Overview


According to FutureWise analysis the market for Surface Plasmon Resonance in 2023 is US$ 0.98 billion, and is expected to reach US$ 1.72 billion by 2031 at a CAGR of 7.30%.

Molecular interactions between mobile molecules and molecules immobilised on a thin metal sheet can be detected in real time, without the usage of labels, using the optical technique known as surface plasmon resonance (SPR). Gold is typically used in metallic films because it emits an SPR signal at useful reflectance angle and wavelength combinations. In the pharmaceutical sector, surface plasmon systems are utilised for quality assurance and drug discovery. Based on the interaction specificity of the molecule bonded to the surface, the identification of the molecule is made. Surface plasmon resonance aids in identifying the molecule's specificity, affinity, and kinetic characteristics. Several spectroscopic measurements, including fluorescence, Raman scattering, and second-harmonic production, are made more surface sensitive by the use of surface plasmons. Primary drivers driving growth of the surface plasmon resonance market are increased need for real-time, label-free measurements of biomolecules, rising use of Point-of-Care devices, rising number of radiology procedures, rise in geriatric population, and rise in diagnostic imaging facilities. The creation of a microfluidic free flow electrophoresis (FFE) tool for use with SPR imaging as a separation and detection method for biomarker identification is another factor that is projected to boost the global Surface Plasmon Resonance market. Additionally, Surface Plasmon Resonance is being used more frequently in the food industry due to its many benefits, including its ease of use, faster sample preparation, and shorter assay time than competing techniques like microbiological assays. Over the course of the projected period, these factors are anticipated to fuel Surface Plasmon Resonance market expansion.

FutureWise Market Research has instantiated a report that provides an intricate analysis of Surface Plasmon Resonance Market trends that shall affect the overall market growth. Furthermore, it includes detailed information on the graph of profitability, SWOT analysis, market share and regional proliferation of this business. Moreover, the report offers insights on the current stature of prominent market players in the competitive landscape analysis of this market.

According to the research study conducted by FutureWise research analysts, the Surface Plasmon Resonance Market is anticipated to attain substantial growth by the end of the forecast period. The report explains that this business is predicted to register a noteworthy growth rate over the forecast period. This report provides crucial information pertaining to the total valuation that is presently held by this industry and it also lists the segmentation of the market along with the growth opportunities present across this business vertical.

  • GE Healthcare
  • AMETEK.Inc.
  • Horiba
  • Bio-Rad Laboratories, Inc.
  • Carterra Inc.
  • Bristol Myers Squibb
  • Bruker
  • Biosensing Instrument Inc.
  • Malvern Panalytical
  • Reichert Technologies

(Note: The list of the major players will be updated with the latest market scenario and trends)

By Product Type

  •  Imaging Systems
  •  Sensor System
  •  Reagents

By Application

  •  Drug Discovery
    •  Drug Formulation
    •  Controlled Drug Release
    •  Drug-cell Interactions
  •  Material Science
    •  New Material and Coatings
    •  Process Optimization
  •  Biosensors
    •  Food Safety
    •  Environmental Safety
    •  Cancer
    •  DNA
    •  Nanosafety

By Region

  •  North America
  •  Europe
  •  Asia-Pacific
  •  Latin America
  •  Middle East and Africa


 

  •  Tier 1 players- established companies in the market with a major market share
  •  Tier 2 players
  •  Emerging players which are growing rapidly
  •  New Entrants

  •  Growth prospects
  •  SWOT analysis
  •  Key market trends
  •  Key data-points affecting market growth

  •  To provide with an exhaustive analysis on the global surface plasmon resonance market By Product Type, By Application and By Region
  •  To cater comprehensive information on factors impacting market growth (drivers, restraints, opportunities, and industry-specific restraints)
  •  To evaluate and forecast micro-markets and the overall market
  •  To predict the market size, in key regions (along with countries)— North America, Europe, Asia Pacific, Latin America and Middle East and Africa
  •  To record, evaluate and analyze competitive landscape mapping- product launches, technological advancements, mergers and expansions

  •  We have a flexible delivery model and you can suggest changes in the scope/table of content as per your requirement
  •  The customization Mobility Care offered are free of charge with purchase of any license of the report
  •  You can directly share your requirements/changes to the current table of content to: sales@futurewiseresearch.com

