Antifreeze Proteins Market size is expected to reach nearly US$ 49.60 Mn. by 2029 with the CAGR of 34.8% during the forecast period.Antifreeze Proteins Market overview
Ice structuring proteins or antifreeze proteins is produced from specific insects, plant, bacteria, and fish. It is placed in extremely cold environments. It is one of the types of polypeptides. The longer shelf life of the antifreeze proteins products is one of the major driving factors that are increasing the demand for antifreeze protein market. The growing demand from food & beverages industry such as inconvenience and functional food products or ready-to-eat meals is driving the growth of the antifreeze proteins market. Also, to prevent the food damage and maintain good food quality is driving the growth of antifreeze protein market.To know about the Research Methodology :- Request Free Sample Report The report covers an in-depth analysis of COVID 19 pandemic impact on Global Antifreeze Proteins Market by region and on the key players’ revenue affected till July 2021 and expected short term and long-term impact on the market.
Antifreeze Proteins Market Dynamics
In cosmetic and food industries due to the advance extraction technologies the growth of the antifreeze proteins market is rising. The solid form in antifreeze protein market has the dominant market owing to increasing application of antifreeze proteins such as in frozen food and medical industries. The use of antifreeze protein in medical applications such as vaccinations, organ transplant and cryosurgeries increase the demand for antifreeze market. Besides, the fish antifreeze proteins are one of the most preferred sources of antifreeze proteins. Wide variety of applications and expansion of pharmacy & medical industries such as in cosmetic, vaccinations, ice cream and anti-aging creams increase the demand for antifreeze proteins over the forecast period. To improve the taste, flavour, texture and give aroma to the food products the market for dietary supplementary products and applications of antifreeze proteins market is increasing. However, high costs requirement for R & D activities hampers the antifreeze market. Increasing technological advancement and R&D activities boosted the demand for antifreeze protein market. Encouraging fish farming activities and various initiatives taken by the NGOs and government subsidiaries increase the market growth for Antifreeze protein market. New marine life farmers and manufacturers of fish farming products are taking key interest in the antifreeze protein market worldwide. Major key players are increasing investment for new product line development in antifreeze proteins market. Increasing urbanization and industrialization and increasing consumer awareness on healthy products has a positive impact on the antifreeze protein market over the period. Growing environmental and industrial compliance towards environmentally friendly products are also boosting the demand. Conventional healthy food products and growing key manufacturers customer base in many countries for these products has positive impact on the antifreeze proteins market.Antifreeze Proteins Market: Market Segmentation
Global Antifreeze Proteins Market Segmentation by Type (Type I, Type II, Antifreeze Glycoprotein and Others (Type II and Type IV AFPs)), by formulation (Solid and Liquid), by End Use (Medical, Cosmetics, Food and Others (Agriculture, material science, petroleum, climate control, and artificial snow production) by Source(Fish, Plant, Insects and Others (Diatoms, fungi, and bacteria), by Region (North America, Europe, Asia-Pacific, South America and Middle East & Africa).Antifreeze Proteins Market: Regional Analysis
