C. RONALD SCOTT
Medical Practice at Sand Point Way, Seattle, WA

License number
Washington MD00008915
Category
Medical Practice
Type
Clinical Genetics (M.D.)
License number
Washington MD00008915
Category
Medical Practice
Type
Pediatrics
Address
Address
4800 Sand Point Way NE, Seattle, WA 98105
Phone
(206) 987-2000

Organization information

See more information about C. RONALD SCOTT at bizstanding.com

C Ronald Scott MD

1959 NE Pacific St, Seattle, WA 98195

Industry:
Medical Doctor's Office, Nonclassifiable Establishments
Medical Doctors:
Ronald Huang (Medical Doctor),Scott Andrew Walker (Medical Doctor),Rebecca Prince Petersen (Medical Doctor),...

Professional information

C. Scott Photo 1

Rapid Quantitative Analysis Of Proteins Or Protein Function In Complex Mixtures

US Patent:
6670194, Dec 30, 2003
Filed:
Aug 25, 1999
Appl. No.:
09/383062
Inventors:
Rudolf Hans Aebersold - Mercer Island WA
Michael H. Gelb - Seattle WA
Steven P. Gygi - Seattle WA
C. Ronald Scott - Seattle WA
Frantisek Turecek - Seattle WA
Scott A. Gerber - Seattle WA
Beate Rist - Seattle WA
Assignee:
University of Washington - Seattle WA
International Classification:
C07C33116
US Classification:
436173, 436 86, 436 89, 436120, 436161, 436165, 436166, 436167, 436168, 436171, 436174, 436175, 436177, 530350, 530812, 5303915
Abstract:
Analytical reagents and mass spectrometry-based methods using these reagents for the rapid, and quantitative analysis of proteins or protein function in mixtures of proteins. The methods employ affinity labeled protein reactive reagents having three portions: an affinity label (A) covalently linked to a protein reactive group (PRG) through a linker group (L). The linker may be differentially isotopically labeled, e. g. , by substitution of one or more atoms in the linker with a stable isotope thereof. These reagents allow for the selective isolation of peptide fragments or the products of reaction with a given protein (e. g. , products of enzymatic reaction) from complex mixtures. The isolated peptide fragments or reaction products are characteristic of the presence of a protein or the presence of a protein function in those mixtures. Isolated peptides or reaction products are characterized by mass spectrometric (MS) techniques. The reagents also provide for differential isotopic labeling of the isolated peptides or reaction products which facilitates quantitative determination by mass spectrometry of the relative amounts of proteins in different samples.


C. Scott Photo 2

Rapid Quantitative Analysis Of Proteins Or Protein Function In Complex Mixtures

US Patent:
7544518, Jun 9, 2009
Filed:
Nov 23, 2004
Appl. No.:
10/994815
Inventors:
Rudolf Hans Aebersold - Mercer Island WA, US
Michael H. Gelb - Seattle WA, US
Steven P. Gygi - Seattle WA, US
C. Ronald Scott - Seattle WA, US
Frantisek Turecek - Seattle WA, US
Scott A. Gerber - Seattle WA, US
Beate Rist - Seattle WA, US
Assignee:
University of Washington - Seattle WA
International Classification:
G01N 33/68
US Classification:
436173, 436 86, 436 89, 436120, 436161, 436165, 436166, 436167, 436168, 436171, 436174, 436175, 436177, 530350, 530812, 5303915
Abstract:
Analytical reagents and mass spectrometry-based methods using these reagents for the rapid, and quantitative analysis of proteins or protein function in mixtures of proteins. The methods employ affinity labeled protein reactive reagents having three portions: an affinity label (A) covalently linked to a protein reactive group (PRG) through a linker group (L). The linker may be differentially isotopically labeled, e. g. , by substitution of one or more atoms in the linker with a stable isotope thereof. These reagents allow for the selective isolation of peptide fragments or the products of reaction with a given protein (e. g. , products of enzymatic reaction) from complex mixtures. The isolated peptide fragments or reaction products are characteristic of the presence of a protein or the presence of a protein function in those mixtures. Isolated peptides or reaction products are characterized by mass spectrometric (MS) techniques. The reagents also provide for differential isotopic labeling of the isolated peptides or reaction products which facilitates quantitative determination by mass spectrometry of the relative amounts of proteins in different samples.


C. Scott Photo 3

Rapid Quantitative Analysis Of Proteins Or Protein Function In Complex Mixtures

US Patent:
6852544, Feb 8, 2005
Filed:
Apr 20, 2001
Appl. No.:
09/839884
Inventors:
Rudolf Hans Aebersold - Mercer Island WA, US
Michael H. Gelb - Seattle WA, US
Steven P. Gygi - Seattle WA, US
C. Ronald Scott - Seattle WA, US
Frantisek Turecek - Seattle WA, US
Scott A. Gerber - Seattle WA, US
Beate Rist - Seattle WA, US
Assignee:
University of Washington - Seattle WA
International Classification:
G01N033/68
US Classification:
436173, 436 86, 436 89, 436120, 436161, 436165, 436166, 436167, 436168, 436171, 436174, 436175, 436177, 530350, 530812, 5303915
Abstract:
Analytical reagents and mass spectrometry-based methods using these reagents for the rapid, and quantitative analysis of proteins or protein function in mixtures of proteins. The methods employ affinity labeled protein reactive reagents having three portions: an affinity label (A) covalently linked to a protein reactive group (PRG) through a linker group (L). The linker may be differentially isotopically labeled, e. g. , by substitution of one or more atoms in the linker with a stable isotope thereof. These reagents allow for the selective isolation of peptide fragments or the products of reaction with a given protein (e. g. , products of enzymatic reaction) from complex mixtures. The isolated peptide fragments or reaction products are characteristic of the presence of a protein or the presence of a protein function in those mixtures. Isolated peptides or reaction products are characterized by mass spectrometric (MS) techniques. The reagents also provide for differential isotopic labeling of the isolated peptides or reaction products which facilitates quantitative determination by mass spectrometry of the relative amounts of proteins in different samples.