El control de la marginalidad en la Castilla del Siglo de Oro : el caso de Toledo

<p>Values are presented as the mean ±standard error of three replicates (n = 3). Vertical bars represent LSD at the 5% level.</p

Effects of temperature on pH value in anaerobic co-digestion with a C/N ratio of 25.

a<p>±shows the standard error</p>b<p>LSD value at the 5% level based on all average values from three mixture sets at all operation temperatures</p>c<p>LSD value at the 5% level based on all final values from three mixture sets at all operation temperatures</p

Changes of methane potential with different C/N ratios in the mixture of dairy manure (DM), chicken manure (CM), and rice straw (RS) in anaerobic co-digestion at 35°C and 55°C.

<p>The dotted lines were fitting curves for both temperatures. Values are presented as the mean ±standard error of three replicates (n = 3). Vertical bars represent LSD at the 5% level.</p

Effects of temperature on methane potential in mixtures with a C/N ratio of 25.

<p>Values are presented as the mean ±standard error of three replicates (n = 3). Vertical bars represent LSD at the 5% level.</p

Chemical characteristics of raw materials used in this study.

a<p>±shows the standard error.</p

Effects of temperature on free ammonia content in in anaerobic co-digestion with a C/N ratio of 25.

a<p>±shows the standard error</p>b<p>LSD value at the 5% level based on all average values from three mixture sets at all operation temperatures</p>c<p>LSD value at the 5% level based on all final values from three mixture sets at all operation temperatures</p

Effects of temperature on total ammonia content in anaerobic co-digestion with a C/N ratio of 25.

a<p>±shows the standard error</p>b<p>LSD value at the 5% level based on all average values from three mixture sets at all operation temperatures</p>c<p>LSD value at the 5% level based on all final values from three mixture sets at all operation temperatures.</p

Table6.XLSX

<p>Circular RNAs (circRNAs) have been reported that can be used as biomarkers for colorectal cancers (CRC) and other types of tumors. However, a limited number of studies have been performed investigating the potential role of circRNAs in tumor metastasis. Here, we examined the circRNAs in two CRC cell lines (a primary tumor cell SW480 and its metastasis cell SW620), and found a large set of circRNA (2,919 ncDECs) with significantly differential expression patterns relative to normal cells (NCM460). In addition, we uncovered a set of 623 pmDECs that differ between the primary CRC cells and its metastasis cells. Both differentially expressed circRNA (DEC) sets contain many previously unknown putative CRC-related circRNAs, thereby providing many new circRNAs as candidate biomarkers for CRC development and metastasis. These studies are the first large-scale identification of metastasis-related circRNAs for CRC and provide valuable candidate biomarkers for diagnostic and a starting point for additional investigations of CRC metastasis.</p

Image3.TIF

<p>Circular RNAs (circRNAs) have been reported that can be used as biomarkers for colorectal cancers (CRC) and other types of tumors. However, a limited number of studies have been performed investigating the potential role of circRNAs in tumor metastasis. Here, we examined the circRNAs in two CRC cell lines (a primary tumor cell SW480 and its metastasis cell SW620), and found a large set of circRNA (2,919 ncDECs) with significantly differential expression patterns relative to normal cells (NCM460). In addition, we uncovered a set of 623 pmDECs that differ between the primary CRC cells and its metastasis cells. Both differentially expressed circRNA (DEC) sets contain many previously unknown putative CRC-related circRNAs, thereby providing many new circRNAs as candidate biomarkers for CRC development and metastasis. These studies are the first large-scale identification of metastasis-related circRNAs for CRC and provide valuable candidate biomarkers for diagnostic and a starting point for additional investigations of CRC metastasis.</p

Presentation1.pptx

<p>Circular RNAs (circRNAs) have been reported that can be used as biomarkers for colorectal cancers (CRC) and other types of tumors. However, a limited number of studies have been performed investigating the potential role of circRNAs in tumor metastasis. Here, we examined the circRNAs in two CRC cell lines (a primary tumor cell SW480 and its metastasis cell SW620), and found a large set of circRNA (2,919 ncDECs) with significantly differential expression patterns relative to normal cells (NCM460). In addition, we uncovered a set of 623 pmDECs that differ between the primary CRC cells and its metastasis cells. Both differentially expressed circRNA (DEC) sets contain many previously unknown putative CRC-related circRNAs, thereby providing many new circRNAs as candidate biomarkers for CRC development and metastasis. These studies are the first large-scale identification of metastasis-related circRNAs for CRC and provide valuable candidate biomarkers for diagnostic and a starting point for additional investigations of CRC metastasis.</p