The regional analysis of worldwide antifreeze protein market is segregated across North America, Europe, Asia Pacific, Middle East and Africa, and South America. Currently, Europe followed by North America held the highest market share in 2021 and is expected to keep its dominance over the forecast period. Europe has market share of approx. 34% in the Antifreeze Proteins market as manufacturers are taking keen interest towards ready-to-eat products and consumer awareness for dietary supplements. The regulation laid down by the government and subsidiaries provided on fresh meat raw material products are the major drivers for antifreeze protein market in Europe. Besides, manufacturers of antifreeze proteins are continuously innovating and developing new products to fulfil the consumer demand. North America is expected to witness a promising growth with a market share of xx.30% over the forecast period thanks to the rising demand for various applications in cosmetic, medical and food & beverages industry. E-commerce platform provided by various manufacturers are also boosting the demand for bio based organic acid market in the Asia Pacific. Factors such as urbanisation, changing lifestyle, customer preference for natural food ingredients and increased demand for convenience foods drive the antifreeze protein market in Europe. Key manufacturers are more focused on researching and designing activities to broaden their present product range. Report covers in-depth analysis of key development, marketing strategies, supply-side and demand side indicators and company profiles of market leaders, potential players, and new entrants. Key players operating in this market are adopting various organic and inorganic growth strategies such as merger& acquisitions, joint ventures, collaborations, expansion, new product launches and patents to increase their regional presence and business operations. The objective of the report is to present a comprehensive analysis of the Global Antifreeze Proteins Market including all the stakeholders of the industry. The past and current status of the industry with forecasted market size and trends are presented in the report with the analysis of complicated data in simple language. The report covers all the aspects of the industry with a dedicated study of key players that includes market leaders, followers, and new entrants. PORTER, SVOR, PESTEL analysis with the potential impact of micro-economic factors of the market have been presented in the report. External as well as internal factors that are supposed to affect the business positively or negatively have been analysed, which will give a clear futuristic view of the industry to the decision-makers. The report also helps in understanding Global Antifreeze Proteins Market dynamics, structure by analyzing the market segments and project Global Antifreeze Proteins Market Clear representation of competitive analysis of key players by price, financial position, Product portfolio, growth strategies, and regional presence in the Global Antifreeze Proteins Market make the report investor’s guide.Scope of Global Antifreeze Protein Market: Inquire before buying
Global Antifreeze Proteins Market Report Coverage Details Base Year: 2021 Forecast Period: 2022-2029 Historical Data: 2017 to 2021 Market Size in 2021: US $ 4.55 Mn. Forecast Period 2022 to 2029 CAGR: 34.8% Market Size in 2029: US $ 49.60 Mn. Segments Covered: by Formulation • Solid • Liquid by Type • Type I • Type II • Antifreeze Glycoprotein • Others by Source • Fish • Plant • Insects • Others by End-User • Medical • Cosmetics • Food • Others Antifreeze Protein Market, by Region
North America • US • Canada Europe • UK • Germany • Italy • Spain • Norway • Russia • Rest of Europe Asia Pacific • China • India • Japan • South Korea • Australia • Malaysia • Indonesia • Rest of Asia Pacific ME&A • GCC • South Africa • Rest of ME&A South America • Brazil • Mexico • Argentina • Rest of South AmericaAntifreeze Protein Market Key Players are:
• Unilever (Netherlands) • Kaneka Corp. (Japan) • Sirona Biochem (Canada) • Aqua Bounty Technologies (US) • ProtoKinetix (US) Frequently Asked questions 1. What is the market size of the Global Antifreeze Proteins Market in 2021? Ans. The market size Global Antifreeze Proteins Market in 2021 was US$ 4.55 Million. 2. What are the different segments of the Global Antifreeze Proteins Market? Ans. The Global Antifreeze Proteins Market is divided into Formulation, Type, Source and End-User. 3. What is the study period of this market? Ans. The Global Antifreeze Proteins Market will be studied from 2021 to 2029. 4. Which region is expected to hold the highest Global Antifreeze Proteins Market share? Ans. The Asia Pacific dominates the market share in the market. 5. What is the Forecast Period of Global Antifreeze Proteins Market? Ans. The Forecast Period of the market is 2022-2029 in the market.