Table of Contents


  • 1.   Market Introduction
    •   1. Objectives of the Study
        2. Market Definition
        3. Market Scope
         3.1 . Years Considered for the Study
         3.2 . Market Covered
        4. Currency
        5. Limitations
        6. Stakeholders
  • 2.   Research Methodology
    •   1. Research Data
         1.1 . Secondary Data
          1.1.1 . Key Data from Secondary Sources
         1.2 . Primary Data
          1.2.1. Key Data from Primary Sources
        2. Market Size Estimation
        3. Market Breakdown and Data Triangulation
        4. Assumptions for the Study
  • 3.   Executive Summary
    •   1. Market Outlook
        2. Segment Outlook
        3. Competitive Insights
  • 4.   Surface Plasmon Resonance Market Variables, Trends and Scope
    •   1. Market Lineage Outlook
        2. Penetration and Growth Prospect Mapping
        3. Industry Value Chain Analysis
        4. Cost Analysis Breakdown
        5. Type Overview
        6. Regulatory Framework
         6.1. Reimbursement Framework
         6.2. Standards and Compliances

  • 5.   Market Overview
    •   1. Market Dynamics
         1.1. Market Driver Analysis
          1.1.1. Increasing focus of Surface Plasmon Resonance Market Companies on Brand Protection
          1.1.2. Untapped Opportunities in Emerging Regions
         1.2. Market Restraint Analysis
          1.2.1. High Cost Associated with Implementation of Predictive Analysis
         1.3. Industry Challenges
          1.3.1. Presence of Ambiguous Regulatory Framework
  • 6.   Surface Plasmon Resonance Market Analysis Tools
    •   1. Industry Analysis - Porter’s
         1.1. Supplier Power
         1.2. Buyer Power
         1.3. Substitution Threat
         1.4. Threat from New Entrants
         1.5. Competitive Rivalry
        2. Pestel Analysis
         2.1. Political Landscape
         2.2. Environmental Landscape
         2.3. Social Landscape
         2.4. Type Landscape
         2.5. Legal Landscape
        3. Major Deals And Strategic Alliances Analysis
         3.1. Joint Ventures
         3.2. Mergers and Acquisitions
         3.3. Licensing and Partnership
         3.4. Type Collaborations
         3.5. Strategic Divestments
        4. Market Entry Strategies
        5. Case Studies
  • 7.   Surface Plasmon Resonance Market, By Product Type Historical Analysis and Forecast 2023-2031 (USD Million)
    •   1. Imaging Systems
        2. Sensor System
        3. Reagents

  • 8.   Surface Plasmon Resonance Market, By Application Historical Analysis and Forecast 2023-2031 (USD Million)
    •   1. Drug Discovery
         1.1. Drug Formulation
         1.2. Controlled Drug Release
         1.3. Drug-cell Interactions
        2. Material Science
         2.1. New Material and Coatings
         2.2. Process Optimization
        3. Biosensors
         3.1. Food Safety
         3.2. Environmental Safety
         3.3. Cancer
         3.4. DNA
         3.5. Nanosafety

  • 9.   North America Surface Plasmon Resonance Market Analysis 2017-2022 and Forecast 2023-2031 (USD Million)
    •   1. Introduction
        2. Historical Market Size (USD Million) Analysis By Country, 2017-2022
         2.1. U.S.A
         2.2. Canada
         2.3. Mexico
        3. Market Size (USD Million) Forecast for North America 2023-2031

  • 10.   Latin America Surface Plasmon Resonance Market Analysis 2017-2022 and Forecast 2023-2031 (USD Million)
    •   1. Introduction
        2. Historical Market Size (USD Million) Analysis By Country, 2017-2022
         2.1. Brazil
         2.2. Venezuela
         2.3. Argentina
         2.4. Rest of Latin America
        3. Market Size (USD Million) Forecast for Latin America 2023-2031

  • 11.   Europe Surface Plasmon Resonance Market Analysis 2017-2022 and Forecast 2023-2031 (USD Million)
    •   1. Introduction
        2. Historical Market Size (USD Million) Analysis By Country, 2017-2022
         2.1. Germany
         2.2. U.K
         2.3. France
         2.4. Italy
         2.5. Spain
         2.6. Russia
         2.7. Poland
         2.8. Rest of Europe
        3. Market Size (USD Million) Forecast for Europe 2023-2031

  • 12.   Asia Pacific Surface Plasmon Resonance Market Analysis 2017-2022 and Forecast 2023-2031 (USD Million)
    •   1. Introduction
        2. Historical Market Size (USD Million) Analysis By Country, 2017-2022
         2.1. Japan
         2.2. China
         2.3. India
         2.4. Australia and New Zealand
         2.5. ASEAN
         2.6. Rest of Asia Pacific
        3. Market Size (USD Million) Forecast for Asia Pacific 2023-2031

