Exome is a subset of the genome which only consists of the coding regions of the genes of a particular organism. Coding regions of the genes are named as exons, and they are a type of genes which are transcribed
and non-coding sequences are known asintrons. Thenucleotidesequence of the exons of a gene represents thegenetic codeof the gene to synthesize the specific protein. Hence, exons remain in themRNAmolecule. The total exon region of thegenomeis known as exome, and it is an important part...
Difference Between Genome And Exome Difference Between Genomic Dna And Plasmid Dna Difference Between Genomic Dna And Plasmid Dna Isolation Difference Between Genomics And Proteomics Difference Between Geography And Geology Difference Between Germ Cells And Somatic Cells Difference Between Germination And Emerg...
Whole-exome sequencing (WES) and whole-genome microarray have allowed for the discovery of a wide variety of diseases that are associated with aberrations in the genome. However, these technologies may not detect some exon-level copy number variation (CNV), leaving cases unsolved. The impl...
Behaviours, preferences and traits that differ, on average, between males and females in a given culture and historical period. Genome-wide sequencing A process used to determine the sequence of most of the DNA content (whole-genome sequencing) or most of the protein-encoding exons found in the...
Whole-exome sequencing (WES) and whole-genome microarray have allowed for the discovery of a wide variety of diseases that are associated with aberrations in the genome. However, these technologies may not detect some exon-level copy number variation (CNV), leaving cases unsolved. The imple...
Brownie is a typical American dessert that is not a cake but something of a cross between a cookie and a cake. Brownies are made to have a great taste similar to a chocolate cake, but they are chewy. This is because no leavening agent is used in the recipe and because of the very ...
Genomeannotation: By studying the protein content of an organism, the exact genomes responsible for the active protein compound can be determined. In this scenario results from all genomics, Transcriptomics and proteomics are important. Disease identification / Diagnostics: Proteomics is used in the ide...
Whole-exome sequencing (WES) and whole-genome microarray have allowed for the discovery of a wide variety of diseases that are associated with aberrations in the genome. However, these technologies may not detect some exon-level copy number variation (CNV), leaving cases unsolved. The impl...
Whole-exome sequencing (WES) and whole-genome microarray have allowed for the discovery of a wide variety of diseases that are associated with aberrations in the genome. However, these technologies may not detect some exon-level copy number variation (CNV), leaving cases unsolved. The imple...