omics based nanomedicine
omics based nanomedicine MEDAN
Omics is the scientific era which include various disciolenes in biology. -omics is a kind of suffix, and it reffers the sum of the data. The amis of the omics collective characterization and quantification of pools of biological molecules which translate into the structure function, and dynamics of an organims. In the other words omics Technologies analyzes the structure and functions of the whole makeup of a given biological function at different levels. Different levels for omics technologies:
1. Genomics: genomics studies at the level of DNA, in the otherwords genomes of organimis. Genomics give new insights about the how genes evolved, determine the function of genes and the components that control gene expression all across the genome, develop and implement genome-based illness detection, diagnosis, and treatment techniques, furthermore develop novel technology for studying genes and DNA on a wide scale and efficiently storing genomic data.
2. Transcriptomics: transcriptomics studies at the level of RNA which includes mRNA, rRNA, tRNA, and non-coding RNA. The transcriptomics creates cataloge all species of transcript, determines when and where genes are turned on or off in various types of cells and tissues.
3. Proteomics: proteomics studies at the level of protein. Proteomics identies the subcellular location of the each protein. This information can be used to create a 3-D protein map of the cell, providing novel information about protein regulation.
4. Metabolomics: metabolomics studies at the level of metabolism. It examines chemical processes involving metabolites. It is a "systematic examination of the distinct chemical fingerprints left behind by various biological activities, " as well as a study of their small-molecule metabolite profiles.
Omics
is the scientific era which include various
disciolenes
in biology.
-omics
is a kind of suffix, and it
reffers
the sum of the data. The
amis
of the
omics
collective characterization and quantification of pools of biological molecules which translate into the structure
function
, and dynamics of an
organims
. In the other words
omics
Technologies analyzes the structure and
functions
of the whole makeup of a
given
biological
function
at
different
levels
.
Different
levels
for
omics
technologies:
1. Genomics: genomics
studies
at the
level
of DNA, in the
otherwords
genomes of
organimis
. Genomics give new insights about
the how
genes evolved, determine the
function
of genes and the components that control gene expression all across the genome, develop and implement genome-based illness detection, diagnosis, and treatment techniques,
furthermore
develop novel technology for studying genes and DNA on a wide scale and
efficiently
storing genomic data.
2.
Transcriptomics
:
transcriptomics
studies
at the
level
of RNA which includes mRNA, rRNA, tRNA, and non-coding RNA. The
transcriptomics
creates
cataloge
all species of transcript, determines when and where genes
are turned
on or off in various types of cells and tissues.
3.
Proteomics
:
proteomics
studies
at the
level
of protein.
Proteomics
identies
the
subcellular
location of
the each
protein. This information can be
used
to create a 3-D protein map of the cell, providing novel information about protein regulation.
4. Metabolomics: metabolomics
studies
at the
level
of metabolism. It examines chemical processes involving metabolites. It is a
"
systematic examination of the distinct chemical fingerprints
left
behind by various biological activities,
"
as well
as a
study
of their
small
-molecule metabolite profiles.
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