Government Meera Girls College

Udaipur, India

Government Meera Girls College

Udaipur, India
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Jain V.,Government Meera Girls College
Indian Journal of Traditional Knowledge | Year: 2017

Traditional arts and crafts are important means of socio-economic uplifting of communities as well as financial growth of states and country. A ten days mega handicraft fair is organized every year at the end of December in Shilpgram- The rural arts and crafts complex at Udaipur, Rajasthan where people from all over India associated with traditional arts come to exhibit and sell their products. An ethno-biological survey was done in the fair to explore about plant and animal based art and craft items. Information obtained from 35 sellers has revealed use of 45 plant and 7 animal products in form of various creative items of aesthetic, domestic and personal utility. The paper illuminates the importance of various plants and animal products in human life as well as emphasizes the need of such mega fairs on regular basis in different parts of country for development and preservation of traditional skills and also for raising the standards of economically backward sections of society. © 2017, National Institute of Science Communication and Information Resources (NISCAIR). All rights reserved.

Sethi R.,PAHER University | Ahuja M.,Government Meera Girls College
International Journal of PharmTech Research | Year: 2016

1-Acetyl-5-(4-nitrophenyl)-3-(2-pyridinyl)-2-pyrazoline was synthesized by the Claisen-Schmidt condensation of 3-(4-nitrophenyl)-1-(2-pyridinyl)-2-propene-1-one in presence of hydrazine hydrate in acetic acid and its cobalt complex have been synthesized and characterized on the basis of elemental analysis, molar conductance, molecular weight determination and spectral data like 1H NMR, IR. These compounds were screened for their antibacterial activity against gram positive and gram negative bacteria. © 2016, Sphinx Knowledge House. All rights reserved.

Jagmag S.A.,Indian Institute of Science | Tripathi N.,Indian Institute of Science | Shukla S.D.,Government Meera Girls College | Maiti S.,Indian Institute of Science | Khurana S.,Indian Institute of Science
Frontiers in Neuroscience | Year: 2016

Parkinson's disease is one of the most common neurodegenerative diseases. Animal models have contributed a large part to our understanding and therapeutics developed for treatment of PD. There are several more exhaustive reviews of literature that provide the initiated insights into the specific models; however a novel synthesis of the basic advantages and disadvantages of different models is much needed. Here we compare both neurotoxin based and genetic models while suggesting some novel avenues in PD modeling. We also highlight the problems faced and promises of all the mammalian models with the hope of providing a framework for comparison of various systems. © 2016 Jagmag, Tripathi, Shukla, Maiti and Khurana.

Choubisa S.L.,Government Meera Girls College | Mishra G.V.,Shri Bhogilal Pandya Government College | Sheikh Z.,Government Meera Girls College | Bhardwaj B.,Regional Animal Disease Diagnostic Center | And 2 more authors.
Fluoride | Year: 2011

Toxic effects of chronic fluoride (F) exposure in the form of osteo-dental fluorosis were observed in domestic ruminants in the Dungarpur district of Rajasthan, India. These animals included cattle (Bos taurus), buffaloes (Bubalus bubalis), camels (Camelus dromedarius), sheep (Ovis aries), and goats (Capra hircus) inhabiting areas having about the same mean 1.5-1.7 ppm F concentration in the drinking water. Evidence of osteo-dental fluorosis was present mostly in the mature animals but varied widely, with the highest prevalence of dental and skeletal fluorosis in mature ruminants being 55.9% and 48.3%, respectively, among 288 buffaloes, followed by 48.0% and 39.8% in 392 cattle, 10.7% and 8.4% in 356 goats, 7.3% and 5.6% in 248 sheep, and 5.3% and 5.3% in 38 camels. Among immature ruminants, osteo-dental fluorosis was not observed among 34 goats, 28 sheep, and 12 camels. However, among 43 immature cattle and 37 buffalo calves, the dental and skeletal fluorosis rates were 51.1% and 18.6% and 62.2% and 21.6%, respectively. Such variations of F toxicity in these ruminants may be due to differences in F exposure and ameliorating factors, such as differences in the levels of calcium, ascorbic acid (vitamin C), and other protective nutrients found naturally in their food. Additional factors causing variation in fluorotoxicosis may also be involved. © 2011 The International Society for Fluoride Research Inc.