Global Antifreeze Proteins Market 1. Preface 1.1. Report Scope and Market Segmentation 1.2. Research Highlights 1.3. Research Objectives 2. Assumptions and Research Methodology 2.1. Report Assumptions 2.2. Abbreviations 2.3. Research Methodology 2.3.1. Secondary Research 2.3.1.1. Secondary data 2.3.1.2. Secondary Sources 2.3.2. Primary Research 2.3.2.1. Data from Primary Sources 2.3.2.2. Breakdown of Primary Sources 3. Executive Summary: Global Antifreeze Protein Market Size, by Market Value (US$ Mn) 4. Market Overview 4.1. Introduction 4.2. Market Indicator 4.2.1. Drivers 4.2.2. Restraints 4.2.3. Opportunities 4.2.4. Challenges 4.3. Porter’s Analysis 4.4. Value Chain Analysis 4.5. Market Risk Analysis 4.6. SWOT Analysis 4.7. Industry Trends and Emerging Technologies 5. Supply Side and Demand Side Indicators 6. Global Antifreeze Protein Market Analysis and Forecast 7. Global Antifreeze Protein Market Analysis and Forecast, by Type 7.1 Introduction and Definition 7.2 Key Findings 7.3 Global Antifreeze Protein Market Value Share Analysis, by Type 7.4 Global Antifreeze Protein Market Size (US$ Mn) Forecast, by Type 7.5 Global Antifreeze Protein Market Analysis, by Type 7.6 Global Antifreeze Protein Market Attractiveness Analysis, by Type 8. Global Antifreeze Protein Market Analysis and Forecast, by Formulation 8.1 Introduction and Definition 8.2 Key Findings 8.3 Global Antifreeze Protein Market Value Share Analysis, by Formulation 8.4 Global Antifreeze Protein Market Size (US$ Mn) Forecast, by Formulation 8.5 Global Antifreeze Protein Market Analysis, by Formulation 8.6 Global Antifreeze Protein Market Attractiveness Analysis, by Formulation 9. Global Antifreeze Protein Market Analysis and Forecast, by End-Use 9.1 Introduction and Definition 9.2 Key Findings 9.3 Global Antifreeze Protein Market Value Share Analysis, by End-Use 9.4 Global Antifreeze Protein Market Size (US$ Mn) Forecast, by End-Use 9.5 Global Antifreeze Protein Market Analysis, by End-Use 9.6 Global Antifreeze Protein Market Attractiveness Analysis, by End-Use 10. Global Antifreeze Protein Market Analysis and Forecast, by Source 10.1 Introduction and Definition 10.2 Key Findings 10.3 Global Antifreeze Protein Market Value Share Analysis, by Source 10.4 Global Antifreeze Protein Market Size (US$ Mn) Forecast, by Source 10.5 Global Antifreeze Protein Market Analysis, by Source 10.6 Global Antifreeze Protein Market Attractiveness Analysis, by Source 11. Global Antifreeze Protein Market Analysis, by Region 11.1 Global Antifreeze Protein Market Value Share Analysis, by Region 11.2 Global Antifreeze Protein Market Size (US$ Bn) Forecast, by Region 11.3 Global Antifreeze Protein Market Attractiveness Analysis, by Region 12. North America Antifreeze Protein Market Analysis 12.1 Key Findings 12.2 North America Antifreeze Protein Market Overview 12.3 North America Antifreeze Protein Market Value Share Analysis, by Type 12.4 North America Antifreeze Protein Market Forecast, by Type 12.4.1 Type I 12.4.2 Type II 12.4.3 Antifreeze Glycoprotein 12.4.4 Others (Type II and Type IV AFPs) 12.5 North America Antifreeze Protein Market Value Share Analysis, by Formulation 12.6 North America Antifreeze Protein Market Forecast, by Formulation 12.6.1 Solid 12.6.2 Liquid 12.7 North America Antifreeze Protein Market Value Share Analysis, by End Use 12.8 North America Antifreeze Protein Market Forecast, by End Use 12.8.1 Medical 12.8.2 Cosmetics 12.8.3 Food 12.8.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 12.9 North America Antifreeze Protein Market Value Share Analysis, by Source 12.10 North America Antifreeze Protein Market Forecast, by Source 12.10.1 Fish 12.10.2 Plant 12.10.3 Insects 12.10.4 Others (Diatoms, fungi, and bacteria) 12.11 North America Antifreeze Protein Market Value Share Analysis, by Country 12.12 North America Antifreeze Protein Market Forecast, by Country 12.12.1 US 12.12.2 Canada 12.13 US Antifreeze Protein Market Forecast, by Type 12.13.1 Type I 12.13.2 Type II 12.13.3 Antifreeze Glycoprotein 12.13.4 Others (Type II and Type IV AFPs) 12.14 US Antifreeze Protein Market Forecast, by Formulation 12.14.1 Solid 12.14.2 Liquid 12.15 US Antifreeze Protein Market Forecast, by End Use 12.15.1 Medical 12.15.2 Cosmetics 12.15.3 Food 12.15.