Global Lab Automation in Protein Engineering Market is expected to reach US$ 2,710Mn by 2026 from US$ 940Mn in 2017 at CAGR of 14.15%.
Lab automation in protein engineering market report helps to know the marketplace and internal & external factors which could impact the automation industry. Lab automation in protein engineering market report examines the existing trend and future perspective of the market at global.
The rapidly increasing demand for protein drugs over non-protein drugs along with high incidences of lifestyle diseases is one of the prime drivers for automation in the protein engineering market globally. Furthermore, other drivers are growing government for protein engineering and the need for consistency in quality. Restrain of the market are, lack of planning for technology development, lack of trained personnel and high initial setup cost put constraints on the market and low priority for lab automation among small and medium-sized laboratories.
Monoclonal antibodies segment is leading the lab automation in protein engineering market. Monoclonal antibodies are widely used as diagnostic and research reagents also in human therapy. This growth is attributed to the rise in adoption of them for various therapies such as cancer and autoimmune diseases.
Software and informatics is the fastest growing segment of the lab automation in protein engineering market. The software can be used to improve electron density maps throughout a statistical approach in combining experimental X-ray diffraction data with information about the expected characteristics of an electron map. Automation helps scientists to understand and solve the mysteries of protein dysfunction, as well as misfolding, aggregation, and abnormal movement.
Region-wise, North America is dominating the lab automation in protein engineering market globally, followed by Europe. Asia and Latin America are emerging as there has been a considerable growing outsourcing pharmaceutical manufacturing to these regions due to the availability of cheaper labor and resources. Strict regulations imposed by the US government and the FDA, increasing demand in the diagnostic market, a growing emphasis on the drug discovery and research labs, and the rising presence of numerous diseases in North America have fueled the growth.
Key players operating in global automation in protein engineering market, Thermo Fisher Scientific, Danaher, Hudson Robotics, Becton Dickinson, Synchron Lab Automation, Agilent Technologies, Siemens Healthcare, Tecan Group Ltd, Perkinelmer, Honeywell International, Bio-Rad, Roche Holding AG, Eppendorf AG, Shimadzu, Aurora Biomed.
