotechnology is going to play a major role in shaping the concept of future drug discovery, drug delivery, diagnostic methodology, clinical trials, and to a great extent the major lifestyle of the human society. This article is a comprehensive review of the major impact of biotechnology in diagnostics, antibiotics, r-proteins, vaccines, and antibodies production. It also highlights the future aspects of gene therapy in the management of healthcare. A comprehensive list of biotech products in healthcare management has been given. Also, the growth of biotechnology throughout the world at large and in the Indian industries in particular has been highlighted. Constraints, concerns and difficulties in biotechnology in India have been addressed mainly related to human resources, training institutions in India, funding in biotechnology, patent-related issues and regulatory hurdles. Like in information technology, India has great potential in bioinformatics as well. Some of the recent information on bioinformatics centers in India has been summarized. Indian biotechnology industries have the potential to use the modern discoveries in life sciences to reach an enviable position in the world of biotechnology.

Antibodies↗

Development of biotechnology in India.

India has embarked upon a very ambitious program in biotechnology with a view to harnessing its available human and unlimited biodiversity resources. It has mainly been a government sponsored effort with very little private industry participation in investment. The Department of Biotechnology (DBT) established under the Ministry of Science and Technology in 1986 was the major instrument of action to bring together most talents, material resources, and budgetary provisions. It began sponsoring research in molecular biology, agricultural and medical sciences, plant and animal tissue culture, biofertilizers and biopesticides, environment, human genetics, microbial technology, and bioprocess engineering, etc. The establishment of a number of world class bioscience research institutes and provision of large research grants to some existing universities helped in developing specialized centres of biotechnology. Besides DBT, the Department of Science & Technology (DST), also under the Ministry of S&T, sponsors research at universities working in the basic areas of life sciences. Ministry of Education's most pioneering effort was instrumental in the creation of Biochemical Engineering Research Centre at IIT Delhi with substantial assistance from the Swiss Federal Institute of Technology, Zurich, Switzerland to make available state-of-the-art infrastructure for education, training, and research in biochemical engineering and biotechnology in 1974. This initiative catalysed biotechnology training and research at many institutions a few years later. With a brief introduction, the major thrust areas of biotechnology development in India have been reviewed in this India Paper which include education and training, agricultural biotechnology, biofertilizers and biopesticides, tissue culture for tree and woody species, medicinal and aromatic plants, biodiversity conservation and environment, vaccine development, animal, aquaculture, seri and food biotechnology, microbial technology, industrial biotechnology, biochemical engineering and associated activities such as creation of biotechnology information system and national repositories. Current status of intellectual property rights has also been discussed. Contribution to the India's advances in biotechnology by the industry, excepting a limited few, has been far below expectations. The review concludes with some cautious notes.

Agriculture↗

No aging in India: the uses of gerontology.

This paper develops a critique of international gerontology through an ethnography and analysis of gerontological practice in India. The central theme of Indian gerontology - that of an imminent demographic and social explosion of an aging population who will tax the country's slender resources - misrepresents available data and fails to signify the experience of most Indian old people. Narrative and deconstructive techniques are deployed to examine the language of crisis and the complex sources of this misrepresentation. Three sources are explored: local disjunctions of class and gender in India, neocolonial biases in the structure of knowledge on aging central to international discourse, and subaltern strategies within India for subverting Western and elite Indian imperatives of what it means to be old. A variety of textual, ethnographic, and historical materials are examined: Indian and American literature pertaining to the 1982 World Assembly on Aging, a series of sociological texts each entitled "Aging in India," and four contemporary Indian institutions designed to meet the needs of old people: a social service agency, a geriatric clinic, a retirement community, and an old age home.

Aged↗

Prehistoric human colonization of India.

