| chloroquine resistant p. falciparum malaria in arunachal pradesh. | | 1991 | 1810749 |
| efficacy of a low dose oral quinine therapy in plasmodium falciparum cases of assam, meghalaya and arunachal pradesh in india. | a low dose oral quinine schedule with 1050 mg in two divided doses daily for five days was tried for treatment of plasmodium falciparum cases in assam, meghalaya and arunachal pradesh, in areas where resistance to chloroquine was confirmed. the drug schedule was found effective in 76.92 per cent cases. the treatment was also found effective in 45.55 per cent of the known chloroquine resistant p. falciparum cases. the drug in this low dose was well tolerated and clinical response was quick. | 1991 | 1842806 |
| malaria survey in some parts of namsang circle of tirap district, arunachal pradesh. | a study on malaria conducted in namsang circle of tirap district (arunachal pradesh) during april-october 1986 revealed that the malaria incidence due to plasmodium falciparum was considerably high. rii level of chloroquine resistance was also found among the p. falciparum cases studied by who in-vivo test. in entomological survey, anopheles maculatus was collected more than other 10 anopheline species encountered. a. minimus was detected and incriminated as a vector species. | 1990 | 2098416 |
| a field evaluation of pirimiphos methyl for control of malaria in tirap district, arunachal pradesh, india. | | 1986 | 3553311 |
| risk factors of malaria in the fringes of an evergreen monsoon forest of arunachal pradesh. | the forested hilly and foothill regions of north-east india are highly endemic for malaria and have a distinct epidemiological pattern. nearly half the reported cases of malaria are from these areas. a knowledge of the risk factors in this eco-geographic entity may be helpful in formulating a specific control strategy. hence, we conducted a community-based epidemiological study in a hilly, forested terrain of arunachal pradesh and examined different socio-demographic factors to identify those pr ... | 2001 | 11467140 |
| therapeutic efficacy of anti-malarials in plasmodium falciparum malaria in an indo-myanmar border area of arunachal pradesh. | malaria is one of the major public health problems in the north eastern region of india. antimalarial drug resistance is widespread and one of the important causes of recent resurgence of falciparum malaria in this region. antimalarial drugs are seen to be used sequentially one after another in many areas of the region, when therapeutic failure is observed with a drug. in view of this, the present study was undertaken to assess the therapeutic efficacy of common antimalarial drugs viz., chloroqu ... | 2003 | 14680202 |
| malaria situation in forest-fringed villages of sonitpur district (assam), india bordering arunachal pradesh during an outbreak. | epidemiological and entomological studies were undertaken in forest-fringed villages in sonitpur district (assam) bordering arunachal pradesh, india to assess the malaria situation. blood smears (thick and thin) were collected from the fever cases through door-to-door survey. both the blood smears stained with giemsa were used for malaria parasite detection. slide positivity rate (spr) was recorded as 39.1% with predominance of plasmodium falciparum (97.1%) infections. children between 5 and 14 ... | 2007 | 17896624 |
| prevalence of multiple drug-resistant plasmodium falciparum malaria cases in northeast india. | two numbers of plasmodium falciparum field isolates from gossingpara, runikhata area in chirang district of assam had shown multiple mutations in pfcrt-dhfr-dhps gene (up to seven mutations: one mutation in pfcrt gene, three mutations in pfdhfr gene and three mutations in pfdhps gene). similarly, two cases in bat camp, miao area under changlang district of arunachal pradesh had shown a total of eight mutations, of which one mutation in pfcrt gene, three mutations in pfdhfr gene, three mutations ... | 2017 | 28303837 |
| mutational prevalence of chloroquine resistance transporter gene among plasmodium falciparum field isolates in assam and arunachal pradesh, india. | the present study aims to find out the mutational prevalence of plasmodium falciparum chloroquine resistance transporter (pfcrt) gene in assam and arunachal pradesh, india. | 2016 | 27080771 |
| climate drivers on malaria transmission in arunachal pradesh, india. | the present study was conducted during the years 2006 to 2012 and provides information on prevalence of malaria and its regulation with effect to various climatic factors in east siang district of arunachal pradesh, india. correlation analysis, principal component analysis and hotelling's t² statistics models are adopted to understand the effect of weather variables on malaria transmission. the epidemiological study shows that the prevalence of malaria is mostly caused by the parasite plasmodium ... | 2015 | 25803481 |
| detection of point mutation in plasmodium falciparum atpase6 gene associated with artemisinin resistance from assam and arunachal pradesh. | resistance against partner drugs of artemisinin has been reported from different parts of india. the study aims to find out the single nucleotide polymorphisms in plasmodium falciparum atpase6 gene associated with artemisinin resistance. | 2014 | 25540959 |
| correlation of molecular markers, pfmdr1-n86y and pfcrt-k76t, with in vitro chloroquine resistant plasmodium falciparum, isolated in the malaria endemic states of assam and arunachal pradesh, northeast india. | the mechanism of chloroquine (cq) resistance in plasmodium falciparum is not clearly understood. however, cq resistance has been shown to be associated with point mutations in pfcrt and pfmdr1. these genes encode for digestive vacuole transmembrane proteins pfcrt and pgh1, respectively. the present study was carried out to analyze the association of pfcrt-k76t and pfmdr1-n86y mutations with cq resistance in northeast indian p. falciparum isolates. 115 p. falciparum isolates were subjected to in ... | 2014 | 25105963 |