Scope of Global Lab Automation in Protein Engineering Market
Global Lab Automation in Protein Engineering Market, by Software
Automated liquid handling
Micro plate readers
Standalone robots
Software and informatics
ASRS
Global Lab Automation in Protein Engineering Market, by Protein Type
Monoclonal Antibodies
Interferon
Growth Hormone
Global Lab Automation in Protein Engineering Market, by Application
Clinical diagnostics
Drug discovery
Genomics solutions
Proteomics solutions
Protein engineering
Global Lab Automation in Protein Engineering Market, by Type of automation
Modular automation
Total lab automation
Global Lab Automation in Protein Engineering Market, by Region
North America
Europe
Asia Pacific
Middle East and Africa
South America
Key Players Operating in Global Lab Automation in Protein Engineering Market
Thermo Fisher Scientific
Danaher
Hudson Robotics
Becton Dickinson
Synchron Lab Automation
Agilent Technologies
Siemens Healthcare
Tecan Group Ltd
Perkinelmer
Honeywell International
Bio-Rad
Roche Holding AG
Eppendorf AG
Shimadzu
Aurora Biomed
Global Lab Automation in Protein Engineering Market
1. Preface
1.1. Research Objectives
1.2. Report Scope and Market Segmentation
2. Assumptions and Research Methodology
2.1. Abbreviations
3. Executive Summary
3.1. Global Lab Automation in Protein Engineering Market Size, by Market Value (US$ Bn)
4. Market Overview
4.1. Introduction
4.2. Market Dynamics
4.2.1. Drivers
4.2.2. Restraints
4.2.3. Opportunities
4.2.4. Challenges
4.2.5. Emerging End user
4.3. Market Analysis
4.3.1. Value Chain Analysis
4.3.2. Pricing Analysis
4.3.3. Market risk analysis
4.3.4. Porter’s Analysis
5. Global Lab Automation in Protein Engineering Market Analysis and Forecast
5.1. Global Lab Automation in Protein Engineering Market Analysis and Forecast
5.2. Global Lab Automation in Protein Engineering Market Size& Y-o-Y Growth Analysis
5.2.1. North America
5.2.2. Europe
5.2.3. Asia Pacific
5.2.4. Middle East & Africa
5.2.5. South America
6. Global Lab Automation in Protein Engineering Market Analysis and Forecast, by Type of automation
6.1. Introduction and Definition
6.2. Global Lab Automation in Protein Engineering Market Value Share Analysis, by Type of automation
6.3. Market Size (US$ Bn) Forecast, by Type of automation
6.4. Lab Automation in Protein Engineering Market Analysis, by Type of automation
6.5. Global Lab Automation in Protein Engineering Market Attractiveness Analysis, by Type of automation
6.6. Key Trends
6.7. Key Development
7. Global Lab Automation in Protein Engineering Market Analysis and Forecast, by Protein type
7.1. Introduction and Definition
7.2. Global Lab Automation in Protein Engineering Market Value Share Analysis, by Protein type
7.3. Market Size (US$ Bn) Forecast, by Protein type
7.4. Global Lab Automation in Protein Engineering Market Analysis, by Protein type
7.5. Global Lab Automation in Protein Engineering Market Attractiveness Analysis, by Protein type
8. Global Lab Automation in Protein Engineering Market Analysis and Forecast, by Software
8.1. Introduction and Definition
8.2. Global Lab Automation in Protein Engineering Market Value Share Analysis, by Software
8.3. Market Size (US$ Bn) Forecast, by Software
8.4. Global Lab Automation in Protein Engineering Market Analysis, by Software
8.5. Global Lab Automation in Protein Engineering Market Attractiveness Analysis, by Software
9. Global Lab Automation in Protein Engineering Market Analysis and Forecast, by Application
9.1. Introduction and Definition
9.2. Global Lab Automation in Protein Engineering Market Value Share Analysis, by Application
9.3. Market Size (US$ Bn) Forecast, by Application
9.4. Global Lab Automation in Protein Engineering Market Analysis, by Application
9.5. Global Lab Automation in Protein Engineering Market Attractiveness Analysis, by Application
10. Global Lab Automation in Protein Engineering Market Analysis, by Region
10.1. Global Lab Automation in Protein Engineering Market Value Share Analysis, by Region
10.2. Market Size (US$ Bn) Forecast, by Region
10.3. Global Lab Automation in Protein Engineering Market Attractiveness Analysis, by Region
11. North America Lab Automation in Protein Engineering Market Analysis
