Corporate / Intellectual Property
Intellectual Property
Bioarrays
Indirect DPN Patterning of Proteins and Peptide Nanoarrays
This family of applications describes the patterning of proteins and peptides at nanoscale dimensions. Arrays of these proteins are built utilizing an indirect method of patterning template molecules onto surfaces and by immobilizing proteins or peptides on those templates. Coverage is broad, covering many different types including antibodies.
| US 2003/0068446 A1 | Protein and Peptide Nanoarrays | Published, April 2003 |
| WO 2003/038033 A3 | Protein and Peptide Nanoarrays | Published, May 2005 |
| TW 91122796 | Protein and Peptide Nanoarrays | Allowed, September 2006 |
| CA 2462833 AA | Protein and Peptide Nanoarrays | Published, June 2004 |
| EP 1461605 A2 | Protein and Peptide Nanoarrays | Published, September 2004 |
DPN Patterning of Nucleic Acids
This family of applications describes the use of the DPN process to pattern nucleic acid compounds, including DNA. It details the preparations, solutions, and environmental conditions used to produce DNA patterns, and it also describes the use of arrays of such patterns to support hybridization experiments. Hybridization of patterned DNA was demonstrated.
| WO 2003/048314 A2 | Direct Write Nanolithographic Deposition of Nucleic Acids From Nanoscopic Tips | Published, June 2003 |
| KR 10-2005-44623 | Direct Write Nanolithographic Deposition of Nucleic Acids From Nanoscopic Tips | Published, May 2005 |
| JP 2005-512032 | Direct Write Nanolithographic Deposition of Nucleic Acids From Nanoscopic Tips | Published, April 2005 |
| EP 1461596 A2 | Direct Write Nanolithographic Deposition of Nucleic Acids From Nanoscopic Tips | Published, September 2004 |
Direct DPN Patterning of Proteins and Peptides
This family of applications describes the use of DPN patterning to deposit protein and peptide compounds directly onto surfaces at nanoscale dimensions, most notably by appropriately manipulating tip and surface chemistries. Applications for peptide and protein arrays are described.
| US 2005/0009206 A1 | Peptide and Protein Nanoarrays and Direct-Write Nanolithographic Printing of Peptides and Proteins | Published, January 2005 |
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