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Technology IP and Business Intelligence

Blockchain technology can be used to track millions of connected devices, enabling the processing of information between devices. With its decentralized approach, it creates a strong platform for devices to run on.

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Ingenious eBrain: Anti VEGF Antibodies- Global IP Trends

Due to rapid advancements in genetic sequencing and the translation of basic medical sciences research into clinical practice, humanized mAbs have turn out to be the fastest growing group of biotechnology-derived molecules in clinical trials. Driven by the growing application area pertaining to target disease viz. cancers, autoimmune disorders, infectious diseases, the monoclonal antibody market was valued over US$ 100 billion in 2017 and is forecast to grow at a Compound Annual Growth Rate (CAGR) of XX% to reach US$ XXX by the year 2023. Although various small molecule kinase inhibitors have been approved for targeting VEGF induced signaling, the use of mAbs against VEGF has been established since FDA approval of Bevacizumab (Avastin, Genentech/Roche) in the year 2004. Since, Avastin, FDA has approved ranibizumab (Lucentis, Genentech/Roche) and aflibercept (Eylea, Regeneron Pharma) both for cancer treatment and age-related macular degradation (AMD). Therefore, use of mAbs in targeting VEGF induced angiogenesis in cancer, inflammation, arthritis, and AMD have tremendous potential in near future.

Download free sample: http://www.iebrain.com/reports/healthcare-biotechnology/anti-vegf-antibodies-global-technology-assessment-market-analysis-and-future-growth-trends/

Table of Contents:

1.    Technology Overview

2.    Anti-VEGF antibodies: Technology Segmentation

3.    Anti-VEGF antibodies: Global IP Trends

4.    Anti-VEGF antibodies: Different diseases targeted

5.    Anti-VEGF antibody: White Space Analysis

6.    Recent activities in the development of anti-VEGF antibody

7.    Anti-VEGF Antibody Technology Opinions from Experts

8.    Anti-VEGF Antibody Technology Collaboration Insights

9.    Strategies of Companies involved in the development of Anti-VEGF antibody

10.  Recent Anti-VEGF Antibody Product Developments

11.  Global Trends Anti-VEGF Antibody Market

12.  Global Anti-VEGF antibody development: Top Industrial Players

13.  Anti-VEGF Antibody – Market Determinants

14.  Anti-VEGF Antibody -Opportunity Vs. Restraints

15.  Anti-VEGF Antibody: Strategic Analysis SWOT & PEST

16.  Anti-VEGF Antibody Market Development (2017-2022)

17.  Conclusion

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Ingenious eBrain: Autonomous Vehicle- End to End IoT Solution

Globally, automakers are aggressively focusing on the autonomous/driverless vehicles. Autonomous vehicles or self-driving vehicles are the vehicles which can drive themselves without the human intervention. In the autonomous vehicle; inbuilt sensors, software and communication systems play a pivotal role in driving the vehicle.

The market size in terms of the volume of the autonomous vehicles is projected to grow at a CAGR of 38.5% from 2017 to 2022 and further forecasted to grow at 43.25% from 2025 to 2030. The market is estimated to be 0.2 million units in 2024 for autonomous vehicles. XX% of all the vehicle will be the autonomous vehicles by 2040 and will be the most viable form of the intelligent transportation is predicted by the expert members of the IEEE.

Trending advance technology like artificial intelligence (AI) are playing a major role in the autonomous vehicle market. Various giant automaker company investing in artificial intelligence to create a low-cost self-driving car.

Download free sample: http://www.iebrain.com/reports/automotive/autonomous-vehicle-global-technology-assessment-market-analysis-and-future-growth-trends/

Table of Contents:

1.    Project Overview

2.    Executive Summary

3.    Autonomous Vehicle/Self-Driving: Technology Overview

4.    Technological Insights Upfront: Autonomous/Self-Driving Vehicle

5.    Autonomous Vehicle Market: Market Characterization

6.    Autonomous Vehicle Market: Product Pipeline Analysis

7.    Autonomous Vehicle Market: Consolidation Landscape

8.    Appendix

9.    List of Tables

10.  List of Figures

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Ingenious eBrain: Innovations in Connected Cars

The automotive industry is observing a rapid technological evolution towards developing autonomous vehicles and the connected cars are the stepping stone for these autonomous vehicles. The automobile manufacturers have always been focused towards features like performance, stability, braking, and general comfort of the vehicle; however, with the growing trend of connectivity and digitalization, the automotive industry is moving towards connected vehicles.