11.1. Key Findings
11.2. North America Lab Automation in Protein Engineering Market Overview
11.3. North America Lab Automation in Protein Engineering Market Value Share Analysis, by Type of automation
11.4. North America Lab Automation in Protein Engineering Market Forecast, by Type of automation
11.4.1. Modular automation
11.4.2. Total lab automation
11.5. North America Lab Automation in Protein Engineering Market Value Share Analysis, by Protein type
11.6. North America Lab Automation in Protein Engineering Market Forecast, by Protein type
11.6.1. Monoclonal Antibodies
11.6.2. Interferon
11.6.3. Growth Hormone
11.7. North America Lab Automation in Protein Engineering Market Value Share Analysis, by Software
11.8. North America Lab Automation in Protein Engineering Market Forecast, by Software
11.8.1. Automated liquid handling
11.8.2. Micro plate readers
11.8.3. Standalone robots
11.8.4. Software and informatics
11.8.5. ASRS
11.9. North America Lab Automation in Protein Engineering Market Value Share Analysis, by Application
11.10. North America Lab Automation in Protein Engineering Market Forecast, by Application
11.10.1. Clinical diagnostics
11.10.2. Drug discovery
11.10.3. Genomics solutions
11.10.4. Proteomics solutions
11.10.5. Protein engineering
11.11. North America Lab Automation in Protein Engineering Market Value Share Analysis, by Country
11.12. North America Lab Automation in Protein Engineering Market Forecast, by Country
11.12.1. U.S.
11.12.2. Canada
11.13. North America Lab Automation in Protein Engineering Market Analysis, by Country
11.14. U.S. Lab Automation in Protein Engineering Market Forecast, by Type of automation
11.14.1. Modular automation
11.14.2. Total lab automation
11.15. U.S. Lab Automation in Protein Engineering Market Forecast, by Protein type
11.15.1. Monoclonal Antibodies
11.15.2. Interferon
11.15.3. Growth Hormone
11.16. U.S. Lab Automation in Protein Engineering Market Forecast, by Software
11.16.1. Automated liquid handling
11.16.2. Micro plate readers
11.16.3. Standalone robots
11.16.4. Software and informatics
11.16.5. ASRS
11.17. U.S. Lab Automation in Protein Engineering Market Forecast, by Application
11.17.1. Clinical diagnostics
11.17.2. Drug discovery
11.17.3. Genomics solutions
11.17.4. Proteomics solutions
11.17.5. Protein engineering
11.18. Canada Lab Automation in Protein Engineering Market Forecast, by Type of automation
11.18.1. Modular automation
11.18.2. Total lab automation
11.19. Canada Lab Automation in Protein Engineering Market Forecast, by Protein type
11.19.1. Monoclonal Antibodies
11.19.2. Interferon
11.19.3. Growth Hormone
11.20. Canada Lab Automation in Protein Engineering Market Forecast, by Software
11.20.1. Automated liquid handling
11.20.2. Micro plate readers
11.20.3. Standalone robots
11.20.4. Software and informatics
11.20.5. ASRS
11.21. Canada Lab Automation in Protein Engineering Market Forecast, by Application
11.21.1. Clinical diagnostics
11.21.2. Drug discovery
11.21.3. Genomics solutions
11.21.4. Proteomics solutions
11.21.5. Protein engineering
11.22. North America Lab Automation in Protein Engineering Market Attractiveness Analysis
11.22.1. By Type of automation
11.22.2. By Protein type
11.22.3. By Software
11.22.4. By Application
11.23. PEST Analysis
11.24. Key Trends
11.25. Key Development
12. Europe Lab Automation in Protein Engineering Market Analysis
12.1. Europe Lab Automation in Protein Engineering Market Overview
12.2. Europe Lab Automation in Protein Engineering Market Value Share Analysis, by Type of automation
12.3. Europe Lab Automation in Protein Engineering Market Forecast, by Type of automation
12.3.1. Modular automation
12.3.2. Total lab automation
12.4. Europe Lab Automation in Protein Engineering Market Value Share Analysis, by Protein type
12.5. Europe Lab Automation in Protein Engineering Market Forecast, by Protein type
12.5.1. Monoclonal Antibodies
12.5.2. Interferon
12.5.3. Growth Hormone
12.6. Europe Lab Automation in Protein Engineering Market Value Share Analysis, by Software
12.7. Europe Lab Automation in Protein Engineering Market Forecast, by Software
12.7.1. Automated liquid handling
