This article discusses the events at Nandigram in West Bengal where in 2006-7, a Left Front government collaborated with an Indonesian corporate group to forcibly acquire land from local peasants and construct a Special Economic Zone. The events are placed against the broad processes of accumulation by dispossession through which peasants are losing their land and corporate profits are given priority over food production. The article looks at the working and implications of the policies and the way in which a Communist Party-led government had become complicit with such processes over the last decade. It critically examines the logic that the government offered for the policies: that of the unavoidable necessity of industrialization, demonstrating that industrialization could have been done without fresh and massive land loss and that industries of the new sort do not generate employment or offset the consequences of large scale displacements of peasants. The article's central focus is on the peasant resistance in the face of the brutalities of the party cadres and the police. We explore the meaning of the victory of the peasants at Nandigram against the combined forces of state and corporate power, especially in the context of the present neo-liberal conjuncture.
Intraoperative hypotension after induction or initiation of anaesthesia is a common complication in clinical practice. It has been associated with poor patient outcomes including increased perioperative morbidity and even mortality [1]. Some special patient populations, such as the elderly and pregnant women undergoing caesarean section, are particularly prone to developing significant anaesthesia-induced hypotension (AIH) due to their unique physiological characteristics. Hypotension after induction of general anaesthesia (PIH, postinduction hypotension) or administration of spinal anaesthesia (PSH, post-spinal hypotension) is common and profound in patients with intravas-
Glycoprotein D (gD) and glycoprotein I (gI) genes of bovine herpes virus 1 (BHV1) are contiguous genes with 141 bp region between the two open reading frames (ORFs). Expression of gD and gI from a bicistronic construct containing complete gD and gI gene has been reported either through internal ribosome entry site (IRES)-like element or through the scanning and leakage model (Mukhopadhyay 2000). We here show by computational and experimental means that gD is expressed solely as bicistronic transcript comprising gD and gI coding region in BHV1-infected cells. gI ORF was also shown to express separately. An IRES-like element was also predicted by IRES predicting software in the middle of the gD coding region; within that region a putative promoter was also identified by promoterscan. The intergenic region between the two ORF showed extensive secondary structure which brings the stop codon of gD very close to start codon of gI gene. gD gene transcript in BHV1-infected cells was solely bicistronic. gI transcript was also present in the BHV1-infected cells but in low copy number. The results indicate that gI is probably transcribed from its own transcript in BHV1-infected cells.
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