Choubisa S.L.,Government Meera Girls College | Choubisa L.,Shri Harideo Joshi Government Hospital | Choubisa D.,Surendra Dental College and Research Institute
Journal of Environmental Science and Engineering | Year: 2010

An association between the incidence of osteo-dental fluorosis with age and sex was studied in 18621 residents of 73 villages of two tribal districts, Dungarpur and Udaipur of Rajasthan (India). The mean fluoride (F) concentration in drinking water sources of these villages varied from 1.0 to 6.1 mg/L. Out of 11205 individuals of Dungarpur and 7416 of Udaipur districts, 8090 (72.1%) and 2914 (39.2%) exhibited evidence of dental fluorosis respectively. The maximum incidence of dental fluorosis was encountered in the age group of 13-20 years and minimum in the age group of 5 to 12 years in both the districts. Regarding the incidence of skeletal fluorosis, 21 years of age revealed 27.6% in Dungarpur and 12.0% in Udaipur. Whereas 44 years showed maximum incidence of skeletal fluorosis, its minimum incidence was found in the age group of 21-28 years. Severity of fluorosis could be associated with the advancing of age and F concentration. Moreover, males showed relatively a higher incidence of dental and skeletal fluorosis compared to their counterparts. Chi square test revealed the association between the incidence of fluorosis with that of age and sex was non-significant except for dental fluorosis in Dungarpur district (p<0.05). Those villages having almost same F level, showed a variable incidence of fluorosis because of frequency of F intake and duration of F exposure besides other determinants.

Choubisa S.L.,Government Meera Girls College
Fluoride | Year: 2010

Natural occurrence of fluorosis was observed in a survey of 18 domesticated dromedary camels (Camelus dromedarius) living in fluoride (F) endemic areas of the Dungarpur district, Rajasthan, India. Among these camels, 15 were mature (up to 12 years old), and 3 were immature or calves (below age 3). The mean F concentration in the drinking water of these areas ranged between 1.4 and 3.3 ppm. Eight (44.4%) of these camels were afflicted with mild to severe dental fluorosis. Front (incisors) and upper cheek teeth were light brown to deep yellow in color. Irregular wearing of teeth was found, however, only with severe dental fluorosis. Three (16.7%) of the mature camels also showed periosteal exostoses, moderate intermittent lameness, and hardening of tendons in the legs as pathognomonic signs of skeletal fluorosis. In these camels colic was common, and abortions, irregular estrus cycles, and stillbirths were also noted in female camels (camela). However, the severity of F toxicity in camels was found less in comparison with other domestic animals of same F endemic areas. To the best of my knowledge, endemic chronic F intoxication in camels in the form of dental and skeletal fluorosis has not been reported previously. © 2010 The International Society for Fluoride Research Inc.

Choubisa S.L.,Government Meera Girls College
Fluoride | Year: 2010

Chronic fluoride (F) intoxication in the form of osteo-dental fluorosis was observed in 23 domestic equus animals, 9 to 23 years old, including 14 horses (Equus caballus), and 9 donkeys (E. asinus) living in F endemic areas of Dungarpur district, Rajasthan, India. The mean F concentration in the drinking water in these areas ranged from 1.4 to 3.3 ppm. Eleven (78.7%) of these horses and all nine donkeys were afflicted with mild to severe dental fluorosis. Their incisor teeth were brown to black-yellowish in color. Also present as indications of more severe chronic F intoxication were irregular wearing and excessive abrasions of the teeth, deep dark-yellowish discoloration of exposed cementum and/or remaining enamel surface, and pronounced loss of tooth-supporting alveolar bone with recession of gingiva. Excessive hypoplasia and light brown-yellowish pigmentation on the enamel surface of incisors were also observed in 2 foals below the age of 2 months. Among the mature animals, the following manifestations of skeletal fluorosis were present: periosteal exostoses in mandibular regions, ribs, metacarpus, and metatarsus, intermittent lameness, hoof deformities, and hardness of tendons in the legs. Other signs of F intoxication included colic, diarrhoea, retention of urine, repeated abortions, and sterility were noted. This evidaence of osteo-dental fluorosis in domestic horses and donkeys is reported for the first time in India, and this condition in donkeys is reported for the first time anywhere. Copyright © 2010 The International Society for Fluoride Research Inc.

