Bareilly College

About: Bareilly College is a based out in . It is known for research contribution in the topics: Quantitative structure–activity relationship & Population. The organization has 171 authors who have published 214 publications receiving 2127 citations.

Ethno medicinal plants in fringe forest of balphakram national park, meghalaya

Abstract: The aims of present study were to document wild medicinal plants found in fringe forest of BNP and to explore potential species for phyto-chemical and pharmacological studies. Fieldwork was conducted over a period of two years, utilizing the “transect walk” method of Participatory Rural Appraisal (PRA). The data were analyzed using the following techniques: frequency of citation and informant consensus factor (Fic). This research documented 60 species of medicinal plants belonging to 43 families which were used in the treatment of 32 ailments of humans. The ailments are categorized into 14 categories (symptoms/similarities, etc). The Fic values indicate that there was a high degree of consensus among informants on how to treat injuries, respiratory ailments, circulatory system ailments, digestive disorders, colds and fevers.  Based on the information collected, the highest cited plant is Aegle marmelos with RFC value of 0.83, followed by Averrhoa carombola (0.72), Antidesma bunius (0.72), Osbeckia stellata (0.67), Curcuma domestica (0.61), Acorus calamus (0.61), Terminalia chebula (0.61), Cinnamomum tamala (0.61) and Ageratum conyzoides (0.61) and thus these medicinal plants may prove useful for pharmacological studies in new drug development projects. Keywords: Fringe forest, Balpakram National Park (BNP), wild medicinal plants, ailments, transect walk method.

Studies on Tetrametallic Complexes of l,l-Bis(Selenocyanatomercurio)Ferrocene

Abstract: Novel adducts having four different metals of general formula [Fe(η5-C5H4HgSeCN)2M(NCX)2M1(salen)] [M = Ni(II), Co(II), Zn(II); M1 = Co(II), Ni′(II); X = S, Se; and salen = (OC6H4CH=NCH2)2...

Physiological Studies on Pholiota Destruens (Brond) Gillet - 1. Carbon Utilization

Abstract: Investigations on the carbon utilisation at 4 different strains of Pholiota destruens (Brond) Gillet was undertaken Three of the cultures were isolated from the different selected study sites of Kashmir Valley (India) however, the fourth strain was imported from Institute National de la Recherche Agronomique Bordeaux (France) Twelve carbon sources namely glucose, fructose, mannose (Hexoses). sucrose, lactose (Disaccharides), raffinose (Trisaccharide), starch dextrin (Polysaccharide), mannitol, glycerol (Polyhydric alcohol) tartaric acid, citric acid (Organic acid) were used in the present study however, a carbon free medium was used as control Maximum biomass of the fungus was obtained under starch treatment in all the 4 strains Mannose was found to be the best among hexoses group Glycerol was found the best among polyhydric alcohols Organic acids were not utilized by the fungus Each strain exhibited an individual pattern of carbon utilization.

Physiological Studies on Phgliota Destruens (Brond) Gillet - II. Nitrogen Utilization

Abstract: Physiological studies on the fungus Pholiota destruens were carried out in order to obtain information on the nutritional requirements of the different strains. Four strains were used in the present study, out of which 3 were locally collected from the study sites of Kashmir, however, fourth one was imported from Institute National de la Recherche Agronomique Bordeaux (France). Thirteen nitrogen sources sodium nitrate, ammonium citrate, ammonium tartarate, ammonium chloride, glutamic acid, threonine tyrosine, lysine, glycine, asparagine, tryptophane, urea, thiourea were tried, however, nitrogen free Czapek's Dox liquid medium was used as control. Threonine gives best response in increasing the dry weight of mycelium, however, thiourea has not been utilized by the fungus. Other compound gave poor to intermediate growth. Each strain has given its own way of utilizing nitrogen compounds.

Amplitude modulation of electromagnetic waves by acoustic waves in a dispersive magnetoplasma

Abstract: An analysis of the modulation of an electromagnetic wave propagating through a magnetoplasma disturbed by an acoustic wave has been given. The analysis of the modulation of the transmitted and reflected waves from the boundary between the magnetoplasma and free space has also been given. Numerical calculations have been made to study the variation of modulation with electron density, collision frequency, magnetic field, acoustic power and distance from the acoustic wave source.