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 12.16 US Antifreeze Protein Market Forecast, by Source 12.16.1 Fish 12.16.2 Plant 12.16.3 Insects 12.16.4 Others (Diatoms, fungi, and bacteria) 12.17 Canada Antifreeze Protein Market Forecast, by Type 12.17.1 Type I 12.17.2 Type II 12.17.3 Antifreeze Glycoprotein 12.17.4 Others (Type II and Type IV AFPs) 12.18 Canada Antifreeze Protein Market Forecast, by Formulation 12.18.1 Solid 12.18.2 Liquid 12.19 Canada Antifreeze Protein Market Forecast, by End Use 12.19.1 Medical 12.19.2 Cosmetics 12.19.3 Food 12.19.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 12.20 Canada Antifreeze Protein Market Forecast, by Source 12.20.1 Fish 12.20.2 Plant 12.20.3 Insects 12.20.4 Others (Diatoms, fungi, and bacteria) 12.21 North America Antifreeze Protein Market Attractiveness Analysis 12.21.1 Type 12.21.2 Formulation 12.21.3 End Use 12.21.4 Source 12.22 PEST Analysis 12.23 Key Trends 12.24 Key Developments 13. Europe Antifreeze Protein Market Analysis 13.1 Key Findings 13.2 Europe Antifreeze Protein Market Overview 13.3 Europe Antifreeze Protein Market Value Share Analysis, by Type 13.4 Europe Antifreeze Protein Market Forecast, by Type 13.4.1 Type I 13.4.2 Type II 13.4.3 Antifreeze Glycoprotein 13.4.4 Others (Type II and Type IV AFPs) 13.5 Europe Antifreeze Protein Market Value Share Analysis, by Formulation 13.6 Europe Antifreeze Protein Market Forecast, by Formulation 13.6.1 Solid 13.6.2 Liquid 13.7 Europe Antifreeze Protein Market Value Share Analysis, by End Use 13.8 Europe Antifreeze Protein Market Forecast, by End Use 13.8.1 Medical 13.8.2 Cosmetics 13.8.3 Food 13.8.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 13.9 Europe Antifreeze Protein Market Value Share Analysis, by Source 13.10 Europe Antifreeze Protein Market Forecast, by Source 13.10.1 Fish 13.10.2 Plant 13.10.3 Insects 13.10.4 Others (Diatoms, fungi, and bacteria) 13.11 Europe Antifreeze Protein Market Value Share Analysis, by Country 13.12 Europe Antifreeze Protein Market Forecast, by Country 13.12.1 UK 13.12.2 France 13.12.3 Germany 13.12.4 Italy 13.12.5 Spain 13.12.6 Norway 13.12.7 Russia 13.12.8 Rest of Europe 13.13 UK Antifreeze Protein Market Forecast, by Type 13.13.1 Type I 13.13.2 Type II 13.13.3 Antifreeze Glycoprotein 13.13.4 Others (Type II and Type IV AFPs) 13.14 UK Antifreeze Protein Market Forecast, by Formulation 13.14.1 Solid 13.14.2 Liquid 13.15 UK Antifreeze Protein Market Forecast, by End Use 13.15.1 Medical 13.15.2 Cosmetics 13.15.3 Food 13.15.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 13.16 UK Antifreeze Protein Market Forecast, by Source 13.16.1 Fish 13.16.2 Plant 13.16.3 Insects 13.16.4 Others (Diatoms, fungi, and bacteria) 13.17 France Antifreeze Protein Market Forecast, by Type 13.17.1 Type I 13.17.2 Type II 13.17.3 Antifreeze Glycoprotein 13.17.4 Others (Type II and Type IV AFPs) 13.18 France Antifreeze Protein Market Forecast, by Formulation 13.18.1 Solid 13.18.2 Liquid 13.19 France Antifreeze Protein Market Forecast, by End Use 13.19.1 Medical 13.19.2 Cosmetics 13.19.3 Food 13.19.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 13.20 France Antifreeze Protein Market Forecast, by Source 13.20.1 Fish 13.20.2 Plant 13.20.3 Insects 13.20.4 Others (Diatoms, fungi, and bacteria) 13.21 Germany Antifreeze Protein Market Forecast, by Type 13.21.1 Type I 13.21.2 Type II 13.21.3 Antifreeze Glycoprotein 13.21.4 Others (Type II and Type IV AFPs) 13.22 Germany Antifreeze Protein Market Forecast, by Formulation 13.22.1 Solid 13.22.2 Liquid 13.23 Germany Antifreeze Protein Market Forecast, by End Use 13.23.1 Medical 13.23.2 Cosmetics 13.23.3 Food 13.23.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 13.24 Germany Antifreeze Protein Market Forecast, by Source 13.24.1 Fish 13.24.2 Plant 13.24.3 Insects 13.24.4 Others (Diatoms, fungi, and bacteria) 13.25 Italy Antifreeze Protein Market Forecast, by Type 13.25.1 Type I 13.25.2 Type II 13.25.3 Antifreeze Glycoprotein 13.25.4 Others (Type II and Type IV AFPs) 13.26 Italy Antifreeze Protein Market Forecast, by Formulation 13.26.1 Solid 13.26.2 Liquid 13.27 Italy Antifreeze Protein Market Forecast, by End Use 13.27.1 Medical 13.27.2 Cosmetics 13.27.3 Food 13.27.