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Stacy D Holdread

from White Hall, MD
Age ~52
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Also known as:
Stacy Donna Holdread, Stacy Donna Wesolowski, Stacy D Wesolowski, Stan West
Phone and address:
2205 River Bend Ct, White Hall, MD 21161
(410) 357-5818
Related to:
Fern J Clausen, 95Stacy D Wesolowski, 52Birdella A Holdread, 77Jennifer L Wyant, 55Stanley D Wesolowski, 74Mark L Holdread, 52Carol J Wesolowski, 74Dennis L Holdread, 78Jennifer Holdread, 55
Connected to:
Robert J Holdread, 46Bina M Holdredge, 91Judson R Holdredge, 69Kevin M Holdredge, 53Adam T Holdren, 40Andrew Holdren, 41Dru T Holdren, 38Jeff O Holdren, 83Joseph Holdren, 83Kallie R Holdren, 33

Stacy Holdread Phones & Addresses

  • 2205 River Bend Ct, White Hall, MD 21161 (410) 357-5818
  • Ann Arbor, MI
  • Iron Mountain, MI
  • Sparks, MD
  • 2205 River Bend Ct, White Hall, MD 21161 (410) 340-2052

Work

Company: Bd Position: Project scientist

Education

School / High School: University of Michigan

Industries

Biotechnology

Resumes

Resumes

Stacy Holdread Photo 1

Project Scientist At Bd

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Position:
Project Scientist at BD, Project Scientist at BD Biosciences - Advanced Bioprocessing, Project Scientist at BD Biosciences, Project Scientist at Becton Dickinson, Project Scientist at BD/Becton Dickinson Advanced Bioprocessing, Project Scientist at BDB Advanced Bioprocessing
Location:
Baltimore, Maryland Area
Industry:
Biotechnology
Work:
BD
Project Scientist
BD Biosciences - Advanced Bioprocessing since 1995
Project Scientist
BD Biosciences since 1995
Project Scientist
Becton Dickinson since 1995
Project Scientist
BD/Becton Dickinson Advanced Bioprocessing since 1995
Project Scientist
Education:
University of Michigan

Publications

Us Patents

Automated Media Optimization Technology

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US Patent:
20050154534, Jul 14, 2005
Filed:
Jan 13, 2004
Appl. No.:
10/755684
Inventors:
Perry Haaland - Chapel Hill NC, US
Bryce Chaney - Durham NC, US
Stacy Holdread - Sparks MD, US
International Classification:
G06F019/00
G01N033/48
G01N033/50
US Classification:
702019000
Abstract:
An automated system and method for identifying agents capable of eliciting a phenotypic change in a cell-type. The method includes the steps of providing a statistical design including generic factor names, factor levels and experimental runs, and utilizing a software program to generate a computer representation of the statistical design by automatically mapping the identities of the agents to the generic factor names, concentrations or amounts of the agents to the factor levels, and the locations of the receptacles to the experimental runs. The method also includes placing different mixtures of single agents, such as peptones, into receptacles in the array based on the computer representation of the statistical design, contacting the placed mixtures with cells, acquiring experimental data from the contacted cells, and utilizing a processor including an algorithm for comparing the acquired data with the statistical design to identify peptone combinations and concentrations that optimize cell culture conditions.
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Stacy D Holdread from White Hall, MD, age ~52 Get Report