  • 13.   Middle East and Africa Surface Plasmon Resonance Market Analysis 2017-2022 and Forecast 2023-2031 (USD Million)
    •   1. Introduction
        2. Historical Market Size (USD Million) Analysis By Country, 2017-2022
         2.1. GCC
         2.2. Israel
         2.3. South Africa
         2.4. Rest of MEA
        3. Market Size (USD Million) Forecast for MEA 2023-2031

  • 14.   Market Share Analysis and Competitive Landscape
    •   1. Global Landscape - Key Players, Revenue and Presence
        2. Global Share Analysis - Key Players (Tier 1, Tier 2, Tier 3)
        3. Global Emerging Companies
        4. North America - Market Share Analysis and Key Regional Players
        5. Europe - Market Share Analysis and Key Regional Players
        6. Asia Pacific - Market Share Analysis and Key Regional Players
        7. Global Key Player - Growth Matrix
  • 15.   Company Profiles (Competition Dashboard, Competitors Deep Dive, Products Offered and Financial Layouts)
    •   1. GE Healthcare
         1.1. Company Overview
         1.2. Product Portfolio
         1.3. SWOT Analysis
         1.4. Financial Overview
         1.5. Strategic Overview
        2. AMETEK.Inc.
         2.1. Company Overview
         2.2. Product Portfolio
         2.3. SWOT Analysis
         2.4. Financial Overview
         2.5. Strategic Overview
        3. Horiba
         3.1. Company Overview
         3.2. Product Portfolio
         3.3. SWOT Analysis
         3.4. Financial Overview
         3.5. Strategic Overview
        4. Bio-Rad Laboratories, Inc.
         4.1. Company Overview
         4.2. Product Portfolio
         4.3. SWOT Analysis
         4.4. Financial Overview
         4.5. Strategic Overview
        5. Carterra Inc.
         5.1. Company Overview
         5.2. Product Portfolio
         5.3. SWOT Analysis
         5.4. Financial Overview
         5.5. Strategic Overview
        6. Bristol Myers Squibb
         6.1. Company Overview
         6.2. Product Portfolio
         6.3. SWOT Analysis
         6.4. Financial Overview
         6.5. Strategic Overview
        7. Bruker
         7.1. Company Overview
         7.2. Product Portfolio
         7.3. SWOT Analysis
         7.4. Financial Overview
         7.5. Strategic Overview
        8. Biosensing Instrument Inc.
         8.1. Company Overview
         8.2. Product Portfolio
         8.3. SWOT Analysis
         8.4. Financial Overview
         8.5. Strategic Overview
        9. Malvern Panalytical
         9.1. Company Overview
         9.2. Product Portfolio
         9.3. SWOT Analysis
         9.4. Financial Overview
         9.5. Strategic Overview
        10. Reichert Technologies
         10.1. Company Overview
         10.2. Product Portfolio
         10.3. SWOT Analysis
         10.4. Financial Overview
         10.5. Strategic Overview

  • 16.   Pre and Post COVID-19 Impact
    •   1. Positive influence on the healthcare industry
        2. The financial disruption of the manufacturing sector
        3. Impact of COVID-19 on emerging companies
        4. Significant mandates in the healthcare regulations initiated by administrations
        5. The overall economic slowdown of the developing and developed nations
  • 17.   FutureWise SME Key Takeaway Points for Client

FAQ


An SPR system operates by shining polarized light onto a metallic film, often gold or silver, to generate surface plasmons. This induces a measurable change in the refractive index near the surface when biomolecules bind to the sensor chip. Key components of an SPR system include a light source, sensor chip, detector, and fluidic system for sample handling. The interaction between the light and the surface-bound molecules creates a resonance condition that can be quantified for detailed analysis.

Surface Plasmon Resonance (SPR) is an optical phenomenon and detection method used primarily to measure the binding kinetics and affinity of biomolecular interactions. It's a staple in various fields, notably in pharmaceutical research, environmental monitoring, and the field of biosensors. SPR’s real-time, label-free analysis makes it invaluable in drug development for monitoring the interplay between drugs and target molecules.

SPR technology continues to develop, with trends pointing toward increased sensitivity, miniaturization, and accessibility of the systems. Upcoming advancements may include the integration of microfluidics for enhanced sample handling, novel sensor coatings for improved specificity, and the implementation of machine learning algorithms for data analysis. These innovations aim to broaden the application scope of SPR, not only in research settings but also in quality control, diagnostics, and personalized medicine.

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