Mark Szczypka
Presidente presso SoloHill Engineering, Inc.
Profilo
Mark Szczypka is currently the President at SoloHill Engineering, Inc. He obtained his undergraduate degree from Central Michigan University in 1987 and his doctorate degree from the University of Michigan in 1995.
Posizioni attive di Mark Szczypka
Società | Posizione | Inizio |
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SoloHill Engineering, Inc.
SoloHill Engineering, Inc. Miscellaneous Commercial ServicesCommercial Services Solohill Engineering, Inc. researchs & develops microcarrier beads for cell and tissue culture industries. All currently available models have a solid core of either cross-linked polystyrene or modified polystyrene. Coatings such as glass, collagen (gelatin), cationic surface treatment, and recombinant proteins such as ProNectin® F are applied to promote attachment and growth of mammalian cells. The chemical constituents of the core can be adjusted to vary specific gravity from 1.02 – 1.10. These solid beads survive autoclaving up to 131° C and gamma irradiation with no deleterious effects. The company was founded in 1984 and is headquartered in Ann Arbor, MI. | Presidente | 05/01/2012 |
Formazione di Mark Szczypka
Central Michigan University | Undergraduate Degree |
University of Michigan | Doctorate Degree |
Esperienze
Posizioni ricoperte
Attive
Inattive
Società quotate in Borsa
Aziende private
Relazioni
Relazioni di 1° grado
Aziende connesse in 1º grado
Uomo
Donna
Amministratori
Dirigenti
Società collegate
Aziende private | 1 |
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SoloHill Engineering, Inc.
SoloHill Engineering, Inc. Miscellaneous Commercial ServicesCommercial Services Solohill Engineering, Inc. researchs & develops microcarrier beads for cell and tissue culture industries. All currently available models have a solid core of either cross-linked polystyrene or modified polystyrene. Coatings such as glass, collagen (gelatin), cationic surface treatment, and recombinant proteins such as ProNectin® F are applied to promote attachment and growth of mammalian cells. The chemical constituents of the core can be adjusted to vary specific gravity from 1.02 – 1.10. These solid beads survive autoclaving up to 131° C and gamma irradiation with no deleterious effects. The company was founded in 1984 and is headquartered in Ann Arbor, MI. | Commercial Services |
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