12.7.2. Micro plate readers
12.7.3. Standalone robots
12.7.4. Software and informatics
12.7.5. ASRS
12.8. Europe Lab Automation in Protein Engineering Market Value Share Analysis, by Application
12.9. Europe Lab Automation in Protein Engineering Market Forecast, by Application
12.9.1. Clinical diagnostics
12.9.2. Drug discovery
12.9.3. Genomics solutions
12.9.4. Proteomics solutions
12.9.5. Protein engineering
12.10. Europe Lab Automation in Protein Engineering Market Value Share Analysis, by Country
12.11. Europe Lab Automation in Protein Engineering Market Forecast, by Country
12.11.1. Germany
12.11.2. U.K.
12.11.3. France
12.11.4. Italy
12.11.5. Spain
12.11.6. Rest of Europe
12.12. Europe Lab Automation in Protein Engineering Market Analysis, by Country/ Sub-region
12.13. Germany Lab Automation in Protein Engineering Market Forecast, by Type of automation
12.13.1. Modular automation
12.13.2. Total lab automation
12.14. Germany Lab Automation in Protein Engineering Market Forecast, by Protein type
12.14.1. Monoclonal Antibodies
12.14.2. Interferon
12.14.3. Growth Hormone
12.15. Germany Lab Automation in Protein Engineering Market Forecast, by Software
12.15.1. Automated liquid handling
12.15.2. Micro plate readers
12.15.3. Standalone robots
12.15.4. Software and informatics
12.15.5. ASRS
12.16. Germany Lab Automation in Protein Engineering Market Forecast, by Application
12.16.1. Clinical diagnostics
12.16.2. Drug discovery
12.16.3. Genomics solutions
12.16.4. Proteomics solutions
12.16.5. Protein engineering
12.17. U.K. Lab Automation in Protein Engineering Market Forecast, by Type of automation
12.17.1. Modular automation
12.17.2. Total lab automation
12.18. U.K. Lab Automation in Protein Engineering Market Forecast, by Protein type
12.18.1. Monoclonal Antibodies
12.18.2. Interferon
12.18.3. Growth Hormone
12.19. U.K. Lab Automation in Protein Engineering Market Forecast, by Software
12.19.1. Automated liquid handling
12.19.2. Micro plate readers
12.19.3. Standalone robots
12.19.4. Software and informatics
12.19.5. ASRS
12.20. U.K. Lab Automation in Protein Engineering Market Forecast, by Application
12.20.1. Clinical diagnostics
12.20.2. Drug discovery
12.20.3. Genomics solutions
12.20.4. Proteomics solutions
12.20.5. Protein engineering
12.21. France Lab Automation in Protein Engineering Market Forecast, by Type of automation
12.21.1. Modular automation
12.21.2. Total lab automation
12.22. France Lab Automation in Protein Engineering Market Forecast, by Protein type
12.22.1. Monoclonal Antibodies
12.22.2. Interferon
12.22.3. Growth Hormone
12.23. France Lab Automation in Protein Engineering Market Forecast, by Software
12.23.1. Automated liquid handling
12.23.2. Micro plate readers
12.23.3. Standalone robots
12.23.4. Software and informatics
12.23.5. ASRS
12.24. France Lab Automation in Protein Engineering Market Forecast, by Application
12.24.1. Clinical diagnostics
12.24.2. Drug discovery
12.24.3. Genomics solutions
12.24.4. Proteomics solutions
12.24.5. Protein engineering
12.25. Italy Lab Automation in Protein Engineering Market Forecast, by Type of automation
12.25.1. Modular automation
12.25.2. Total lab automation
12.26. Italy Lab Automation in Protein Engineering Market Forecast, by Protein type
12.26.1. Monoclonal Antibodies
12.26.2. Interferon
12.26.3. Growth Hormone
12.27. Italy Lab Automation in Protein Engineering Market Forecast, by Software
12.27.1. Automated liquid handling
12.27.2. Micro plate readers
12.27.3. Standalone robots
12.27.4. Software and informatics
12.27.5. ASRS
12.28. Italy Lab Automation in Protein Engineering Market Forecast, by Application
12.28.1. Clinical diagnostics
12.28.2. Drug discovery
12.28.3. Genomics solutions
12.28.4. Proteomics solutions
12.28.5. Protein engineering
12.29. Spain Lab Automation in Protein Engineering Market Forecast, by Type of automation
12.29.1. Modular automation
12.29.2. Total lab automation
12.30. Spain Lab Automation in Protein Engineering Market Forecast, by Protein type
12.30.1. Monoclonal Antibodies
12.30.2. Interferon
12.30.3. Growth Hormone
12.31. Spain Lab Automation in Protein Engineering Market Forecast, by Software
12.31.1. Automated liquid handling
