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Mark S Swiderek

from Nashua, NH
Age ~69
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Also known as:
Mark Stanley Swiderek, Mark S Swider, Mark K
Related to:
Bob GentileThomas P Parisi, 26
Connected to:
Grzegorz Swiderek, 55Timothy A Swiderek, 40Chris M Swiderski, 40Dawn M Swiderski, 57Donna Swiderski, 75Gail F Swiderski, 71Jaimee L Swiderski, 45Jeanette M Swiderski, 66Linda M Swiderski, 70Marcin F Swiderski, 54

Mark Swiderek Phones & Addresses

  • Nashua, NH
  • 828 Swan Lake Ave, Belfast, ME 04915 (207) 338-3219
  • Swanville, ME
  • 3 Anchor Ln, Gloucester, MA 01930
  • 48 Revere St, Gloucester, MA 01930 (978) 283-3547
  • 56 Chestnut St, Haverhill, MA 01835 (978) 521-1079
  • Bradford, MA
  • Bedford, MA
  • Stockton Springs, ME

Work

Company: T2 biosystems Jul 2012 to Mar 2013 Address: Lexington, MA Position: Lab operations manager

Education

Degree: Master of Arts School / High School: Boston University 1984 Specialities: Biochemistry

Skills

Biotechnology • Pharmaceutical Industry • Fda • Medical Devices • Protein Chemistry • Quality Control • Manufacturing • Lifesciences • Biomedical Engineering • Software Documentation

Industries

Farming

Professional Records

License Records

Mark S Swiderek

Address:
Gloucester, MA 01930
License #:
PT5979 - Expired
Category:
PHARMACY
Issued Date:
Nov 18, 2004
Renew Date:
Oct 5, 2006
Expiration Date:
Oct 5, 2006
Type:
Pharmacy Technician

Resumes

Resumes

Mark Swiderek Photo 1

Gentleman Farmer

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Location:
Belfast, ME
Industry:
Farming
Work:
T2 Biosystems - Lexington, MA Jul 2012 - Mar 2013
Lab Operations Manager
Beckman Coulter Nov 2007 - Oct 2011
Laboratory Manager
Boston Scientific Dec 2004 - Nov 2007
Laboratory Manager/Scientist
New Product Development Mar 1993 - Apr 2002
Scientist
Testskin . Organogenesis, Incorporated May 1990 - Jan 1993
Laboratory Manager
Education:
Boston University 1984
Master of Arts, Biochemistry St. Lawrence University 1977
Bachelor of Sciences, Biology and Psychology
Skills:
Biotechnology
Pharmaceutical Industry
Fda
Medical Devices
Protein Chemistry
Quality Control
Manufacturing
Lifesciences
Biomedical Engineering
Software Documentation

Business Records

Name / Title
Company / Classification
Phones & Addresses
Mark Swiderek
Manager
Applied Biosystems, LLC
Mfg Analytical Instr
500 Cummings Ctr, Beverly Farms, MA 01915

Publications

Us Patents

Preparation Of A Cell Culture Substrate Coated With Poly-D-Lysine

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US Patent:
59324732, Aug 3, 1999
Filed:
Sep 30, 1997
Appl. No.:
8/941473
Inventors:
Mark S. Swiderek - Gloucester MA
Frank J. Mannuzza - Burlington MA
Stephen R. Ilsley - Boston MA
Arthur Myles - Acton MA
Assignee:
Becton Dickinson and Company - Franklin Lakes NJ
International Classification:
C12M 300
C12N 1100
C12N 1108
C12N 500
US Classification:
4352891
Abstract:
A cell culture substrate is coated with a composition containing a cell adhesion promoter in a salt solution. A substrate such as plastic, glass or microporous fibers is coated with a composition containing about 5. mu. g/ml to about 1000. mu. g/ml of poly-D-lysine in an 0. 005 M to about 0. 5 M citrate or sulfate salt solution to provide about 50. mu. l to about 500. mu. l of the composition per cm. sup. 2 of substrate, and the coated substrate is rinsed to remove extraneous materials and dried to obtain a coated substrate having increased shelf-life and/or stability. The coated substrate may be sterilized by rinsing with a sterilizing medium such as ethanol.

