Search Results - "Mammoser, Claire"

Active Site Hydrogen Bonding Induced in Cytochrome P450cam by Effector Putidaredoxin by Mammoser, Claire C, Ramos, Sashary, Thielges, Megan C

“…Cytochrome P450s are diverse and powerful catalysts that can activate molecular oxygen to oxidize a wide variety of substrates. Catalysis relies on effective…”
Get full text

Dynamics underlying hydroxylation selectivity of cytochrome P450cam by Ramos, Sashary, Mammoser, Claire C., Thibodeau, Katherine E., Thielges, Megan C.

“…Structural heterogeneity and the dynamics of the complexes of enzymes with substrates can determine the selectivity of catalysis; however, fully characterizing…”
Get full text

Poly(amidoamine)-coated magnetic particles for enhanced detection of Schistosoma circulating anodic antigen in endemic urine samples by Markwalter, Christine F, Corstjens, Paul L A M, Mammoser, Claire M, Camps, Garrett, van Dam, Govert J, Wright, David W

“…Accurate and sensitive point-of-care diagnostic tools are critical for schistosomiasis control and elimination. The existing ultrasensitive lateral flow assay…”
Get more information

The structure of plastocyanin tunes the midpoint potential by restricting axial ligation of the reduced copper ion by Mammoser, Claire C., LeMasters, Brynn E., Edwards, Sydney G., McRae, Emma M., Mullins, M. Hunter, Wang, Yiqi, Garcia, Nicholas M., Edmonds, Katherine A., Giedroc, David P., Thielges, Megan C.

“…Blue copper proteins are models for illustrating how proteins tune metal properties. Nevertheless, the mechanisms by which the protein controls the metal site…”
Get full text

Dynamics underlying hydroxylation selectivity of cytochrome P450cam by Ramos, Sashary, Mammoser, Claire C., Thibodeau, Katherine E., Thielges, Megan C.

“…Not provided…”
Get full text

Dynamics underlying hydroxylation selectivity of cytochrome P450cam by Ramos, Sashary, Mammoser, Claire C., Thibodeau, Katherine E., Thielges, Megan C.

Get full text

Analysis of the Stability of Natural and Unnatural Amino Acids in Extraterrestrial Conditions by Mammoser, Claire, Brown, Bayland, Dhar, Shilpa, Rowe, Laura

“…Abstract only In addition to the 20 natural amino acids used in the genetic codes of most biological organisms, there are hundreds more non‐proteinogenic, or…”
Get full text

Affinity Ligand for the Separation of Glycosylated Proteins from Non‐Glycosylated Proteins by Gunter, Amy, Mammoser, Claire, Dhar, Shilpa, Rowe, Laura

“…Abstract only When studying glycosylated proteins, a method of separating glycosylated proteins from other proteins is crucial for purifying the sample…”
Get full text

Metalloprotein Interactions and Conformational Heterogeneity Studied by Infrared Spectroscopy by Mammoser, Claire C

“…Proteins must maintain aspects of their structure to perform biological roles, yet are far from static, fluctuating between conformational states on a wide…”
Get full text

Screening Unnatural Fluorescent Amino Acids for Incorporation into E. Coli Cellular Machinery by Mammoser, Claire, Dhar, Shilpa, Kelly, Brett, Rowe, Laura

“…Fluorescence can be used in optical imaging to view cell activity in vivo . Fluorescent proteins and organic dyes are the primary method of visually tracking…”
Get full text

Optimizing a Screen for Incorporating Unnatural Amino Acids into Bacterial Proteins by Dhar, Shilpa, Mammoser, Claire, Gunter, Amy, Kneusel, Alyson, Burkhart, Grace, Brown, Bayland, Rowe, Laura

“…Several unnatural amino acids (UAAs), including some fluorescent variants, were tested in a Green Fluorescent Protein (GFP) –based screening system that…”
Get full text

The structure of plastocyanin tunes the midpoint potential by restricting axial ligation of the reduced copper ion by Mammoser, Claire C., LeMasters, Brynn E., Edwards, Sydney G., McRae, Emma M., Mullins, M. Hunter, Wang, Yiqi, Garcia, Nicholas M., Edmonds, Katherine A., Giedroc, David P., Thielges, Megan C.

“…Abstract Blue copper proteins are models for illustrating how proteins tune metal properties. Nevertheless, the mechanisms by which the protein controls the…”
Get full text