ABSTRACT
Introduction: Dengue virus transmitted by mosquitoes iswidely distributed throughout the tropics and subtropics. It isone of the most rapidly spreading mosquitos borne viraldisease in the world. In India specially, dengue has emergedas a matter of major concern because of its epidemicproportions. Therefore, early diagnosis for dengue is called for,to reduce the mortality and morbidity attributed to it.Aims and Objective: There are numerous methods for thediagnosis of dengue of which the serological tests play asignificant role. Various rapid ICT tests are being used in thelaboratories for the early diagnosis of dengue these days. Thepresent study aims to evaluate the performance of rapid ICTwith reference to MAC-ELISA for its role in diagnosis ofdengue.Methods and Materials: In the present study 305 suspectedsamples of dengue were collected during the month of October2017 to December 2017. All the samples were collected byaseptic techniques.Results: 92 samples were positive by Mac Elisa IgM Ab test.The prevalence of the disease was 30.16 %. When ICT IgM Abtest was compared with Elisa IgM capture Ab test a sensitivityof 95.65 % and specificity of 98.59 % was observed.Conclusion: The high sensitivity and specificity makes itsuitable to be used in acute diagnosis of dengue but Mac ElisaIgM capture Ab test combination will make it more reliable andconfirmatory.
ABSTRACT
Oculomotor nerve palsy may be congenital or acquired, complete or partial, pupil-sparing or pupil-involving, isolated or accompanied by signs of more extensive neurological involvement. Precise knowledge of its origin and course from nuclear level to terminal muscles along with accompanying clinical features helps in localizing the site of involvement and thus appropriate management. Associated symptoms are of extreme importance and patient should always be asked and assessed for headache, periocular or orbital pain.
ABSTRACT
Benzamido (alkyl) methyl pyrrolidine Mannich bases were synthetized and subjected to certain neuropharmacological studies. All the bases reduced the pentobarbitone sleeping time and rota-rod grip of rats. The Mannich bases II, III and V raised the minimal electro-shock seizure threshold of rats. The TAB-induced pyrexia was not reduced by the bases I and III in rabbits. None of the bases showed any significant analgesic activity.