Marianne Anne Zecher
age ~52
from Boyds, MD
- Also known as:
-
- Marianne A Zecher
- Marianne Anne Mckenney
- Marianne A Mckenney
- Maryianne A Zecher
- John M Kenney
- Phone and address:
-
14415 Autumn Crest Rd, Boyds, MD 20841
(301)5407017
Marianne Zecher Phones & Addresses
- 14415 Autumn Crest Rd, Boyds, MD 20841 • (301)5407017
- Ocean View, DE
- 2104 Dunhill Dr, Wilmington, DE 19810 • (302)4755257
- Newark, DE
- New Castle, DE
- Millersville, PA
Work
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Company:Merck & companyJun 2010
-
Position:Health science consultant
Education
-
School / High School:Lehigh University- Bethlehem, PA2004
-
Specialities:M.S. in Molecular Biology
Resumes
Marianne Zecher Wilmington, DE
view sourceWork:
MERCK & COMPANY
Jun 2010 to 2000
Health Science Consultant MERCK & COMPANY
Jun 2006 to Jun 2010
Customer Representative II- CV ANALYTICAL BIOLOGICAL SERVICES
Wilmington, DE
Sep 2005 to Feb 2006
Research Associate TAPESTRY PHARMACEUTICALS
Jun 2004 to Dec 2004
Research Associate III- Diagnostics, Genomics Group CONCURRENT PHARMACEUTICALS
Fort Washington, PA
Jan 2003 to Jun 2004
Research Associate III- Biochemistry, R & D BRISTOL MYERS SQUIBB
Wilmington, DE
1998 to 2004
Associate Research Scientist II BRISTOL MYERS SQUIBB
Wilmington, DE
2002 to 2002
Molecular Biologist BRISTOL MYERS SQUIBB
Wilmington, DE
1999 to 2002
Staff Scientist BRISTOL MYERS SQUIBB
Wilmington, DE
1998 to 1999
Staff Scientist
Jun 2010 to 2000
Health Science Consultant MERCK & COMPANY
Jun 2006 to Jun 2010
Customer Representative II- CV ANALYTICAL BIOLOGICAL SERVICES
Wilmington, DE
Sep 2005 to Feb 2006
Research Associate TAPESTRY PHARMACEUTICALS
Jun 2004 to Dec 2004
Research Associate III- Diagnostics, Genomics Group CONCURRENT PHARMACEUTICALS
Fort Washington, PA
Jan 2003 to Jun 2004
Research Associate III- Biochemistry, R & D BRISTOL MYERS SQUIBB
Wilmington, DE
1998 to 2004
Associate Research Scientist II BRISTOL MYERS SQUIBB
Wilmington, DE
2002 to 2002
Molecular Biologist BRISTOL MYERS SQUIBB
Wilmington, DE
1999 to 2002
Staff Scientist BRISTOL MYERS SQUIBB
Wilmington, DE
1998 to 1999
Staff Scientist
Education:
Lehigh University
Bethlehem, PA
2004
M.S. in Molecular Biology The University of Delaware
Newark, DE
1999
B.A. in Biology Delaware Tech. & Comm. College
Wilmington, DE
1995
A.S.
Bethlehem, PA
2004
M.S. in Molecular Biology The University of Delaware
Newark, DE
1999
B.A. in Biology Delaware Tech. & Comm. College
Wilmington, DE
1995
A.S.
Us Patents
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Supported Polydiacetylene 3-D Arrays For Flourescent Or Phosphorescent Detection
view source -
US Patent:20070248950, Oct 25, 2007
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Filed:Apr 19, 2006
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Appl. No.:11/406525
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Inventors:Mary Reppy - Wilmington DE, US
Bradford Pindzola - Wilmington DE, US
Bethel Sharma - Wilmington DE, US
Marianne Zecher - Wilmington DE, US -
Assignee:Analytical Biological Services, Inc. - Wilmington DE
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International Classification:C12Q 1/70
C12Q 1/68
G01N 33/53
C12M 3/00 -
US Classification:435005000, 435006000, 435007100, 435287200
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Abstract:Supported three-dimensional arrays of a polydiacetylene backbone bonded to and supported by a solid support in a sample are provided. The bonding is achieved by providing a support having thiol and/or amine groups and epoxy groups and/or maleimide groups, and a polydiacetylene backbone containing the other of thiol and/or amine groups or the epoxy and/or maleimide groups for reacting with the corresponding thiol groups or epoxy groups and/or maleimide groups on the support; provided that when an amine is used the other group is an epoxy; and/or having a layer of a polyelectrolyte on the support; and/or having a multiple atom linker between the three-dimensional array of the polydiacetylene backbone and the solid support. The supported three-dimensional arrays can be used for detecting an analyte; for evaluating the organic/water partition coefficient and/or oral absorptivity and/or ability of a compound to diffuse into cell membranes and/or transcellular permeability properties of a compound and/or the ionization state of a compound and/or the volume of distribution of a compound and/or the distribution of a compound into different tissues and/or the partitioning of a compound into cell organelles by monitoring the change in the fluorescence or phosphorescence upon exposure to the compound and optionally comparing it to a known change in fluorescence or phosphorescence, respectively. The supported three-dimensional arrays can also be used to evaluate the ability of a compound to bind to a protein and for the detection of a plurality of different species.
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