Table of Contents PART 01: Executive summary PART 02: Scope of the report PART 03: Research Methodology PART 04: Introduction • Key market highlights PART 05: An overview: Cell culture surfaces • Background • Types of proteins used for cell culture surface coating • Applications of cell culture protein surface coating • Major cell culture protein surfaces PART 06: Market landscape • Market overview • Market size and forecast • Five forces analysis PART 07: Market segmentation by product type • Global cell culture protein surface coating market for animal-derived protein • Global cell culture protein surface coating market for human-derived protein • Global cell culture protein surface coating market for Synthetic protein • Global cell culture protein surface coating market for plant-derived protein PART 08: Geographical segmentation • Cell culture protein surface coating market in Americas • Cell culture protein surface coating market in EMEA • Cell culture protein surface coating market in APAC PART 09: Decision framework PART 10: Drivers and challenges • Market drivers • Impact of drivers on key customer segments • Market challenges • Impact of challenges on key customer segments PART 11: Market trends • Increasing preference for 3D cell culture over 2D cell cultures • Growing demand for animal-free synthetic protein surface coating • Growing number of M&A and strategic alliances • Increase in outsourcing activities PART 12: Vendor landscape • Competitive scenario PART 13: Key vendor analysis • Corning • EMD Millipore • Thermo Fisher Scientific • Sigma-Aldrich • Other prominent vendors PART 14: Appendix • List of abbreviations List of Exhibits Exhibit 01: Evolution of cell culture Exhibit 02: Types of protein used for cell culture surface coating Exhibit 03: Applications of cell culture protein surface coating Exhibit 04: Global cell culture protein surface coating market snapshot Exhibit 05: Global cell culture protein surface coating 2016-2021 ($ millions) Exhibit 06: Estimated revenue generation for life science sector (2014, 2018, and 2020) Exhibit 07: Five forces analysis Exhibit 08: Segmentation of global cell culture protein surface coating market by source type Exhibit 09: Global cell culture protein surface coating market for animal-derived protein 2016-2021 ($ millions) Exhibit 10: Global cell culture protein surface coating market for human-derived protein 2016-2021 ($ millions) Exhibit 11: Global cell culture protein surface coating market for synthetic protein 2016-2021 ($ millions) Exhibit 12: Global cell culture protein surface coating market for plant-derived protein 2016-2021 ($ millions) Exhibit 13: Global cell culture protein surface coating market by product type 2016-2021 Exhibit 14: Global cell culture protein surface coating market analysis by product type 2016 Exhibit 15: Market growth lifecycle for cell culture protein surface coating 2016 Exhibit 16: Global cell culture protein surface coating market by product type 2016-2021 ($ millions) Exhibit 17: Global cell culture protein surface coating market segmentation by product type 2016-2021 Exhibit 18: Global cell culture protein surface coating market segmentation by geography 2016-2021 Exhibit 19: Global cell culture protein surface coating market analysis by geography 2016 Exhibit 20: Cell culture protein surface coating market in Americas 2016-2021 ($ millions) Exhibit 21: Cell culture protein surface coating market in EMEA 2016-2021 ($ millions) Exhibit 22: Cell culture protein surface coating market in APAC 2016-2021 ($ millions) Exhibit 23: Global cell culture protein surface coating market by geography 2016-2021 ($ millions) Exhibit 24: Global cell culture protein surface coating market by geography 2016-2021 Exhibit 25: NIH year-on-Year growth rate of spending toward stem cell research ($ billions) Exhibit 26: Funds provided by governments in Europe for development of regenerative medicine Exhibit 27: Overview of dermatology in stem cell therapy Exhibit 28: Overview of musculoskeletal in stem cell therapy Exhibit 29: Overview of cardiovascular in stem cell therapy Exhibit 30: Impact of drivers Exhibit 31: Impact of challenges Exhibit 32: Competitive structure of the global cell culture protein surface coating market Exhibit 33: Market penetration of global cell culture protein surface coating market vendors 2016 Exhibit 34: Global cell culture protein surface coating market share analysis 2016 Exhibit 35: Key highlights of Corning Exhibit 36: Corning: Strength assessment Exhibit 37: Corning: Strategy assessment Exhibit 38: Corning: Opportunity assessment Exhibit 39: Key highlights of EMD Millipore Exhibit 40: EMD Millipore: Strength assessment Exhibit 41: EMD Millipore: Strategy assessment Exhibit 42: EMD Millipore: Opportunity assessment Exhibit 43: Key highlights of Thermo Fisher Scientific Exhibit 44: Thermo Fisher Scientific: Strength assessment Exhibit 45: Thermo Fisher Scientific: Strategy assessment Exhibit 46: Thermo Fisher Scientific: Opportunity assessment Exhibit 47: Key highlights of Sigma-Aldrich Exhibit 48: Sigma-Aldrich: Strength assessment Exhibit 49: Sigma-Aldrich: Strategy assessment Exhibit 50: Sigma-Aldrich: Opportunity assessment

Corning, EMD Millipore, Thermo Fisher Scientific, Sigma-Aldrich, Abcam, Agilent Technologies, AM-Pharma, BioLamina, BioMedTech Laboratories, Bio-Techne, BioTime, Caladrius Biosciences, Cedarlane Laboratories, Cell Guidance Systems, CellSystems Biotechnologie Vertrieb, Cellular Dynamics International, Cytoskeleton, Full Moon BioSystems, Greiner Bio-One, GlaxoSmithKline, Histocell, Japan Regenerative Medicine, KANGSTEM BIOTECH, Mesoblast, neuVitro, Orla Protein Technologies, Pall, PerkinElmer, PROGEN Biotechnik, PromoCell, RayBiotech, Sartorius Stedim Biotech, SouthernBiotech, Taiwan Bio Therapeutics, Takeda Pharmaceutical Company, Teva Pharmaceutical Industries, Trevigen, TWO CELLS, U.S. Stem Cell, and Viogene.