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Uniformity trials are needed to determine suitable shape and size of the plot for fertility variation in land. The suggested model is more adequate model over well known Fairfield Smith variance law and also removes all the objections by Cochran (1977) for Fairfield Smith variance law model. The adequacy of suggested model has been examined by the given data in Haque et al. (1988). Key words: Fairfield Smith’s Variance Law, nonlinear model, uniformity trial experiments.

Diabetes mellitus is the most prevalent endocrine disease result in blood glucose increment, carbohydrate, lipids and protein metabolism disorders. Primary and effective cure for diabetes is insulin and hypoglycemic drugs usage, but these compositions have some undesirable side effects. Herbal medicine is the oldest kind of diseases cure has recognized. However, rational prescription of effective medicinal plants for diabetes cure requires precise information of action mechanism of these plants. In present study, diabetes induced in rats, and then hypoglycemic effect of walnut husk hydroalcoholic extract and blood lipoproteins (LDL, HDL, VLDL), triglyceride and total cholesterol changes were evaluated by enzymatic kits. The results showed significant reduction of glucose, triglyceride, VLDL and LDL levels in extract group in comparison with diabetic control(P=0.001). Glucose and LDL reduction by walnut shell are similar to glibenclamide effect. And TG, VLDL reduction by walnut are more than glibenclamide effect. Walnut also could increase HDL levels significantly in comparison with diabetic control (P=0.001) that this effect is similar to glibenclamide effect on HDL. In summary, the positive effects of walnut green husk suggest a possible role of this plant in improving glucose and lipid metabolism in diabetics.

With the rapid technological growth in the computer industry over the last decades, spatial related problems and issues have found their way into computer-based systems used to store and manipulate geographically referenced data, these systems which are commonly referred as Geographical Information Systems (GIS) have become widely established in many disciplines. GIS is a powerful software tool, by using this technology it is very convenient to assemble maps quickly from predefined layers, add data from coverage, shape files, geo databases, preparation of models etc. The GIS can be used for identifying suitable locations for buffers. The use of technologies such as GIS can also be very effectively used for fixing the canal alignment. A buffer analysis tool in GIS is a proximity analysis used to create polygons based on a specified distance from the original geometric feature and the output is a large zone or region that surrounds and encompasses the feature. The Buffer output is often used to determine any feature that are within a specified distance of a point, line or polygon. Building Information Modeling (BIM) tools is an intelligent model based process which is very helpful for planning and designing purpose. The aim of this study is to present the applications of buffer analysis which is basically a GIS software tool along with BIM tools for comparing the proposed canal alignments in Somnala Minor Irrigation Scheme of Gosikhurd Indira Sagar Project.

Most of the interstellar protonated molecules that have been shown to be astronomically detectable based on recent studies could be termed as 'non-terrestrial' species as a number of them are yet to be probed in the terrestrial laboratory, thus, the rotational transitions required for their astronomical searches are not available. In this study, the coupled cluster variant CCSD(T) together with the aug-cc-pVTZ basis set has been used to predict the spectroscopic parameters of four known neutral interstellar molecules and their corresponding protonated analogues of which two; H2NCO+ and H2COH+ have been astronomically detected. The protonated analogues of H2NCN and H2CS are potential interstellar species from recent studies. The predicted rotational constants/transitions are in good agreement for those with known experimental data, thus, these spectroscopic parameters could guide the astronomical searches and laboratory measurement of these species without experimentally determined spectroscopic constants.

We have synthesis manganese sulfide nano-crystalline (n-MnS) powder using manganese acetate and thiourea, trisodium citrate, from chemical route at different pH. The formation of MnS has been confirmed with help of infrared (IR) spectroscopy by observing bands corresponding to the multi phonon absorption. We have also observed the IR bands at 1403 and 1560 cm-1 due to symmetric and asymmetric stretching of COO of the capped sodium citrate at MnS nano-crystalline particles. The Size of crystal is determined as 3-5 nm with the help of X-ray diffraction. We also deposited the thin film of MnS on glass substrate from the solution using self- aggregation approach. The film thickness is measured as 366 nm with profile meter. The optical band gap is calculated as 3.1-3.5 eV. Its value is found to depend on pH. We also measured dark and photo- conductivity at different temperatures.

