The study of genomics
and proteomics has advanced our understanding of the field of biotechnology
tremendously over the past 15 years. The translation from genome
to proteome brought with it technological innovation at the diagnostic
and functional level. The newest developing field is relating the
proteome to cell function and the role of the cell as the final
arbiter in production of cellular products – this is the field
of Cytomics and is poised to become the integral component joining
the gene, the protein and now the cell to the organ system in the
biotechnology revolution. Linking cell structure and function will
be an important frontier in cellular engineering.
Cytomics is the study of the role of the cell
within the context of genomics and proteomics discoveries. It recognizes
that genes select for specific proteins, which are produced within
or on the confines of cells. Cell morphology and structure often
determine function. Function or lack of function allows the organism
to operate in a normal or abnormal manner. Future cell and tissue
engineering will depend heavily on the nature of Cytomics.
The Cytomics & Imaging Research Core at Purdue University focuses
on providing state-of-the-art cell measurement systems, encouraging
the developing new cellular detection technologies, and enabling
and providing resources for service.
Structure
The core operates as a diversified operation of in-house resources,
and support networks across the university campus. Components of
the Core exist in individual laboratories, shared facilities and
other departmental resources.
Goals of the core are to:
Identify the available resources on campus
Establish a list of needs and deficiencies on campus
Identify potential sources for support of new technologies
Create a plan for interacting with corporate partners
Create a pathway for priorities of technologies
Establish an educational component for training on technologies
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