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Dive into the research topics where Marie D. Bryhan is active.

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Featured researches published by Marie D. Bryhan.


Archive | 2006

Novel Surface Technologies for Genomics, Proteomics, and Drug Discovery

Ye Fang; Anthony G. Frutos; Joydeep Lahiri; Dana Craig Bookbinder; Darrick Chow; Allison Jean Tanner; Qin Zong; Ann M. Ferrie; Yijia P. Bao; Fang Lai; Xinying Xie; Brian L. Webb; Margaret Kathleen Faber; Santona Pal; Ollie Lachance; Paul E. Gagnon; Megan Wang; Marie D. Bryhan; Lyn Greenspan-Gallo; Greg Martin; Larry Vaughan; Camilo Canel; Kim Titus; Debra S. Hoover; John Ryan; Uwe R. Müller; James B. Stamatoff; Laurent Alain Gabriel Picard; Anis H. Khimani; Jeffrey L. Mooney

Following the recent progress in functional genomics and proteomics, and high-throughput screening (HTS) in drug discovery, evolving technologies over the last decade have offered a tremendous leap over the caveats of traditional techniques. In response to this metamorphosis of technologies through different platforms, Corning has introduced a suite of surface technologies with applications in microarray printing, enhanced attachment, and consumables in drug discovery. Microarrays generated on an ultra-flat glass substrate with GAPS coating exhibiting a robust chemistry and low surface background have led to higher sensitivity and reproducibility for the expression assay. Recent introduction of UltraGAPS™ surface enables oligo attachment for use in differential gene expression analysis. Various attachment surfaces to meet the needs of the applications in genomics, proteomics and drug discovery will be discussed.


Archive | 2002

Method for creating a cell growth surface on a polymeric substrate

Marie D. Bryhan; Peter E. Gagnon; Oliva V. Lachance; Zhong-He Shen; Hongming Wang


Archive | 2003

Cell growth surface on a polymeric substrate

Marie D. Bryhan; Paul E. Gagnon; Oliva V. Lachance; Zhong-He Shen; Hongming Wang


Archive | 1993

Method of attaching dialdehyde starch to a surface and products produced by that method

Marie D. Bryhan; Leroy S. Hersh; Frances M. Smith


Archive | 2007

Method of making enhanced cell growth surface

Marie D. Bryhan; Paul E. Gagnon; Zhong-He Shen; Oliva V. Lachance; Hongming Wang


Archive | 1999

Method for fabricating an optical device using purified adhesives in the optical path

Marie D. Bryhan; Michael E. DeRosa


Archive | 2007

Nanofibres, nanofilms et procédés de fabrication/utilisation correspondants

Adra Smith Baca; Marie D. Bryhan; Frederick E. Noll; Odessa N. Petzold; Michael William Price; Wageesha Senaratne; Wanda Janina Walczak


Archive | 2007

Zell oder Gewebe-Immobilisierungssubstrat

Adra Smith Baca; Marie D. Bryhan; Frederick E. Noll; Odessa N. Petzold; Michael William Price; Wageesha Senaratne; Wanda Janina Walczak


Archive | 2007

Substrate for immobilizing cells or tissue

Adra Smith Baca; Marie D. Bryhan; Frederick E. Noll; Odessa N. Petzold; Michael William Price; Wageesha Senaratne; Wanda Janina Walczak


Archive | 2002

Procede permettant de former une surface de croissance cellulaire sur un substrat polymere

Marie D. Bryhan; Peter E. Gagnon; Oliva V. Lachance; Zhong-He Shen; Hongming Wang

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