A connected car refers to the car which can communicate with an external entity or device through a network such as dedicated short-range communication (DSRC) and cellular. These cars provide various convenience to the driver including emergency dispatch, concierge, connected maps, and Internet radio among others. These can also transmit data through various components present in the car such as antenna, electronic control unit (ECU), and sensors, that enables the car to connect

Download free sample: http://www.iebrain.com/reports/automotive/connected-cars-global-technology-assessment-market-analysis-and-future-growth-trends/

Table of Contents:

1.    Project Overview

2.    Executive Summary

3.    Connected Cars: Overview

4.    Competitive Landscape Assessment

5.    Global Connected Cars Market: Consolidation Landscape

6.    Global Connected Cars Market: Market Characterization

7.    Global Connected Cars Market by Geography

8.    Global Connected Cars Market: Product Pipeline Analysis

9.    Company Profiles

10.  Appendix

11.  List of Tables

12. List of Figures

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At Ingenious eBrain, we believe that humans assisted with machine intelligence can deliver unparalleled results. Our proprietary in-house tools use the power of AI to deliver the most reliable results in half the time used by traditional methods. The AI assisted workflow allows cost-efficient decision making for even the most challenging problems.

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Ingenious eBrain: Innovations in Structural Electronics

Structural electronics (SE) is a standout amongst the most noteworthy technological developments in the current years. Structural electronics include electronic and electrical parts and circuits that act as load-bearing, replacing structures, protective structures, for example, vehicle bodies or conformally set upon them.

A key ability of structural electronics is to decrease the weight of an item. This element is of gigantic interest to the aerospace industry which is generally the primary adopter, the automotive industry and in civil engineering. Additionally, SE offers an adaptability of segments, that empowers space optimization and connectivity of white goods and consumer electronic products.

A few applications of structural electronics incorporate adjusting airplane utilizing shape memory alloys, cars with an organic light emitting diode (OLED) lighting on inside and outside of roof and printed photovoltaics on the outside to produce power utilizing supercapacitor skin. This can supplant the traction batteries in electric vehicles.

Download free sample: http://www.iebrain.com/reports/information-and-communication-technology/structural-electronics-global-technology-assessment-market-analysis-and-future-growth-trends/

Table of Contents:

1.    Technology Overview

2.    Technology Insights

3.    Landscape Overview

4.    Research Literature Overview

5.    Future of Structural Electronics

6.    Press releases

7.    Some Key Enabling Technologies

8.    Structural Supercapacitors and Batteries

9.    Conference Updates

10.  Structural Electronics: Market Overview

11.  Structural Electronics: Applications

12.  Structural Electronics- Market Determinants

13.  Structural Electronics-Opportunity Vs. Restraints

14.  Structural Electronics: Strategic Analysis SWOT & PEST

15.  Structural Electronics Market Development (2012-2017)

16.  Company Profiles

17.  Appendix

18.  List of Tables

19.  List of Figures

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Ingenious eBrain: Food Packaging Technology Overview

Global food production is anticipated to grow (about 35% by 2030) to fuel the increasing population of the world, and so is the food packaging industry. This, in turn, puts immense pressure on the R&D sector globally, to innovate endlessly and meet the rising demands of dynamic market without pushing the environment at jeopardy.

In the past decade, a shift towards ready-to-eat foods has been observed due to busy lifestyles. This has triggered innovations in packaging. Furthermore, the development of active/smart features in packaging has influenced people more than ever before.