12.31.2. Micro plate readers
12.31.3. Standalone robots
12.31.4. Software and informatics
12.31.5. ASRS
12.32. Spain Lab Automation in Protein Engineering Market Forecast, by Application
12.32.1. Clinical diagnostics
12.32.2. Drug discovery
12.32.3. Genomics solutions
12.32.4. Proteomics solutions
12.32.5. Protein engineering
12.33. Rest of Europe Lab Automation in Protein Engineering Market Forecast, by Type of automation
12.33.1. Modular automation
12.33.2. Total lab automation
12.34. Rest of Europe Lab Automation in Protein Engineering Market Forecast, by Protein type
12.34.1. Monoclonal Antibodies
12.34.2. Interferon
12.34.3. Growth Hormone
12.35. Rest of Europe Lab Automation in Protein Engineering Market Forecast, by Software
12.35.1. Automated liquid handling
12.35.2. Micro plate readers
12.35.3. Standalone robots
12.35.4. Software and informatics
12.35.5. ASRS
12.36. Rest Of Europe Lab Automation in Protein Engineering Market Forecast, by Application
12.36.1. Clinical diagnostics
12.36.2. Drug discovery
12.36.3. Genomics solutions
12.36.4. Proteomics solutions
12.36.5. Protein engineering
12.37. Europe Lab Automation in Protein Engineering Market Attractiveness Analysis
12.37.1. By Type of automation
12.37.2. By Protein type
12.37.3. By Software
12.37.4. By Application
12.38. PEST Analysis
12.39. Key Trends
12.40. Key Development
13. Asia Pacific Lab Automation in Protein Engineering Market Analysis
13.1. Asia Pacific Lab Automation in Protein Engineering Market Overview
13.2. Asia Pacific Lab Automation in Protein Engineering Market Value Share Analysis, by Type of automation
13.3. Asia Pacific Lab Automation in Protein Engineering Market Forecast, by Type of automation
13.3.1. Modular automation
13.3.2. Total lab automation
13.4. Asia Pacific Lab Automation in Protein Engineering Market Value Share Analysis, by Protein type
13.5. Asia Pacific Lab Automation in Protein Engineering Market Forecast, by Protein type
13.5.1. Monoclonal Antibodies
13.5.2. Interferon
13.5.3. Growth Hormone
13.6. Asia Pacific Lab Automation in Protein Engineering Market Value Share Analysis, by Software
13.7. Asia Pacific Lab Automation in Protein Engineering Market Forecast, by Software
13.7.1. Automated liquid handling
13.7.2. Micro plate readers
13.7.3. Standalone robots
13.7.4. Software and informatics
13.7.5. ASRS
13.8. Asia Pacific Lab Automation in Protein Engineering Market Value Share Analysis, by Application
13.9. Asia Pacific Lab Automation in Protein Engineering Market Forecast, by Application
13.9.1. Clinical diagnostics
13.9.2. Drug discovery
13.9.3. Genomics solutions
13.9.4. Proteomics solutions
13.9.5. Protein engineering
13.10. Asia Pacific Lab Automation in Protein Engineering Market Value Share Analysis, by Country
13.11. Asia Pacific Lab Automation in Protein Engineering Market Forecast, by Country
13.11.1. China
13.11.2. India
13.11.3. Japan
13.11.4. ASEAN
13.11.5. Rest of Asia Pacific
13.12. Asia Pacific Lab Automation in Protein Engineering Market Analysis, by Country/ Sub-region
13.13. China Lab Automation in Protein Engineering Market Forecast, by Type of automation
13.13.1. Modular automation
13.13.2. Total lab automation
13.14. China Lab Automation in Protein Engineering Market Forecast, by Protein type
13.14.1. Monoclonal Antibodies
13.14.2. Interferon
13.14.3. Growth Hormone
13.15. China Lab Automation in Protein Engineering Market Forecast, by Software
13.15.1. Automated liquid handling
13.15.2. Micro plate readers
13.15.3. Standalone robots
13.15.4. Software and informatics
13.15.5. ASRS
13.16. China Lab Automation in Protein Engineering Market Forecast, by Application
13.16.1. Clinical diagnostics
13.16.2. Drug discovery
13.16.3. Genomics solutions
13.16.4. Proteomics solutions
13.16.5. Protein engineering
13.17. India Lab Automation in Protein Engineering Market Forecast, by Type of automation
13.17.1. Modular automation
13.17.2. Total lab automation
13.18. India Lab Automation in Protein Engineering Market Forecast, by Protein type
13.18.1. Monoclonal Antibodies
13.18.2. Interferon
13.18.3. Growth Hormone
13.19. India Lab Automation in Protein Engineering Market Forecast, by Software
13.19.1. Automated liquid handling
