Let Pg,X be an almost Tate functional. In [18], it is shown that g > m(r ′). We show that λ ≥ V. Next, it is well known that E ′′ is discretely p-adic and one-to-one. Now in this context, the results of [18] are highly relevant.

19 RRJDS | Volume 4 | Issue 2 | June, 2016 An Unusual Case of Gemination in Mandibular Second Premolar: A Case Report Hena Rahman1*, Ramesh Chandra2*, Tarun K. Gaur3, Shailja Singh1, Supratim Tripathi1, Amisha Jain4 1Reader, Department of Conservative Dentistry and Endodontics, Career PG Institute of Dental Sciences and Hospital, India 2Professor, Department of Conservative Dentistry and Endodo...

A classification is given of all spreads in PG(3,#), q = 2, whose associated translation planes admit linear collineation groups of order q(q -hi) .

BACKGROUND Soil is well known to support the transient or ongoing existence of keratinophilic fungi and potential source of infection for human and animals METHODS Samples were collected from 67 sites of university campus like PG study centers, playgrounds, gardens, hostels, administrative blocks, library, bank, canteen and road side for the estimation of keratinophilic fungi using the hair b...

We study the extension of a hyperelliptic K3 surface to a Fano 6fold. This determines a family of surfaces of general type with pg = 1, K = 2 and hyperelliptic canonical curve, where each surface is a weighted complete intersection inside a Fano 6-fold. Finally, we use these hyperelliptic surfaces to determine an 8-parameter family of Godeaux surfaces with torsion Z/2.

Let V be a 2m-dimensional vector space over a field F (m ≥ 2) and let k ∈ {1, . . . , 2m − 1}. Let A2m−1,k denote the Grassmannian of the (k − 1)-dimensional subspaces of PG(V ) and let egr denote the Grassmann embedding of A2m−1,k into PG( ∧k V ). Let S be a regular spread of PG(V ) and let XS denote the set of all (k − 1)-dimensional subspaces of PG(V ) which contain at least one line of S. T...

The production of penicillin acylase by Escherichia coli Ny.I/3-67 has been increased by phenylacetic acid and phenoxyacetic acid, which themselves strongly inhibit the function of this specific enzyme. Other carbonic acids also increased penicillin acylase production, but to a lesser degree; they also weakly inhibited enzyme function. The production of this enzyme was effectively repressed wit...