Technological Advances that Overcome Challenges to Alternative Protein Development and Commercialization

Technological Advances that Overcome Challenges to Alternative Protein Development and Commercialization

A Visionary Perspective on R&D and Innovation Effort

RELEASE DATE
06-Nov-2023
REGION
Global
Deliverable Type
Technology Research
Research Code: DAAC-01-00-00-00
SKU: CI_2023_285
AvailableYesPDF Download
$4,950.00
In stock
SKU
CI_2023_285

Technological Advances that Overcome Challenges to Alternative Protein Development and Commercialization
Published on: 06-Nov-2023 | SKU: CI_2023_285

Need more details?
$4,950.00
DownloadLink
Need more details?

The growing global demand for sustainable and ethical food sources has led to significant advancements in alternative proteins. From plant-based proteins to cellular agriculture and novel fermentation techniques, researchers and industry pioneers are leveraging biotechnology, data analytics, and process optimization to enhance the efficiency and scalability of alternative protein production. Smart fermentation techniques, gene-editing strategies, machine-learning-backed tools, extrusion extraction processes, and shear mixing techniques are some of the technologies being adopted to overcome hurdles related to cost of production, taste and texture optimization, and consumer acceptance. This Frost & Sullivan analytics identifies the potential challenges in current alternative protein production and adoption and how technologies are advancing to handle some of these issues more from a processing and formulation standpoint. The study identifies future technology advances to help solve the manufacturing, processing, and adoption issues of specific plant, insect, microbial, and cultured proteins in specific product segments like alternative meat, alternative dairy, egg replacers, and seafood replacers. The analytics also focuses on trend assessments and identifies attractive opportunities for both protein manufacturers and food and beverage companies in the next five years. A few case studies that showcase successful examples of companies addressing challenges related to supply chain, technology, and production scale-up, and noteworthy collaborations of protein manufacturers and F&B companies are highlighted. Investment and patent trends have been analyzed to identify key beneficiaries, investment trends, and some notable funding initiatives. Growth opportunities of the future such as advanced culturing techniques, machine learning for flavor optimization, and CRISPR-backed solutions are also highlighted.

Why Is It Increasingly Difficult to Grow?The Strategic Imperative 8™: Factors Creating Pressure on Growth

The Strategic Imperative 8™

The Impact of the Top 3 Strategic Imperatives on Alternative Proteins

Growth Opportunities Fuel the Growth Pipeline Engine™

Research Methodology

Plant Proteins

Plant Proteins (continued)

Microbes

Microbes (continued)

Edible Insects

Edible Insects (continued)

Cultured Proteins

Cultured Proteins (continued)

Challenges to Alternative Proteins

Growth Drivers

Growth Restraints

Research Scope and Key Questions the Study Will Answer

Research Scope and Key Questions the Study Will Answer (continued)

Handling Issues in Formulation and Processing Techniques in Alternative Meat

Plant Proteins to Improve Consumer Experience and Expand Range

Plant Proteins to Improve Consumer Experience and Expand Range (continued)

New Technologies to Harness the Potential of Fungal Proteins

New Technologies to Harness the Potential of Fungal Proteins (continued)

Insect Proteins in Emerging Applications

Insect Proteins in Emerging Applications (continued)

Preference for Cultured Meat Devoid of Harmful Additives

Preference for Cultured Meat Devoid of Harmful Additives (continued)

Processing and Formulation Challenges in Alternative Dairy

Challenges in Alternative Dairy Milk Formulation

Competition from Dairy-free Milks and Plant-Protein Products

Competition from Dairy-free Milks and Plant-Protein Products (continued)

Microbial Proteins in Dairy-free Milk Alternatives

Fungal Proteins in Dairy-free Milk Alternatives

Disruptive Potential of Lab-Grown Milk

Disruptive Potential of Lab-Grown Milk (continued)

Challenges to Egg Replacement Technology and Formulation

Finding Optimal Plant-based Egg Substitute

Finding Optimal Plant-based Egg Substitute (continued)

Microbes in Egg White Alternatives

Microbes in Egg White Alternatives (continued)

Seafood Replacers that Mimic the Dietary Offerings of Natural Fish, Fillet, and Shrimps

Plant-based Fish and Seafood that Replicate the Common Texture and Flavor of Fish

Plant-based Fish and Seafood that Replicate the Common Texture and Flavor of Fish (continued)