Match analysis is a major subject among coaches, team managers and sport scientists and it is gaining an increasing relevance day by day. Information and the relevant data processing are the key factors while referring to this aspect of the sports training methodology. In India Kabaddi is a major sport, which is played all over the India. The present study attempts to design and develop a digital match analysis system for Kabaddi matches. The data were collected during South Zone Inter-University Kabaddi tournament for men 2010-2011 held at Karnataka University, Dharward was used for analysis. After getting various inputs from experts and literature, the investigators had designed and developed a digital match analysis system. A survey was conducted among 15 Coaches, Physical Educators, Players and officials which revealed that the 16 factors which are essential for analysing the performance of the team & individual. This study was a preliminary work and needs testing at all levels. It was also concluded that the result of the study may be very much helpful to the Physical Educationists and Coaches in enhancing the performance level of the Kabaddi players. The outcome of the study may act as a tool to analyse the team & individual performance in the game of Kabaddi.

A simple, precise, accurate and rapid high-performance thin-layer chromatographic method has been developed and validated for the estimation of Montelukast sodium and Levocetrizine Hydrochloride simultaneously in combined dosage forms. The stationary phase used was precoated silica gel 60F 254. The mobile phase used was a mixture of Chloroform: Benzene: Methanol: Toluene (5:7.2:1:0.2 v/v/v/v). The detection of spots was carried out at 286 nm. The method was validated in terms of linearity, accuracy, precision and specificity. The calibration curve was found to be linear between 500-1500 ng spot-1 for Montelukast sodium 1000-5000 ng spot-1 for Levocetrizine Hydrochloride. The limit of detection and the limit of quantification for Montelukast sodium were found to be 170 ng/spot and 570 ng/spot respectively, for Levocetrizine Hydrochloride and Levocetrizine Hydrochloride, 20 ng/spot and 70 ng/spot respectively. The proposed method can be successfully used to determine the drug content of marketed formulation.

In today’s era manipulation of image has become a simple task because of advanced photo editing software packages as well as the capturing devices having high resolution. Verification of the truthfulness of images as well as detection of tampering without having the extra prior knowledge of image content is a significant research field. An attempt is made to review the recent developments in digital image forgery detection. Passive methods do not require prior information about the image. In this paper first various image forgery detection techniques are classified and then its general structure is developed. Passive image authentication overview is presented and the existing passive forgery detection techniques are reviewed. The present status of image forgery detection technique is discussed along with a recommendation for future research. In this paper the effort has been made for finding the best forgery detection algorithm such as SIFT for identifying the manipulated region. The common scenario has been considered where the goal is to remove the features. The attacks conceived so far against SIFT-based forensic techniques implicitly assume that all SIFT keypoints have similar properties. It is better to use SIFT classification scheme based on the gray scale histogram of the neighborhood of SIFT keypoints.

The present paper entitled “Dominant Mothers” concentrates on how motherhood become a dominant feelings and it made them to decide the destiny of their daughters. The portrayal of mothers as dominant ones in the novels of Difficult Daughters is realistic and also shows how mother characters voice their welfare oriented attitudinal behaviours towards their daughters.

Dufour effect on unsteady free convection MHD flow past a moving vertical plate through porous medium with variable temperature and constant mass diffusion is studied here. The Laplace transform technique has been used to find the solutions for the velocity, temperature and concentration. The results obtained are discussed with the help of graphs drawn for different parameters like thermal Grashof number, mass Grashof number, Prandtl number, permeability parameter, the Hartmann number, Schmidt number, Dufour number, time and inclination of magnetic field. The numerical values of Skin-friction have been tabulated.