13.19.2. Micro plate readers
13.19.3. Standalone robots
13.19.4. Software and informatics
13.19.5. ASRS
13.20. India Lab Automation in Protein Engineering Market Forecast, by Application
13.20.1. Clinical diagnostics
13.20.2. Drug discovery
13.20.3. Genomics solutions
13.20.4. Proteomics solutions
13.20.5. Protein engineering
13.21. Japan Lab Automation in Protein Engineering Market Forecast, by Type of automation
13.21.1. Modular automation
13.21.2. Total lab automation
13.22. Japan Lab Automation in Protein Engineering Market Forecast, by Protein type
13.22.1. Monoclonal Antibodies
13.22.2. Interferon
13.22.3. Growth Hormone
13.23. Japan Lab Automation in Protein Engineering Market Forecast, by Software
13.23.1. Automated liquid handling
13.23.2. Micro plate readers
13.23.3. Standalone robots
13.23.4. Software and informatics
13.23.5. ASRS
13.24. Japan Lab Automation in Protein Engineering Market Forecast, by Application
13.24.1. Clinical diagnostics
13.24.2. Drug discovery
13.24.3. Genomics solutions
13.24.4. Proteomics solutions
13.24.5. Protein engineering
13.25. ASEAN Lab Automation in Protein Engineering Market Forecast, by Type of automation
13.25.1. Modular automation
13.25.2. Total lab automation
13.26. ASEAN Lab Automation in Protein Engineering Market Forecast, by Protein type
13.26.1. Monoclonal Antibodies
13.26.2. Interferon
13.26.3. Growth Hormone
13.27. ASEAN Lab Automation in Protein Engineering Market Forecast, by Software
13.27.1. Automated liquid handling
13.27.2. Micro plate readers
13.27.3. Standalone robots
13.27.4. Software and informatics
13.27.5. ASRS
13.28. ASEAN Lab Automation in Protein Engineering Market Forecast, by Application
13.28.1. Clinical diagnostics
13.28.2. Drug discovery
13.28.3. Genomics solutions
13.28.4. Proteomics solutions
13.28.5. Protein engineering
13.29. Rest of Asia Pacific Lab Automation in Protein Engineering Market Forecast, by Type of automation
13.29.1. Modular automation
13.29.2. Total lab automation
13.30. Rest of Asia Pacific Lab Automation in Protein Engineering Market Forecast, by Protein type
13.30.1. Monoclonal Antibodies
13.30.2. Interferon
13.30.3. Growth Hormone
13.31. Rest of Asia Pacific Lab Automation in Protein Engineering Market Forecast, by Software
13.31.1. Automated liquid handling
13.31.2. Micro plate readers
13.31.3. Standalone robots
13.31.4. Software and informatics
13.31.5. ASRS
13.32. Rest of Asia Pacific Lab Automation in Protein Engineering Market Forecast, by Application
13.32.1. Clinical diagnostics
13.32.2. Drug discovery
13.32.3. Genomics solutions
13.32.4. Proteomics solutions
13.32.5. Protein engineering
13.33. Asia Pacific Lab Automation in Protein Engineering Market Attractiveness Analysis
13.33.1. By Type of automation
13.33.2. By Protein type
13.33.3. By Software
13.33.4. By Application
13.34. PEST Analysis
13.35. Key Trends
13.36. Key Development
14. Middle East & Africa Lab Automation in Protein Engineering Market Analysis
14.1. Middle East & Africa Lab Automation in Protein Engineering Market Overview
14.2. Middle East & Africa Lab Automation in Protein Engineering Market Value Share Analysis, by Type of automation
14.3. Middle East & Africa Lab Automation in Protein Engineering Market Forecast, by Type of automation
14.3.1. Top
14.3.2. Modular automation
14.3.3. Total lab automation
14.4. Middle East & Africa Lab Automation in Protein Engineering Market Value Share Analysis, by Protein type
14.5. Middle East & Africa Lab Automation in Protein Engineering Market Forecast, by Protein type
14.5.1. Monoclonal Antibodies
14.5.2. Interferon
14.5.3. Growth Hormone
14.6. Middle East & Africa Lab Automation in Protein Engineering Market Value Share Analysis, by Software
14.7. Middle East & Africa Lab Automation in Protein Engineering Market Forecast, by Software
14.7.1. Automated liquid handling
14.7.2. Micro plate readers
14.7.3. Standalone robots
14.7.4. Software and informatics
14.7.5. ASRS
14.8. Middle East & Africa Lab Automation in Protein Engineering Market Value Share Analysis, by Application
14.9. Middle East & Africa Lab Automation in Protein Engineering Market Forecast, by Application
14.9.1. Clinical diagnostics