Seafood Lab Grown from Algae

Seafood Lab Grown from Algae (continued)

Patent Trends that Lean Toward Plant-Based Proteins

Highest Patent Filing in the USTPO

Explorative Research in New Ingredient Development by Conjugation and Botanicals

Regulatory Scenario

Regulatory Scenario (continued)

Regulatory Scenario (continued)

Partnerships to Magnify Brand and Extend Reach

Digital Strategies Adopted by Universities and Research Institutes

Digital Strategies Adopted by Universities and Research Institutes (continued)

Public and Private Funding for Development and Commercialization

Emphasis on Sustainable Material SourcingCase Study: Bell Food Group

Expansion of Protein Production SitesCase Study: Thomas Foods International

Scaling up Development of Plant-based Meat ProductsCase Study: Unilever

Launching Plant-based Products for Competitive EdgeCase Study: Nestle

Recruiting Farmers to Use Crops as Protein SourceCase Study: Arla Goods

Growing a Plant-based Dairy BusinessCase Study: Danone

Protein Texture Designing of Egg SubstitutesCase Study: Simple Eggless

Slide 76: Optimal Protein Extraction to Scale ProductionCase Study: EastJust Inc.

Scalability of Yeast Engineered ProteinsCase Study: The Every Company

Creating Cell Suspension Technology to Reduce CAPEXCase Study: BlueNalu, Inc.

Raising Funds to Scale ProductionCase Study: Wild Type Foods

Disruptive Technology that will Address Challenges in Production

Disruptive Technology that will Address Challenges in Replicating Characteristics

Individual Preference as a Barrier to Adoption

Source, Extractions Method, and Similarity to Traditional Proteins

Strengthening Supply Chain through Partnerships

Growth Opportunity 1: Advanced Culturing Techniques

Growth Opportunity 1: Advanced Culturing Techniques (continued)

Growth Opportunity 2: Flavor Optimization

Growth Opportunity 2: Flavor Optimization (continued)

Growth Opportunity 3: CRISPR-Based Ingredient Enhancement

Growth Opportunity 3: CRISPR-Based Ingredient Enhancement (continued)

Growth Opportunity 4: New Precision Fermentation Techniques

Growth Opportunity 4: New Precision Fermentation Techniques (continued)

Technology Readiness Levels (TRL): Explanation

Your Next Steps

Why Frost, Why Now?

Legal Disclaimer

Purchase includes:
  • Report download
  • Growth Dialog™ with our experts

Growth Dialog™

A tailored session with you where we identify the:
  • Strategic Imperatives
  • Growth Opportunities
  • Best Practices
  • Companies to Action

Impacting your company's future growth potential.

The growing global demand for sustainable and ethical food sources has led to significant advancements in alternative proteins. From plant-based proteins to cellular agriculture and novel fermentation techniques, researchers and industry pioneers are leveraging biotechnology, data analytics, and process optimization to enhance the efficiency and scalability of alternative protein production. Smart fermentation techniques, gene-editing strategies, machine-learning-backed tools, extrusion extraction processes, and shear mixing techniques are some of the technologies being adopted to overcome hurdles related to cost of production, taste and texture optimization, and consumer acceptance. This Frost & Sullivan analytics identifies the potential challenges in current alternative protein production and adoption and how technologies are advancing to handle some of these issues more from a processing and formulation standpoint. The study identifies future technology advances to help solve the manufacturing, processing, and adoption issues of specific plant, insect, microbial, and cultured proteins in specific product segments like alternative meat, alternative dairy, egg replacers, and seafood replacers. The analytics also focuses on trend assessments and identifies attractive opportunities for both protein manufacturers and food and beverage companies in the next five years. A few case studies that showcase successful examples of companies addressing challenges related to supply chain, technology, and production scale-up, and noteworthy collaborations of protein manufacturers and F&B companies are highlighted. Investment and patent trends have been analyzed to identify key beneficiaries, investment trends, and some notable funding initiatives. Growth opportunities of the future such as advanced culturing techniques, machine learning for flavor optimization, and CRISPR-backed solutions are also highlighted.
More Information
Deliverable Type Technology Research
Author Sanchari Chatterjee
Industries Cross Industries
No Index No
Is Prebook No
Keyword 1 Alternative Protein Market Analysis
Keyword 2 Protein Development Challenges
Keyword 3 Alternative Protein Industry Insights
Podcast No
WIP Number DAAC-01-00-00-00