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 13.28 Italy Antifreeze Protein Market Forecast, by Source 13.28.1 Fish 13.28.2 Plant 13.28.3 Insects 13.28.4 Others (Diatoms, fungi, and bacteria) 13.29 Spain Antifreeze Protein Market Forecast, by Type 13.29.1 Type I 13.29.2 Type II 13.29.3 Antifreeze Glycoprotein 13.29.4 Others (Type II and Type IV AFPs) 13.30 Spain Antifreeze Protein Market Forecast, by Formulation 13.30.1 Solid 13.30.2 Liquid 13.31 Spain Antifreeze Protein Market Forecast, by End Use 13.31.1 Medical 13.31.2 Cosmetics 13.31.3 Food 13.31.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 13.32 Spain Antifreeze Protein Market Forecast, by Source 13.32.1 Fish 13.32.2 Plant 13.32.3 Insects 13.32.4 Others (Diatoms, fungi, and bacteria) 13.33 Norway Antifreeze Protein Market Forecast, by Type 13.33.1 Type I 13.33.2 Type II 13.33.3 Antifreeze Glycoprotein 13.33.4 Others (Type II and Type IV AFPs) 13.34 Norway Antifreeze Protein Market Forecast, by Formulation 13.34.1 Solid 13.34.2 Liquid 13.35 Norway Antifreeze Protein Market Forecast, by End Use 13.35.1 Medical 13.35.2 Cosmetics 13.35.3 Food 13.35.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 13.36 Norway Antifreeze Protein Market Forecast, by Source 13.36.1 Fish 13.36.2 Plant 13.36.3 Insects 13.36.4 Others (Diatoms, fungi, and bacteria) 13.37 Russia Antifreeze Protein Market Forecast, by Type 13.37.1 Type I 13.37.2 Type II 13.37.3 Antifreeze Glycoprotein 13.37.4 Others (Type II and Type IV AFPs) 13.38 Russia Antifreeze Protein Market Forecast, by Formulation 13.38.1 Solid 13.38.2 Liquid 13.39 Russia Antifreeze Protein Market Forecast, by End Use 13.39.1 Medical 13.39.2 Cosmetics 13.39.3 Food 13.39.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 13.40 Russia Antifreeze Protein Market Forecast, by Source 13.40.1 Fish 13.40.2 Plant 13.40.3 Insects 13.40.4 Others (Diatoms, fungi, and bacteria) 13.41 Rest of Europe Antifreeze Protein Market Forecast, by Type 13.41.1 Type I 13.41.2 Type II 13.41.3 Antifreeze Glycoprotein 13.41.4 Others (Type II and Type IV AFPs) 13.42 Rest of Europe Antifreeze Protein Market Forecast, by Formulation 13.42.1 Solid 13.42.2 Liquid 13.43 Rest of Europe Antifreeze Protein Market Forecast, by End Use 13.43.1 Medical 13.43.2 Cosmetics 13.43.3 Food 13.43.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 13.44 Rest of Europe Antifreeze Protein Market Forecast, by Source 13.44.1 Fish 13.44.2 Plant 13.44.3 Insects 13.44.4 Others (Diatoms, fungi, and bacteria) 13.45 Europe Antifreeze Protein Market Attractiveness Analysis 13.45.1 Type 13.45.2 Formulation 13.45.3 End Use 13.45.4 Source 13.46 PEST Analysis 13.47 Key Trends 13.48 Key Developments 14. Asia Pacific Antifreeze Protein Market Analysis 14.1 Key Findings 14.2 Asia Pacific Antifreeze Protein Market Overview 14.3 Asia Pacific Antifreeze Protein Market Value Share Analysis, by Type 14.4 Asia Pacific Antifreeze Protein Market Forecast, by Type 14.4.1 Type I 14.4.2 Type II 14.4.3 Antifreeze Glycoprotein 14.4.4 Others (Type II and Type IV AFPs) 14.5 Asia Pacific Antifreeze Protein Market Value Share Analysis, by Formulation 14.6 Asia Pacific Antifreeze Protein Market Forecast, by Formulation 14.6.1 Solid 14.6.2 Liquid 14.7 Asia Pacific Antifreeze Protein Market Value Share Analysis, by End Use 14.8 Asia Pacific Antifreeze Protein Market Forecast, by End Use 14.8.1 Medical 14.8.2 Cosmetics 14.8.3 Food 14.8.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 14.9 Asia Pacific Antifreeze Protein Market Value Share Analysis, by Source 14.10 Asia Pacific Antifreeze Protein Market Forecast, by Source 14.10.1 Fish 14.10.2 Plant 14.10.3 Insects 14.10.4 Others (Diatoms, fungi, and bacteria) 14.11 Asia Pacific Antifreeze Protein Market Value Share Analysis, by Country 14.12 Asia Pacific Antifreeze Protein Market Forecast, by Country 14.12.1 China 14.12.2 India 14.12.3 Japan 14.12.4 South Korea 14.12.5 Australia 14.12.6 Vietnam 14.12.7 Malaysia 14.12.8 Indonesia 14.12.9 Rest of Asia Pacific 14.13 China Antifreeze Protein Market Forecast, by Type 14.13.1 Type I 14.13.2 Type II 14.13.3 Antifreeze Glycoprotein 14.13.4 Others (Type II and Type IV AFPs) 14.14 China Antifreeze Protein Market Forecast, by Formulation 14.14.1 Solid 14.14.2 Liquid 14.15 China Antifreeze Protein Market Forecast, by End Use 14.15.1 Medical 14.15.2 Cosmetics 14.15.3 Food 14.15.