14.9.2. Drug discovery
14.9.3. Genomics solutions
14.9.4. Proteomics solutions
14.9.5. Protein engineering
14.10. Middle East & Africa Lab Automation in Protein Engineering Market Value Share Analysis, by Country
14.11. Middle East & Africa Lab Automation in Protein Engineering Market Forecast, by Country
14.11.1. GCC
14.11.2. South Africa
14.11.3. Rest of Middle East & Africa
14.12. Middle East & Africa Lab Automation in Protein Engineering Market Analysis, by Country/ Sub-region
14.13. GCC Lab Automation in Protein Engineering Market Forecast, by Type of automation
14.13.1. Modular automation
14.13.2. Total lab automation
14.14. GCC Lab Automation in Protein Engineering Market Forecast, by Protein type
14.14.1. Monoclonal Antibodies
14.14.2. Interferon
14.14.3. Growth Hormone
14.15. GCC Lab Automation in Protein Engineering Market Forecast, by Software
14.15.1. Automated liquid handling
14.15.2. Micro plate readers
14.15.3. Standalone robots
14.15.4. Software and informatics
14.15.5. ASRS
14.16. GCC Lab Automation in Protein Engineering Market Forecast, by Application
14.16.1. Serial Dilution
14.16.2. Plate Reformatting
14.16.3. Plate Replication
14.16.4. PCR Setup
14.16.5. High-Throughput Screening
14.16.6. Cell Culture
14.16.7. Whole Genome Amplification
14.16.8. Array Printing
14.17. South Africa Lab Automation in Protein Engineering Market Forecast, by Type of automation
14.17.1. Modular automation
14.17.2. Total lab automation
14.18. South Africa Lab Automation in Protein Engineering Market Forecast, by Protein type
14.18.1. Monoclonal Antibodies
14.18.2. Interferon
14.18.3. Growth Hormone
14.19. South Africa Lab Automation in Protein Engineering Market Forecast, by Software
14.19.1. Automated liquid handling
14.19.2. Micro plate readers
14.19.3. Standalone robots
14.19.4. Software and informatics
14.19.5. ASRS
14.20. South Africa Lab Automation in Protein Engineering Market Forecast, by Application
14.20.1. Clinical diagnostics
14.20.2. Drug discovery
14.20.3. Genomics solutions
14.20.4. Proteomics solutions
14.20.5. Protein engineering
14.21. Rest of Middle East & Africa Lab Automation in Protein Engineering Market Forecast, by Type of automation
14.21.1. Modular automation
14.21.2. Total lab automation
14.22. Rest of Middle East & Africa Lab Automation in Protein Engineering Market Forecast, by Protein type
14.22.1. Monoclonal Antibodies
14.22.2. Interferon
14.22.3. Growth Hormone
14.23. Rest of Middle East & Africa Lab Automation in Protein Engineering Market Forecast, by Software
14.23.1. Automated liquid handling
14.23.2. Micro plate readers
14.23.3. Standalone robots
14.23.4. Software and informatics
14.23.5. ASRS
14.24. Rest of Middle East & Africa Lab Automation in Protein Engineering Market Forecast, by Application
14.24.1. Clinical diagnostics
14.24.2. Drug discovery
14.24.3. Genomics solutions
14.24.4. Proteomics solutions
14.24.5. Protein engineering
14.25. Middle East & Africa Lab Automation in Protein Engineering Market Attractiveness Analysis
14.25.1. By Type of automation
14.25.2. By Protein type
14.25.3. By Software
14.25.4. By Application
14.26. PEST Analysis
14.27. Key Trends
14.28. Key Development
15. South America Lab Automation in Protein Engineering Market Analysis
15.1. South America Lab Automation in Protein Engineering Market Overview
15.2. South America Lab Automation in Protein Engineering Market Value Share Analysis, by Type of automation
15.3. South America Lab Automation in Protein Engineering Market Forecast, by Type of automation
15.3.1. Modular automation
15.3.2. Total lab automation
15.4. South America Lab Automation in Protein Engineering Market Value Share Analysis, by Protein type
15.5. South America Lab Automation in Protein Engineering Market Forecast, by Protein type
15.5.1. Monoclonal Antibodies
15.5.2. Interferon
15.5.3. Growth Hormone
15.6. South America Lab Automation in Protein Engineering Market Value Share Analysis, by Software
15.7. South America Lab Automation in Protein Engineering Market Forecast, by Software
15.7.1. Automated liquid handling
15.7.2. Micro plate readers
15.7.3. Standalone robots
15.7.4. Software and informatics
15.7.5. ASRS
