The Global Protein labelling market is anticipated to grow at a CAGR of 14.10% between 2018 and 2026. Protein labelling possesses properties such as high force output and energy density, rapid response time, easy controllability, and low power consumption. The Protein labelling market is primarily driven by the following factors:

• Growing demand for proteomics research
• Growing demand for genome sequencing
• Growing healthcare expenditure
• Rising research and development investments

The important drivers increasing growth in the Global Protein labelling Market are growing demand for proteomics research and growing demand for genome sequencing. Proteomics is the description of sets of proteins from biological sources that have been in most instances recognized by making use of mass spectrometry. There is an increase in the demand for genome sequencing. The majorities of the players are enhancing their portfolios due to the rise in adoption of protein-labelling in tandem with the development of genomic sequencing and personalized medicine.

The Applications of Protein labelling market are used extensively for various purposes. Cell-based assays have the potential to provide more information regarding molecular targets that are intracellular and have the benefit of being done in a context related to biology. Fluorescent antibodies are valuable reagents for studying basic questions in immunology, cell biology, and neurobiology, and they are useful in clinical medicine. Many fluorescent molecules have distinct excitation and emission spectra, and they can be applied to microscopy methods. A mass spectrometer measures the m/z ratio of ions to recognize and quantify molecules in simple and complex mixtures. Mass spectrometry has become invaluable across a wide range of fields and applications, including proteomics. Immunological techniques consist of both methods of an experiment to study the immune system and methods to make use of immunological reagents as tools of experimentation. Protein microarrays are a developing class of proteomic technologies that are rapidly becoming tools in biochemistry and molecular biology.

The dearth of skilful professionals and limited applications of protein-labelling products are the major factors hindering the Protein labelling market. Due to a lack of knowledge, many protein-labelling materials and a considerable amount of time are wasted to produce excellent results by the Lab technicians. In different scientific investigations, protein labelling is executed only as an analysis technique to check the results of mainstream experiments.

The Global Protein labeling market segments include Applications, Products, and Labeling.

Applications are segmented into:

• Cell-based assay
• Fluorescence microscopy
• Mass spectrometry
• Immunological technique
• Protein microarray

Products are segmented into:

• Reagent
• Enzymes
• Protein
• Monoclonal antibodies
• Probes/tags
• Other reagents
• Kit
• Service

Labeling is segmented into:

• In vivo labeling
  • Radioactive labeling
  • Photoreactive labeling
• In vitro labeling
  • Enzymatic labeling
  • Co-translational labeling
  • Dye-based
  • Site-specific labeling
  • Nanoparticle labeling
• Bioorthogonal labeling

This report covers the current market conditions and the growth projections of the global Protein labeling market for 2018-2026 and considered the revenue generated through the sales of Protein labeling for Applications, Products, and labeling to calculate the market size by considering 2017 as the base year.

Geographically, the Global Protein Labeling market has been segmented on the basis of four major regions, which include:

•  Protein labeling North America market: The United States & Canada
•  Protein labeling Asia-Pacific market: China, India, Japan, Australia, South Korea & Rest of APAC
•  Protein labeling Europe market: The United Kingdom, France, Germany, Italy, Russia & Rest of Europe
• Rest of World: Latin America & Middle East and Africa

The Protein labelling market in North America is expected to hold the largest share by 2026 owing to the increasing use of protein labelling applications in North America. The region is a hub of pharmaceutical and drug manufacturing, and thus the requisition and demand for protein labelings are high in this region. The U.S. is expected to account for the maximum stake of the total protein labelling market. Protein-labeling technology manufacturing companies have consistently launched new services that have been instrumental in positively affecting the protein-labelling scenario. On the other hand, the Asia-Pacific market is anticipated to be the fastest-growing region for the Global Protein labelling. The Asia -Pacific region possesses a high market probable for protein-labelling growth due to a growth in the mandate for drug discovery and an augmented focus on the biotechnology industry. An upsurge in the use of proteomics has also led to rapid growths within the market. The establishment of Proteomics Society allowed proteomic researchers to share their ideas and research collaborations, as well as to conduct annual conferences and workshops in India. The Asia-Pacific region is considered to be one of the fastest-growing regions in the protein labelling market due to increased technological innovations and funding provided by governments and private organizations.

The Protein labeling market is segmented based on Products which are sub-divided into Reagent, Kit and Service and also segmented on the basis of labelling which is sub-divided into In vivo labelling, In vitro labelling and Bioorthogonal labelling. Reagents include various enzymes, buffers, solutions, stabilizers, dyes, antibody components, fluors and many other agents that are typically required and utilized in the protein-labelling process. Protein-labelling kits provide all the necessary reagents and protocol that are meticulously designed to generate optimum results. There are some Companies which offer customized protein-labelling services. A procedure in which all biomolecules (e.g., nucleic acids, proteins) in a cell are labelled by culturing them with respective pre-labelled biomolecules is known as in vivo labelling or metabolic labelling. The in vitro methods used for protein labelling is concerned with changing the chemical configuration of the amino acids present in the protein to bring about the labelling. In biological systems, bioorthogonal reactions proceed freely and selectively.

The major market players of the Global Protein labelling market are:

• AGILENT TECHNOLOGIES INC.
• BIO-RAD LABORATORIES
• HOFFMANN-LA ROCHE AG
• MERCK & COMPANY INC.
• NEW ENGLAND BIOLABS INC.
• PERKINELMER INC.

Company Profiles covers analysis of important players.

Agilent’s Diagnostics and Genomics business segment are comprised of five areas of activity providing solutions that include reagents, instruments, software, and consumables, which enable customers in the clinical and life sciences research areas to interrogate samples at the cellular and molecular level. PerkinElmer’s Diagnostics segment offers assay platforms, reagents, medical labs, instruments, and software to hospitals, clinicians, and medical research professionals.

Key Findings of the Global Protein labelling market:

• Growing use of protein labeling tool
• Cell-based assay constitute the largest market share in terms of application
• Protein labeling services are growing significantly during the forecast period
• Bioorthogonal labeling is anticipated to grow rapidly during the forecast period