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 14.16 China Antifreeze Protein Market Forecast, by Source 14.16.1 Fish 14.16.2 Plant 14.16.3 Insects 14.16.4 Others (Diatoms, fungi, and bacteria) 14.17 India Antifreeze Protein Market Forecast, by Type 14.17.1 Type I 14.17.2 Type II 14.17.3 Antifreeze Glycoprotein 14.17.4 Others (Type II and Type IV AFPs) 14.18 India Antifreeze Protein Market Forecast, by Formulation 14.18.1 Solid 14.18.2 Liquid 14.19 India Antifreeze Protein Market Forecast, by End Use 14.19.1 Medical 14.19.2 Cosmetics 14.19.3 Food 14.19.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 14.20 India Antifreeze Protein Market Forecast, by Source 14.20.1 Fish 14.20.2 Plant 14.20.3 Insects 14.20.4 Others (Diatoms, fungi, and bacteria) 14.21 Japan Antifreeze Protein Market Forecast, by Type 14.21.1 Type I 14.21.2 Type II 14.21.3 Antifreeze Glycoprotein 14.21.4 Others (Type II and Type IV AFPs) 14.22 Japan Antifreeze Protein Market Forecast, by Formulation 14.22.1 Solid 14.22.2 Liquid 14.23 Japan Antifreeze Protein Market Forecast, by End Use 14.23.1 Medical 14.23.2 Cosmetics 14.23.3 Food 14.23.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 14.24 Japan Antifreeze Protein Market Forecast, by Source 14.24.1 Fish 14.24.2 Plant 14.24.3 Insects 14.24.4 Others (Diatoms, fungi, and bacteria) 14.25 South Korea Antifreeze Protein Market Forecast, by Type 14.25.1 Type I 14.25.2 Type II 14.25.3 Antifreeze Glycoprotein 14.25.4 Others (Type II and Type IV AFPs) 14.26 South Korea Antifreeze Protein Market Forecast, by Formulation 14.26.1 Solid 14.26.2 Liquid 14.27 South Korea Antifreeze Protein Market Forecast, by End Use 14.27.1 Medical 14.27.2 Cosmetics 14.27.3 Food 14.27.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 14.28 South Korea Antifreeze Protein Market Forecast, by Source 14.28.1 Fish 14.28.2 Plant 14.28.3 Insects 14.28.4 Others (Diatoms, fungi, and bacteria) 14.29 Australia Antifreeze Protein Market Forecast, by Type 14.29.1 Type I 14.29.2 Type II 14.29.3 Antifreeze Glycoprotein 14.29.4 Others (Type II and Type IV AFPs) 14.30 Australia Antifreeze Protein Market Forecast, by Formulation 14.30.1 Solid 14.30.2 Liquid 14.31 Australia Antifreeze Protein Market Forecast, by End Use 14.31.1 Medical 14.31.2 Cosmetics 14.31.3 Food 14.31.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 14.32 Australia Antifreeze Protein Market Forecast, by Source 14.32.1 Fish 14.32.2 Plant 14.32.3 Insects 14.32.4 Others (Diatoms, fungi, and bacteria) 14.33 Vietnam Antifreeze Protein Market Forecast, by Type 14.33.1 Type I 14.33.2 Type II 14.33.3 Antifreeze Glycoprotein 14.33.4 Others (Type II and Type IV AFPs) 14.34 Vietnam Antifreeze Protein Market Forecast, by Formulation 14.34.1 Solid 14.34.2 Liquid 14.35 Vietnam Antifreeze Protein Market Forecast, by End Use 14.35.1 Medical 14.35.2 Cosmetics 14.35.3 Food 14.35.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 14.36 Vietnam Antifreeze Protein Market Forecast, by Source 14.36.1 Fish 14.36.2 Plant 14.36.3 Insects 14.36.4 Others (Diatoms, fungi, and bacteria) 14.37 Malaysia Antifreeze Protein Market Forecast, by Type 14.37.1 Type I 14.37.2 Type II 14.37.3 Antifreeze Glycoprotein 14.37.4 Others (Type II and Type IV AFPs) 14.38 Malaysia Antifreeze Protein Market Forecast, by Formulation 14.38.1 Solid 14.38.2 Liquid 14.39 Malaysia Antifreeze Protein Market Forecast, by End Use 14.39.1 Medical 14.39.2 Cosmetics 14.39.3 Food 14.39.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 14.40 Malaysia Antifreeze Protein Market Forecast, by Source 14.40.1 Fish 14.40.2 Plant 14.40.3 Insects 14.40.4 Others (Diatoms, fungi, and bacteria) 14.41 Indonesia Antifreeze Protein Market Forecast, by Type 14.41.1 Type I 14.41.2 Type II 14.41.3 Antifreeze Glycoprotein 14.41.4 Others (Type II and Type IV AFPs) 14.42 Indonesia Antifreeze Protein Market Forecast, by Formulation 14.42.1 Solid 14.42.2 Liquid 14.43 Indonesia Antifreeze Protein Market Forecast, by End Use 14.43.1 Medical 14.43.2 Cosmetics 14.43.3 Food 14.43.