Design of transonic compressor research rig components

This report outlines the details of the mechanical design of13; some of the components for the transonic compressor research rig. Details of design criterion and design data used for the rotor system as well as other components have been given. The final design chosen was very much influenced by the overall assembly limitations imposed and the compromise that had to be made in order to satisfy most of the requirements. A note on different designs envisaged during the course of the work has also been included with their relevant merits. Some of them could be used as an alternative design when testing rotors of different hub/tip ratios

PRODUCTIONAND COMPARISON OF SOLID -LIQUID FERTILIZER FROM VEGETABLE WASTE

Vegetable wastes are produced in large quantities in the markets across the world, to make use of this waste and to reduce the pollution they can be used to produce Biofertilizers. The collected five vegetables were produced in large quantity because they are daily used in everyday life; they are subjected to decomposition (1month) for producing solid and liquid fertilizers. Since Biofertilizers are one of the best tool that is used in the agricultural field, which is applied as a replacement of conventional fertilizers. The nutrients present in the fertilizers were determined and comparative study was undertaken to evaluate the efficiency of produced fertilizers. The main objective of this work is to build a platform that Biofertilizers obtained from vegetable waste are better than the conventional fertilizers

Productionand Comparison Of Solid -Liquid Fertilizer From Vegetable Waste

Vegetable wastes are produced in large quantities in the markets across the world, to make use of this waste and to reduce the pollution they can be used to produce Biofertilizers. The collected five vegetables were produced in large quantity because they are daily used in everyday life; they are subjected to decomposition (1month) for producing solid and liquid fertilizers. Since Biofertilizers are one of the best tool that is used in the agricultural field, which is applied as a replacement of conventional fertilizers. The nutrients present in the fertilizers were determined and comparative study was undertaken to evaluate the efficiency of produced fertilizers. The main objective of this work is to build a platform that Biofertilizers obtained from vegetable waste are better than the conventional fertilizers

Expression of transglutaminase-2 isoforms in normal human tissues and cancer cell lines: dysregulation of alternative splicing in cancer

The multiple enzymatic activities and functions of transglutaminase type 2 (TG2) may be attributed to alternative TG2 molecules produced by differential splic- ing of TG2 mRNA. Different RNA transcripts of the human TG2 gene (TGM2) have been identified, but the expression of TG2 multiple transcripts has never been systematically addressed. We have confirmed and ratio- nalized the main TG2 variants and developed a screening assay for the detection of alternative splicing of TG2, based on real-time reverse-transcription PCR. We have quantified the multiple TG2 transcripts in a wide range of normal tissues and in cancer cell lines from four different sites of origin. Our data show a significant correlation in the expression of canonical and alternative TG2 isoforms in normal human tissue, but differences in alternative splicing of TG2 in cancer cell lines, suggesting that in cancer cells the alternative splicing of TG2 is a more active process

Expression of transglutaminase-2 isoforms in normal human tissues and cancer cell lines: dysregulation of alternative splicing in cancer

The multiple enzymatic activities and functions of transglutaminase type 2 (TG2) may be attributed to alternative TG2 molecules produced by differential splic- ing of TG2 mRNA. Different RNA transcripts of the human TG2 gene (TGM2) have been identified, but the expression of TG2 multiple transcripts has never been systematically addressed. We have confirmed and ratio- nalized the main TG2 variants and developed a screening assay for the detection of alternative splicing of TG2, based on real-time reverse-transcription PCR. We have quantified the multiple TG2 transcripts in a wide range of normal tissues and in cancer cell lines from four different sites of origin. Our data show a significant correlation in the expression of canonical and alternative TG2 isoforms in normal human tissue, but differences in alternative splicing of TG2 in cancer cell lines, suggesting that in cancer cells the alternative splicing of TG2 is a more active process