Choubisa S.L.,Government Meera Girls College | Sheikh Z.,Government Meera Girls College
Proceedings of the National Academy of Sciences India Section B - Biological Sciences | Year: 2013

Structure of ovotestis and its parasitic castration were observed histologically in hermaphrodite freshwater snail Melanoides tuberculatus (Mollusca, Gastropoda). In mature healthy snail ovotestis was found to be closely associated with posterior region of digestive gland. It was composed of numerous oval to pear-shaped acini intermingled with loose inter-acinar connective tissue. Each acinus was found to be made up of two unequal zones, the larger testicular zone comprising of male germ cells and the smaller one with the female germ cells. Both of them were lined by germinal epithelium. Oocytes were generally found towards the periphery of ovotestis enclosed by the membrane tunica propria. In infected snails ovotestis was found to be invaded by the larval trematode parasites (sporocysts and xiphidiocercariae) but the larvae were restricted to the connective tissue of ovotestis and did not invade the acini. Except ovotestis no other organ was found to be infected with these larvae. Histopathological changes in the acini of infected ovotestis were associated with the severity of infection. Degenerative changes, hypotrophy and destruction of individual acinus were found in mild infection. In severe infection, autolysis and necrosis of acinar cells were found and ultimately these were completely replaced by parthenitae. In such parasitic castration no sex conversion was detected. In the present communication structure of ovotestis along with parasitic castration and its evolutionary significance are discussed. © 2012 The National Academy of Sciences, India.

Susceptibility to fluoride toxicosis in the form of osteo-dental fluorosis was observed among 435 immature herbivorous domestic animals living in areas with less than 1.5 ppm fluoride in the drinking water. These animals included 78 buffaloes (Bubalus bubalis), 89 cattle (Bos taurus), 30 donkeys (Equus asinus), 21 horses (Equus caballus), 23 camels (Camelus dromedarius), 96 goats (Capra hircus), and 92 sheep (Ovis aries). Except for the bovines and equines, none of the other animals appeared to have dental fluorosis. The highest prevalence of dental fluorosis was found in calves of buffaloes (52.56%), followed by calves of cattle (49.44%), donkeys (16.67%), and horses (14.29%). Thus the teeth of bovines were the most severely affected, and moderate lameness and stiffness in hind legs, wasting of body muscles, and bony exostoses as pathognomic signs of osteal or skeletal fluorosis were also found only in the immature cattle and buffaloes. The prevalence rate of these conditions among these animals was 8.99% and 10.26%, respectively. Other signs of chronic fluoride intoxication including colic, intermittent diarrhoea, and excessive urination were also seen. In the absence of airborne F contamination, the restriction of dental and skeletal fluorosis to the immature bovines and equines appears to be related primarily to their greater need to drink water containing even a low-level F compared to the much smaller need for water intake by the immature camels, goats, and sheep. © 2013 The International Society for Fluoride Research Inc.

Choubisa S.L.,Government Meera Girls College | Modasiya V.,Government Dungar College | Bahura C.K.,Government Dungar College | Sheikhc Z.,Government Meera Girls College
Fluoride | Year: 2012

Chronic toxic effects of fluoride (F) in the form of osteo-dental and nonskeletal fluorosis were observed in 99 domesticated cattle (Bos taurus) living in Chani village, Bikaner district of Rajasthan state (India), located in the Indian Thar Desert. F in drinking water sources (bore wells) of this village varies between 1.5 and 2.5 ppm (mean 2.0 ppm). Out of 24 calves (<2 years age) and 75 cows (>3 years age), 10 (41.7%) and 28 (37.3%), respectively, exhibited mild to severe dental mottling. Their anterior teeth were bilaterally striated, and horizontally had light to deep yellowish in colour. In some calves, dental staining was found to be light brown to deep brownish or dark. In severe forms of dental fluorosis, irregular wearing of teeth and recession and swelling of gingiva were also present. In older cows pronounced loss of teeth supporting alveolar bone with recession and bulging gingiva, and exposed cementum of incisor roots were more common. Eight of the calves (33.3%) and 30 of the cows (40.0%) exhibiting dental fluorosis also revealed signs of skeletal fluorosis as intermittent lameness and snapping sound in legs, wasting of body muscles, and excessive periosteal exostoses in the mandibles, ribs, metacarpus, and metatarsus regions. In these animals, colic, intermittent diarrhoea, excessive urination, irregular reproductive cycles, repeated abortions, and stillbirths were also found as signs of nonskeletal fluorosis. To the best of our knowledge, toxic effects of chronic fluoride exposure in any species of domestic animals of the Indian Thar Desert have not been reported previously. © 2012 The International Society for Fluoride Research Inc.

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