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 14.44 Indonesia Antifreeze Protein Market Forecast, by Source 14.44.1 Fish 14.44.2 Plant 14.44.3 Insects 14.44.4 Others (Diatoms, fungi, and bacteria) 14.45 Rest of Asia Pacific Antifreeze Protein Market Forecast, by Type 14.45.1 Type I 14.45.2 Type II 14.45.3 Antifreeze Glycoprotein 14.45.4 Others (Type II and Type IV AFPs) 14.46 Rest of Asia Pacific Antifreeze Protein Market Forecast, by Formulation 14.46.1 Solid 14.46.2 Liquid 14.47 Rest of Asia Pacific Antifreeze Protein Market Forecast, by End Use 14.47.1 Medical 14.47.2 Cosmetics 14.47.3 Food 14.47.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 14.48 Rest of Asia Pacific Antifreeze Protein Market Forecast, by Source 14.48.1 Fish 14.48.2 Plant 14.48.3 Insects 14.48.4 Others (Diatoms, fungi, and bacteria) 14.49 Asia Pacific Antifreeze Protein Market Attractiveness Analysis 14.49.1 Type 14.49.2 Formulation 14.49.3 End Use 14.49.4 Source 14.50 PEST Analysis 14.51 Key Trends 14.52 Key Developments 15. ME&A Antifreeze Protein Market Analysis 15.1 Key Findings 15.2 ME&A Antifreeze Protein Market Overview 15.3 ME&A Antifreeze Protein Market Value Share Analysis, by Type 15.4 ME&A Antifreeze Protein Market Forecast, by Type 15.4.1 Type I 15.4.2 Type II 15.4.3 Antifreeze Glycoprotein 15.4.4 Others (Type II and Type IV AFPs) 15.5 ME&A Antifreeze Protein Market Value Share Analysis, by Formulation 15.6 ME&A Antifreeze Protein Market Forecast, by Formulation 15.6.1 Solid 15.6.2 Liquid 15.7 ME&A Antifreeze Protein Market Value Share Analysis, by End Use 15.8 ME&A Antifreeze Protein Market Forecast, by End Use 15.8.1 Medical 15.8.2 Cosmetics 15.8.3 Food 15.8.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 15.9 ME&A Antifreeze Protein Market Value Share Analysis, by Source 15.10 ME&A Antifreeze Protein Market Forecast, by Source 15.10.1 Fish 15.10.2 Plant 15.10.3 Insects 15.10.4 Others (Diatoms, fungi, and bacteria) 15.11 ME&A Antifreeze Protein Market Value Share Analysis, by Country 15.12 ME&A Antifreeze Protein Market Forecast, by Country 15.12.1 GCC 15.12.2 South Africa 15.12.3 Rest of ME&A 15.13 GCC Antifreeze Protein Market Forecast, by Type 15.13.1 Type I 15.13.2 Type II 15.13.3 Antifreeze Glycoprotein 15.13.4 Others (Type II and Type IV AFPs) 15.14 GCC Antifreeze Protein Market Forecast, by Formulation 15.14.1 Solid 15.14.2 Liquid 15.15 GCC Antifreeze Protein Market Forecast, by End Use 15.15.1 Medical 15.15.2 Cosmetics 15.15.3 Food 15.15.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 15.16 GCC Antifreeze Protein Market Forecast, by Source 15.16.1 Fish 15.16.2 Plant 15.16.3 Insects 15.16.4 Others (Diatoms, fungi, and bacteria) 15.17 South Africa Antifreeze Protein Market Forecast, by Type 15.17.1 Type I 15.17.2 Type II 15.17.3 Antifreeze Glycoprotein 15.17.4 Others (Type II and Type IV AFPs) 15.18 South Africa Antifreeze Protein Market Forecast, by Formulation 15.18.1 Solid 15.18.2 Liquid 15.19 South Africa Antifreeze Protein Market Forecast, by End Use 15.19.1 Medical 15.19.2 Cosmetics 15.19.3 Food 15.19.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 15.20 South Africa Antifreeze Protein Market Forecast, by Source 15.20.1 Fish 15.20.2 Plant 15.20.3 Insects 15.20.4 Others (Diatoms, fungi, and bacteria) 15.21 Rest of ME&A Antifreeze Protein Market Forecast, by Type 15.21.1 Type I 15.21.2 Type II 15.21.3 Antifreeze Glycoprotein 15.21.4 Others (Type II and Type IV AFPs) 15.22 Rest of ME&A Antifreeze Protein Market Forecast, by Formulation 15.22.1 Solid 15.22.2 Liquid 15.23 Rest of ME&A Antifreeze Protein Market Forecast, by End Use 15.23.1 Medical 15.23.2 Cosmetics 15.23.3 Food 15.23.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 15.24 Rest of ME&A Antifreeze Protein Market Forecast, by Source 15.24.1 Fish 15.24.2 Plant 15.24.3 Insects 15.24.4 Others (Diatoms, fungi, and bacteria) 15.25 ME&A Antifreeze Protein Market Attractiveness Analysis 15.25.1 Type 15.25.2 Formulation 15.25.3 End Use 15.25.4 Source 15.26 PEST Analysis 15.27 Key Trends 15.28 Key Developments 16. South America Antifreeze Protein Market Analysis 16.1 Key Findings 16.2 South America Antifreeze Protein Market Overview 16.3 South America Antifreeze Protein Market Value Share Analysis, by Type 16.4 South America Antifreeze Protein Market Forecast, by Type 16.4.1 Type I 16.4.2 Type II 16.4.3 Antifreeze Glycoprotein 16.4.4 Others (Type II and Type IV AFPs) 16.5 South America Antifreeze Protein Market Value Share Analysis, by Formulation 16.6 South America Antifreeze Protein Market Forecast, by Formulation 16.6.1 Solid 16.6.2 Liquid 16.7 South America Antifreeze Protein Market Value Share Analysis, by End Use 16.8 South America Antifreeze Protein Market Forecast, by End Use 16.8.1 Medical 16.8.2 Cosmetics 16.8.3 Food 16.8.