Human colonization in India encompasses a span of at least half-a-million years and is divided into two broad periods, namely the prehistoric (before the emergence of writing) and the historic (after writing). The prehistoric period is divided into stone, bronze and iron ages. The stone age is further divided into palaeolithic, mesolithic and neolithic periods. As the name suggests, the technology in these periods was primarily based on stone. Economically, the palaeolithic and mesolithic periods represented a nomadic, hunting-gathering way of life, while the neolithic period represented a settled, food-producing way of life. Subsequently copper was introduced as a new material and this period was designated as the chalcolithic period. The invention of agriculture, which took place about 8000 years ago, brought about dramatic changes in the economy, technology and demography of human societies. Human habitat in the hunting-gathering stage was essentially on hilly, rocky and forested regions, which had ample wild plant and animal food resources. The introduction of agriculture saw it shifting to the alluvial plains which had fertile soil and perennial availability of water. Hills and forests, which had so far been areas of attraction, now turned into areas of isolation. Agriculture led to the emergence of villages and towns and brought with it the division of society into occupational groups. The first urbanization took place during the bronze age in the arid and semi-arid region of northwest India in the valleys of the Indus and the Saraswati rivers, the latter represented by the now dry Ghaggar-Hakra bed. This urbanization is known as the Indus or Harappan civilization which flourished during 3500-1500 B.C. The rest of India during this period was inhabited by neolithic and chalcolithic farmers and mesolithic hunter-gatherers. With the introduction of iron technology about 3000 years ago, the focus of development shifted eastward into the Indo-Gangetic divide and the Ganga valley. The location of the Mahabharata epic, which is set in the beginning of the first millennium B.C., is the Indo-Gangetic divide and the upper Ganga-Yamuna doab (land between two rivers). Iron technology enabled pioneering farmers to clear the dense and tangled forests of the middle and lower Ganga plains. The focus of development now shifted further eastward to eastern Uttar Pradesh and western Bihar which witnessed the events of the Ramayana epic and rise of the first political entities known as Mahajanapadas as also of Buddhism and Jainism. The second phase of urbanization of India, marked by trade, coinage, script and birth of the first Indian empire, namely Magadha, with its capital at Pataliputra (modern Patna) also took place in this region in the sixth century B.C. The imposition by Brahmin priests of the concepts of racial and ritual purity, pollution, restrictions on sharing of food, endogamy, anuloma (male of upper caste eligible to marry a female of lower caste) and pratiloma (female of upper caste ineligible to marry a male of lower caste) forms of marriage, karma (reaping the fruits of the actions of previous life in the present life), rebirth, varnashrama dharma (four stages of the expected hundred-year life span) and the sixteen sanskaras (ceremonies) on traditional occupational groups led to the birth of the caste system - a unique Indian phenomenon. As a consequence of the expansion of agriculture and loss of forests and wildlife, stone age hunter-gatherers were forced to assimilate themselves into larger agriculture-based rural and urban societies. However, some of them resisted this new economic mode. To this day they have persisted with their atavistic lifestyle, but have had to supplement their resources by producing craft items or providing entertainment to the rural population.

Cultural Evolution↗

Current status of iodine deficiency disorders (IDD) and strategy for its control in India.

Iodine Deficiency Disorders (IDD) reflects the broad manifestations of iodine deficiency including the implications on reproductive functions and lowering of IQ levels in school aged children. Today, IDD is a public health problem in 130 countries and affects 13% of world's population. In India, no state is free from iodine deficiency and 200 million people are 'at risk' of IDD. Daily consumption of salt fortified with iodine is a proven effective strategy and is the measure stressed by the Government of India. The paper describes the major five phases of the IDD Control Programme in India. The paper describes the major five phases of the IDD Control Programme in India since 1962 and synthesizes the spectrum of activities that significantly attributed to the Universal salt Iodisation (USI) efforts launched in 1992. The sustainability of the USI programme is critical since IDD prevalence will rise if programme of salt iodisation weakens. A two pronged strategy needs to be institutionalized for ensuring continued demand for iodised salt, linked to ongoing health, nutrition and education programmes as well as for ensuring supply of quality iodised salt.

Deficiency Diseases↗

Glucose-6-phosphate dehydrogenase deficiency in India.

Glucose-6-phosphate dehydrogenase (G6PD) deficiency is the commonest red cell enzymopathy in humans and has an X-linked inheritance. It has been reported from India more than 30 years ago and the prevalence varies from 0-27% in different caste, ethnic and linguistic groups. The major clinical manifestations are drug induced hemolytic anemia, neonatal jaundice and chronic non-spherocytic hemolytic anemia. Individuals with G6PD deficiency have a selective advantage against falciparum malaria. Thirteen biochemically characterized variants have been reported from India. At the molecular level, G6PD Mediterranean is the most common deficient variant in the caste groups whereas, G6PD Orissa is more prevalent among the tribal of India. The third common variant seen in India is G6PD Kerala-Kalyan.

Anemia, Hemolytic↗