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Full-Text Articles in Physical Sciences and Mathematics
An Integrated Systems Approach To Deconstructing Glycosylation, L. Mahal, John Rakus, Kanoelani Pilobello, P. Agrawal
An Integrated Systems Approach To Deconstructing Glycosylation, L. Mahal, John Rakus, Kanoelani Pilobello, P. Agrawal
John F. Rakus
Glycosylation involves the post-translational addition of carbohydrates to protein molecules and is an intricate and indispensable biochemical process. Study of this complicated network of interactions is hindered by the lack of a coding template analogous to the genetic code, and by the vast structural complexity inherent to carbohydrate polymers. We use lectins (non-enzymatic carbohydrate-binding proteins of non-immunological origin) as microarray probes to identify carbohydrate features expressed on cellular surfaces. Specifically, we utilized lectin microarray technology to investigate the differences in carbohydrates expressed by the cell lines of the Nation Cancer Institute’s NCI-60 panel. Our investigation identified tissue-specific expression differences in …
A Systems Approach To Understanding The Role Of Glycans In Cancer, John F. Rakus, Kaneolani T. Pilobello, Laura K. Mahal
A Systems Approach To Understanding The Role Of Glycans In Cancer, John F. Rakus, Kaneolani T. Pilobello, Laura K. Mahal
John F. Rakus
Glycosylation involves the post-translational addition of carbohydrates to protein molecules and is an intricate and indispensable biochemical process. Study of this complicated network of interactions is hindered by the lack of a coding template analogous to the genetic code, and by the vast structural complexity inherent to carbohydrate polymers. We use lectins (non-enzymatic carbohydrate-binding proteins of non-immunological origin) as microarray probes to identify carbohydrate features expressed on cellular surfaces. Specifically, we utilized lectin microarray technology to investigate the differences in carbohydrates expressed by the cell lines of the Nation Cancer Institute’s NCI-60 panel. Our investigation identified tissue-specific expression differences in …
Judging A Book By Its Cover: Using Lectin Microarrays To Identify How Glycosylation Is Regulated, John F. Rakus
Judging A Book By Its Cover: Using Lectin Microarrays To Identify How Glycosylation Is Regulated, John F. Rakus
John F. Rakus
Glycosylation involves the post-translational addition of carbohydrates to protein molecules and is an intricate and indispensable biochemical process. Study of this complicated network of interactions is hindered by the lack of a coding template analogous to the genetic code, and by the vast structural complexity inherent to carbohydrate polymers. We use lectins (non-enzymatic carbohydrate-binding proteins of non-immunological origin) as microarray probes to identify carbohydrate features expressed on cellular surfaces. Specifically, we utilized lectin microarray technology to investigate the differences in carbohydrates expressed by the cell lines of the Nation Cancer Institute’s NCI-60 panel. Our investigation identified tissue-specific expression differences in …
Designing Tools For Studying The Dynamic Glycome, John F. Rakus
Designing Tools For Studying The Dynamic Glycome, John F. Rakus
John F. Rakus
Glycosylation involves the post-translational addition of carbohydrates to protein molecules and is an intricate and indispensable biochemical process. Study of this complicated network of interactions is hindered by the lack of a coding template analogous to the genetic code, and by the vast structural complexity inherent to carbohydrate polymers. We use lectins (non-enzymatic carbohydrate-binding proteins of non-immunological origin) as microarray probes to identify carbohydrate features expressed on cellular surfaces. Specifically, we utilized lectin microarray technology to investigate the differences in carbohydrates expressed by the cell lines of the Nation Cancer Institute’s NCI-60 panel. Our investigation identified tissue-specific expression differences in …