dbEM: A database of epigenetic modifiers curated from cancerous and normal genomes.We have developed a database called dbEM (database of Epigenetic Modifiers) to maintain the genomic information of about 167 epigenetic modifiers/proteins, which are considered as potential cancer targets.  In dbEM, modifiers are classified on functional basis and comprise of 48 histone methyl transferases, 33 chromatin remodelers and 31 histone demethylases.  dbEM maintains the genomic information like mutations, copy number variation and gene expression in thousands of tumor samples, cancer cell lines and healthy samples.  A wide range of tools have been integrated in dbEM e.g. Search, BLAST, Alignment and Profile based prediction.  We are confident that dbEM will be very useful in cancer research particularly in the field of epigenetic proteins based cancer therapeutics.  This database is available for public at URL: http://crdd.osdd.net/raghava/dbem.
dbEM
dbEM: A database of epigenetic modifiers curated from cancerous and normal genomes.We have developed a database called dbEM (database of Epigenetic Modifiers) to maintain the genomic information of about 167 epigenetic modifiers/proteins, which are considered as potential cancer targets.  In dbEM, modifiers are classified on functional basis and comprise of 48 histone methyl transferases, 33 chromatin remodelers and 31 histone demethylases.  dbEM maintains the genomic information like mutations, copy number variation and gene expression in thousands of tumor samples, cancer cell lines and healthy samples.  A wide range of tools have been integrated in dbEM e.g. Search, BLAST, Alignment and Profile based prediction.  We are confident that dbEM will be very useful in cancer research particularly in the field of epigenetic proteins based cancer therapeutics.  This database is available for public at URL: http://crdd.osdd.net/raghava/dbem.
dbEM
dbEM: A database of epigenetic modifiers curated from cancerous and normal genomes.We have developed a database called dbEM (database of Epigenetic Modifiers) to maintain the genomic information of about 167 epigenetic modifiers/proteins, which are considered as potential cancer targets.  In dbEM, modifiers are classified on functional basis and comprise of 48 histone methyl transferases, 33 chromatin remodelers and 31 histone demethylases.  dbEM maintains the genomic information like mutations, copy number variation and gene expression in thousands of tumor samples, cancer cell lines and healthy samples.  A wide range of tools have been integrated in dbEM e.g. Search, BLAST, Alignment and Profile based prediction.  We are confident that dbEM will be very useful in cancer research particularly in the field of epigenetic proteins based cancer therapeutics.  This database is available for public at URL: http://crdd.osdd.net/raghava/dbem.
dbEM
dbEM: A database of epigenetic modifiers curated from cancerous and normal genomes.We have developed a database called dbEM (database of Epigenetic Modifiers) to maintain the genomic information of about 167 epigenetic modifiers/proteins, which are considered as potential cancer targets.  In dbEM, modifiers are classified on functional basis and comprise of 48 histone methyl transferases, 33 chromatin remodelers and 31 histone demethylases.  dbEM maintains the genomic information like mutations, copy number variation and gene expression in thousands of tumor samples, cancer cell lines and healthy samples.  A wide range of tools have been integrated in dbEM e.g. Search, BLAST, Alignment and Profile based prediction.  We are confident that dbEM will be very useful in cancer research particularly in the field of epigenetic proteins based cancer therapeutics.  This database is available for public at URL: http://crdd.osdd.net/raghava/dbem.
dbEM
dbEM: A database of epigenetic modifiers curated from cancerous and normal genomes.We have developed a database called dbEM (database of Epigenetic Modifiers) to maintain the genomic information of about 167 epigenetic modifiers/proteins, which are considered as potential cancer targets.  In dbEM, modifiers are classified on functional basis and comprise of 48 histone methyl transferases, 33 chromatin remodelers and 31 histone demethylases.  dbEM maintains the genomic information like mutations, copy number variation and gene expression in thousands of tumor samples, cancer cell lines and healthy samples.  A wide range of tools have been integrated in dbEM e.g. Search, BLAST, Alignment and Profile based prediction.  We are confident that dbEM will be very useful in cancer research particularly in the field of epigenetic proteins based cancer therapeutics.  This database is available for public at URL: http://crdd.osdd.net/raghava/dbem.
dbEM