Gene expression analysis is being done when studying what
Metabolomics
Transcriptomics
Genomics
Nutriogenetics
Answer :
Metabolomics : the scientific study of the set of the metabolites present with in organism ,cell or tissue .
- it is the scientific study of chemical process involving metabolites ,the small molecule intermediates and products of metabolism .
- metabolomics offer a unique opportunity to look at genotype and phenotype as well as genotype envirotope relationships .
Transcriptomics : it is the study of transcriptome - the complete set of RNA transcripts . that are produced by genome ,under specific circumstances or in a specific cell - using high throughout methods ,such as microarry analysis .
- it is used to quantify the changing expression levels of each transcript during development and under different conditions .
- the information content of an organism is recorded in the DNA of its genome and expressed through transcription .
- it is used to determine the transcriptional structure of gene to reveal the molecular constituent of cells and tissue and also for understanding development and diseases .
Genomics : it is the study of structure ,function and inheritance of genome ( entire set of genetic material ) of an organism . A major part of genomics is determining the sequence of molecules that make up the genomic DNA. Content of organism .
- genomics is a area with in genetics that concerns the sequence and analysis of an organism genome .
- it is used to determine complete DNA sequence and perform genetic mapping to understand diseases .
Nutriogenetics : it is defined as science of effect of genetic variation on dietary respronse .
- it is used to know metabolic process and personalization of dietary recommendations provided to individual .
Gene expression analysis is being done when studying what Metabolomics Transcriptomics Genomics Nutriogenetics
Gene expression analysis is being done when studying …. Metabolomics Transcriptomics Genomics Nutriogenetics
What is the advantage of using microarray analysis to study gene expression differences when compared to RT-PCR or Northern analysis?
Someone explain how use of genomics and co-expression analysis can be used to generate hypotheses regarding the biosynthesis of secondary plant cell wall polymers such as xylans and lignin and how these hypotheses may be tested using reverse genetics approaches.
1.What is meant by the term: genomics? 2.What does it mean for a gene to be “expressed?” 3.What does each spot in a microarray represent? 4.What are the 3 types of RNA? 5.How is mRNA isolated? 6.What is the meaning of a red spot? A yellow spot? A green spot? 7.What are some limitations to microarray technology? 8.What colour would you expect the gene for telomerase to be in the cancer cell?
This is the gene expression analysis of actin and EGFR in breast cancer What do the images represent? Describe axis. What can you tell about the importance of actin and EGFR genes in breast cancer?
Suppose scientists studying pigmentation in Arabidopsis attempted to alter expression of a pigment gene. Using transgenic techniques, multiple copies of the pigment gene were inserted into homozygous and heterozygous individuals. This was expected to darken the pigmentation of the plants. Instead of increased pigment production, the additional gene copies often reduced or completely inhibited the pigment gene expression. One explanation for this unexpected result is that high concentrations of mRNA are produced. This, in turn, increases the likelihood of homologous...
Eric is studying the evolution of species. After performing DNA analysis, he discovers a gene that is conserved from yeast to humans. In which cellular processes is this gene most like to be involved? Could this gene have evolved to confer some of the complex traits that we observe in modern animals, like multicellularity? Briefly explain.
Trivia Questions 1. This level of control in gene expression prevents a gene from being transcribed when it is not needed. 2. These genes produce proteins that govern the activity of structural genes. 3. These intervening sequences are cut out of an mRNA transcript before it can leave the nucleus. 4. A chromosome is made up of these two molecules. 5. This term refers to DNA that is composed of at least two species. 6. These two vectors are used...
6. The three types of RNA involved in gene expression are mRNA tRNA complimentary strand of RNA during gene expression is this strand of RNA is being synthesized, each new nucleotide is being added to the strand via a bond formed at carbon number the nucleotide at the end of the RNA. The enzyme invoved involved in transcribing a When , and rRNA of the ribose ring present on
Tissue-specific microarray analysis facilitates the comparison
of gene expression in different tissues. In order to prepare a
sample for microarray analysis, messenger RNA (mRNA) is extracted
from a particular tissue, reverse transcribed to generate
complementary DNA (cDNA), and labeled with a fluorescent probe.
The microarray below shows comparison of gene expression in
stomach and intestinal tissues. The cDNA from stomach tissue was
labeled with red fluorescent probes, whereas the cDNA from the
intestinal tissue was labeled with green fluorescent probes....