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 16.9 South America Antifreeze Protein Market Value Share Analysis, by Source 16.10 South America Antifreeze Protein Market Forecast, by Source 16.10.1 Fish 16.10.2 Plant 16.10.3 Insects 16.10.4 Others (Diatoms, fungi, and bacteria) 16.11 South America Antifreeze Protein Market Value Share Analysis, by Country 16.12 South America Antifreeze Protein Market Forecast, by Country 16.12.1 Brazil 16.12.2 Mexico 16.12.3 Argentina 16.12.4 Rest of South America 16.13 Brazil Antifreeze Protein Market Forecast, by Type 16.13.1 Type I 16.13.2 Type II 16.13.3 Antifreeze Glycoprotein 16.13.4 Others (Type II and Type IV AFPs) 16.14 Brazil Antifreeze Protein Market Forecast, by Formulation 16.14.1 Solid 16.14.2 Liquid 16.15 Brazil Antifreeze Protein Market Forecast, by End Use 16.15.1 Medical 16.15.2 Cosmetics 16.15.3 Food 16.15.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 16.16 Brazil Antifreeze Protein Market Forecast, by Source 16.16.1 Fish 16.16.2 Plant 16.16.3 Insects 16.16.4 Others (Diatoms, fungi, and bacteria) 16.17 Mexico Antifreeze Protein Market Forecast, by Type 16.17.1 Type I 16.17.2 Type II 16.17.3 Antifreeze Glycoprotein 16.17.4 Others (Type II and Type IV AFPs) 16.18 Mexico Antifreeze Protein Market Forecast, by Formulation 16.18.1 Solid 16.18.2 Liquid 16.19 Mexico Antifreeze Protein Market Forecast, by End Use 16.19.1 Medical 16.19.2 Cosmetics 16.19.3 Food 16.19.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 16.20 Mexico Antifreeze Protein Market Forecast, by Source 16.20.1 Fish 16.20.2 Plant 16.20.3 Insects 16.20.4 Others (Diatoms, fungi, and bacteria) 16.21 Argentina Antifreeze Protein Market Forecast, by Type 16.21.1 Type I 16.21.2 Type II 16.21.3 Antifreeze Glycoprotein 16.21.4 Others (Type II and Type IV AFPs) 16.22 Argentina Antifreeze Protein Market Forecast, by Formulation 16.22.1 Solid 16.22.2 Liquid 16.23 Argentina Antifreeze Protein Market Forecast, by End Use 16.23.1 Medical 16.23.2 Cosmetics 16.23.3 Food 16.23.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 16.24 Argentina Antifreeze Protein Market Forecast, by Source 16.24.1 Fish 16.24.2 Plant 16.24.3 Insects 16.24.4 Others (Diatoms, fungi, and bacteria) 16.25 Rest of South America Antifreeze Protein Market Forecast, by Type 16.25.1 Type I 16.25.2 Type II 16.25.3 Antifreeze Glycoprotein 16.25.4 Others (Type II and Type IV AFPs) 16.26 Rest of South America Antifreeze Protein Market Forecast, by Formulation 16.26.1 Solid 16.26.2 Liquid 16.27 Rest of South America Antifreeze Protein Market Forecast, by End Use 16.27.1 Medical 16.27.2 Cosmetics 16.27.3 Food 16.27.4 Others (Agriculture, material science, petroleum, climate control, and artificial snow production) 16.28 Rest of South America Antifreeze Protein Market Forecast, by Source 16.28.1 Fish 16.28.2 Plant 16.28.3 Insects 16.28.4 Others (Diatoms, fungi, and bacteria) 16.29 South America Antifreeze Protein Market Attractiveness Analysis 16.29.1 Type 16.29.2 Formulation 16.29.3 End Use 16.29.4 Source 16.30 PEST Analysis 16.31 Key Trends 16.32 Key Developments 17 Company Profiles 17.1 Market Share Analysis, by Company 17.2 Market Share Analysis, by Region 17.3 Market Share Analysis, by Country 17.4 Competition Matrix 17.4.1 Competitive Benchmarking of key players by price, presence, market share, Source and R&D investment 17.4.2 New Product Launches and Product Enhancements 17.4.3 Market Consolidation 17.4.3.1 M&A by Regions, Investment and Source 17.4.3.2 M&A Key Players, Forward Integration and Backward Integration 17.5 Company Profiles: Key Players 17.5.1 Kaneka Corp. (Japan) 17.5.1.1 Company Overview 17.5.1.2 Financial Overview 17.5.1.3 Product Portfolio 17.5.1.4 Business Strategy 17.5.1.5 Recent Developments 17.5.1.6 Development Footprint 17.5.2 Unilever (Netherlands) 17.5.3 Sirona Biochem (Canada) 17.5.4 Aqua Bounty Technologies (US) 17.5.5 ProtoKinetix (US)