15.8. South America Lab Automation in Protein Engineering Market Value Share Analysis, by Application
15.9. South America Lab Automation in Protein Engineering Market Forecast, by Application
15.9.1. Clinical diagnostics
15.9.2. Drug discovery
15.9.3. Genomics solutions
15.9.4. Proteomics solutions
15.9.5. Protein engineering
15.10. South America Lab Automation in Protein Engineering Market Value Share Analysis, by Country
15.11. South America Lab Automation in Protein Engineering Market Forecast, by Country
15.11.1. Brazil
15.11.2. Mexico
15.11.3. Rest of South America
15.12. South America Lab Automation in Protein Engineering Market Analysis, by Country/ Sub-region
15.13. Brazil Lab Automation in Protein Engineering Market Forecast, by Type of automation
15.13.1. Modular automation
15.13.2. Total lab automation
15.14. Brazil Lab Automation in Protein Engineering Market Forecast, by Protein type
15.14.1. Monoclonal Antibodies
15.14.2. Interferon
15.14.3. Growth Hormone
15.15. Brazil Lab Automation in Protein Engineering Market Forecast, by Software
15.15.1. Automated liquid handling
15.15.2. Micro plate readers
15.15.3. Standalone robots
15.15.4. Software and informatics
15.15.5. ASRS
15.16. Brazil Lab Automation in Protein Engineering Market Forecast, by Application
15.16.1. Clinical diagnostics
15.16.2. Drug discovery
15.16.3. Genomics solutions
15.16.4. Proteomics solutions
15.16.5. Protein engineering
15.17. Mexico Lab Automation in Protein Engineering Market Forecast, by Type of automation
15.17.1. Modular automation
15.17.2. Total lab automation
15.18. Mexico Lab Automation in Protein Engineering Market Forecast, by Protein type
15.18.1. Monoclonal Antibodies
15.18.2. Interferon
15.18.3. Growth Hormone
15.19. Mexico Lab Automation in Protein Engineering Market Forecast, by Software
15.19.1. Automated liquid handling
15.19.2. Micro plate readers
15.19.3. Standalone robots
15.19.4. Software and informatics
15.19.5. ASRS
15.20. Mexico Lab Automation in Protein Engineering Market Forecast, by Application
15.20.1. Clinical diagnostics
15.20.2. Drug discovery
15.20.3. Genomics solutions
15.20.4. Proteomics solutions
15.20.5. Protein engineering
15.21. Rest of South America Lab Automation in Protein Engineering Market Forecast, by Type of automation
15.21.1. Modular automation
15.21.2. Total lab automation
15.22. Rest of South America Lab Automation in Protein Engineering Market Forecast, by Protein type
15.22.1. Monoclonal Antibodies
15.22.2. Interferon
15.22.3. Growth Hormone
15.23. Rest of South America Lab Automation in Protein Engineering Market Forecast, by Software
15.23.1. Automated liquid handling
15.23.2. Micro plate readers
15.23.3. Standalone robots
15.23.4. Software and informatics
15.23.5. ASRS
15.24. Rest of South America Lab Automation in Protein Engineering Market Forecast, by Application
15.24.1. Clinical diagnostics
15.24.2. Drug discovery
15.24.3. Genomics solutions
15.24.4. Proteomics solutions
15.24.5. Protein engineering
15.25. South America Lab Automation in Protein Engineering Market Attractiveness Analysis
15.25.1. By Type of automation
15.25.2. By Protein type
15.25.3. By Software
15.25.4. By Application
15.26. PEST Analysis
15.27. Key Trends
15.28. Key Development
16. Competitive Landscape
16.1. Market Share Analysis, by Key Players
16.2. Competition Matrix
16.2.1. Competitive Benchmarking of key players by price, presence, market share, Procedures and R&D investment
16.2.2. Market Consolidation
16.2.2.1. M&A by regions, investment, applications
16.2.2.2. M&A Key Players, forward integration, backward integration
16.3. Company Profiles: Key Player
16.3.1. Thermo Fisher Scientific
16.3.1.1. Company Overview
16.3.1.2. Financial Overview
16.3.1.3. Business Strategy
16.3.1.4. Recent Developments
16.3.1.5. Manufacturing Footprint
16.3.2. Danaher
16.3.3. Hudson Robotics
16.3.4. Becton Dickinson
16.3.5. Synchron Lab Automation
16.3.6. Agilent Technologies
16.3.7. Siemens Healthcare
16.3.8. Tecan Group Ltd
16.3.9. Perkinelmer
16.3.10. Honeywell International
16.3.11. Bio-Rad
16.3.12. Roche Holding AG
16.3.13. Eppendorf AG
16.3.14. Shimadzu
16.3.15. Aurora Biomed
17. Primary Key Insights
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