Cell Culture Substrates And Methods Of Use

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US Patent:
57417016, Apr 21, 1998
Filed:
Jan 25, 1995
Appl. No.:
8/377887
Inventors:
Mark S. Swiderek - Gloucester MA
Frank J. Mannuzza - Burlington MA
Assignee:
Becton, Dickinson and Company - Franklin Lakes NJ
International Classification:
C12M 306
US Classification:
4352971
Abstract:
Cell culture substrates comprising dried films of native fibrillar collagen produced by a method in which collagen fibers are hydrolyzed in acid, solubilized, and reformed as gels on porous surfaces under non-physiologic salt conditions to produce large fibers with the striations characteristic of collagen fibers found in vivo. The gels are collapsed onto the porous surfaces by drawing the interfibril fluid out of the gel through the underside of the porous surface and then dried to form films. Dried collagen films made in this manner retain native fibrillar collagen structure and excellent diffusion characteristics. Native fibrillar collagen films produced according to the methods of the invention are useful as cell culture substrates. They have particularly advantageous properties for growth and differentiation of epithelial cells. This effect is synergistically enhanced by addition of butyric acid as a differentiation inducing agent.

Cell Culture Substrates And Methods Of Making Such Substracts

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US Patent:
58177647, Oct 6, 1998
Filed:
Sep 2, 1997
Appl. No.:
8/921505
Inventors:
Mark S. Swiderek - Gloucester MA
Frank J. Mannuzza - Burlington MA
Assignee:
Becton Dickinson and Company - Franklin Lakes NJ
International Classification:
A61K 3817
US Classification:
530356
Abstract:
Cell culture substrates comprising dried films of native fibrillar collagen produced by a method in which collagen fibers are hydrolyzed in acid, solubilized, and reformed as gels on porous surfaces under non-physiologic salt conditions to produce large fibers with the striations characteristic of collagen fibers found in vivo. The gels are collapsed onto the porous surfaces by drawing the interfibril fluid out of the gel through the underside of the porous surface and then dried to form films. Dried collagen films made in this manner retain native fibrillar collagen structure and excellent diffusion characteristics. Native fibrillar collagen films produced according to the methods of the invention are useful as cell culture substrates. They have particularly advantageous properties for growth and differentiation of epithelial cells. This effect is synergistically enhanced by addition of butyric acid as a differentiation inducing agent.

Cell Culture Substrates And Method Of Making

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US Patent:
57314179, Mar 24, 1998
Filed:
Jan 25, 1995
Appl. No.:
8/377886
Inventors:
Mark S. Swiderek - Gloucester MA
Frank J. Mannuzza - Burlington MA
Assignee:
Becton, Dickinson and Company
International Classification:
A61K 3817
C12N 500
US Classification:
530356
Abstract:
Cell culture substrates comprising dried films of native fibrillar collagen produced by a method in which collagen fibers are hydrolyzed in acid, solubilized, and reformed as gels on porous surfaces under non-physiologic salt conditions to produce large fibers with the striations characteristic of collagen fibers found in vivo. The gels are collapsed onto the porous surfaces by drawing the interfibril fluid out of the gel through the underside of the porous surface and then dried to form films. Dried collagen films made in this manner retain native fibrillar collagen structure and excellent diffusion characteristics. Native fibrillar collagen films produced according to the methods of the invention are useful as cell culture substrates. They have particularly advantageous properties for growth and differentiation of epithelial cells. This effect is synergistically enhanced by addition of butyric acid as a differentiation inducing agent.

Inducing Epithelial Cell Differentiation With Dried Native Fibrillar Collagen

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US Patent:
57632553, Jun 9, 1998
Filed:
Jan 25, 1995
Appl. No.:
8/377884
Inventors:
Mark S. Swiderek - Gloucester MA
Frank J. Mannuzza - Burlington MA
Assignee:
Becton Dickinson and Company - Franklin Lakes NJ
International Classification:
C12N 502
US Classification:
43524023
Abstract:
Cell culture substrates made of dried films of native fibrillar collagen produced by a method in which collagen fibers are hydrolyzed in acid, solubilized, and reformed as gels on porous surfaces under non-physiologic salt conditions to produce large fibers with the striations characteristic of collagen fibers found in vivo. The gels are collapsed onto the porous surfaces by drawing the interfibril fluid out of the gel through the underside of the porous surface and then dried to form films. Dried collagen films made in this manner retain native fibrillar collagen structure and excellent diffusion characteristics. Native fibrillar collagen films produced according to the methods of the invention are useful as cell culture substrates. They have particularly advantageous properties for growth and differentiation of epithelial cells. This effect is synergistically enhanced by addition of butyric acid as a differentiation inducing agent.
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Mark S Swiderek from Nashua, NH, age ~69 Get Report