Download free sample: http://www.iebrain.com/reports/food-technology/food-packaging-technologies-innovations-and-market-trend-analysis/

Table of Contents:

1.    Executive Summary

2.    Introduction

3.    Food Packaging Overview

4.    Technical Analysis- Innovations in Food Packaging

5.    Analysis of Food Packaging trends of leading patent holders

6.    Competitive Scenario

7.    Food Packaging: Market Overview

8.    Food Packaging – Market Determinants

9.    Food Packaging -Opportunity Vs. Restraints

10.  Food Packaging: Strategic Analysis SWOT & PEST

11.  Food Packaging Market Development

12.  List of Tables

13.  List of Figures

14.  Appendix

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At Ingenious eBrain, we believe that humans assisted with machine intelligence can deliver unparalleled results. Our proprietary in-house tools use the power of AI to deliver the most reliable results in half the time used by traditional methods. The AI assisted workflow allows cost-efficient decision making for even the most challenging problems.

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Ingenious eBrain: Battery Free Implants Market Insights

The worldwide battery-free implants market was valued at $XX billion in 2016 and is predicted to exceed XX billion by 2023 at a CAGR of XX%. The market is primarily driven by the aging population around the world.

The overall increment in GDP per capita prompts expanding healthcare expenditure, which, in turn, drives the market growth. Increasing investment in healthcare infrastructure in developing economies by industries gives ample opportunities for the future development of the battery-free implants market. Since, the implants are placed inside the body, every few years or so, the patients must undergo surgery for replacement of battery and leads. Scientists and researchers have come up with approaches that would charge the batteries by making them ‘self-powered’ i.e., charging the implants by using body motion, metabolites, body heat, body fluids, etc.

These innovations will pave the way for the battery-free implantable device that offers a convincing development for the patients in future.

Download free sample: http://www.iebrain.com/reports/healthcare-medical-devices/battery-free-implants-technology-and-market-report/

Table of Contents:

1.    Project Overview

2.    Executive Summary

3.    Battery Free Implants: Technology Overview

4.    Technological Insights Upfront: Battery Free Implants

5.    Competitive Assessment

6.    Global Battery Free Implants Market: Market Characterization

7.    Global Battery Free Implants Market: Product Pipeline Analysis

8.    Global Battery Free Implants Market: Consolidation Landscape

9.    Appendix

10.  List of Tables

11.  List of Figures

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About Us:

At Ingenious eBrain, we believe that humans assisted with machine intelligence can deliver unparalleled results. Our proprietary in-house tools use the power of AI to deliver the most reliable results in half the time used by traditional methods. The AI assisted workflow allows cost-efficient decision making for even the most challenging problems.

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Ingenious eBrain: Competitive Landscape  Study on Blockchain Technology

Blockchain is an online record-keeping innovation that will change the way we manage businesses. It is mutual, trusted, public record of exchanges, that everybody can examine, however, no single client controls it. It is also crypto-graphed, protected, tamper resistant and cannot be re-circulated.

Blockchain technology can be used to track millions of connected devices, enabling the processing of information amid devices. Currently, the Blockchain technology is being leveraged in the banking sector, however, applications of blockchain in various sectors are limitless. The overall blockchain market is projected to be 7.8 Million by 2022 at a CAGR of 79.6%.

Factors such as reduced overall cost of ownership, quicker transactions, simplified business processes with transparency and rigid, increasing cryptocurrencies market cap and ICO is anticipated to drive the overall growth of the market.

Download free sample: http://www.iebrain.com/reports/information-and-communication-technology/blockchain-technology-competitive-landscape-industry-assessments-market-trends-analysis/

 Table of Contents:

1.    Blockchain Technology: Overview

2.    Blockchain Technology: Insight Upfront

3.    Competitive Landscape

4.    Low Patenting Areas & White Spaces

5.    Blockchain Company Profiles

6.    Global Blockchain Technology Market: Market Characterization

7.    Blockchain Product Landscape

8.    Appendix

9.    List of Tables

10.  List of Figures

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About Us:

At Ingenious eBrain, we believe that humans assisted with machine intelligence can deliver unparalleled results. Our proprietary in-house tools use the power of AI to deliver the most reliable results in half the time used by traditional methods. The AI assisted workflow allows cost-efficient decision making for even the most challenging problems.

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Ingenious eBrain: CRISPR/Cas9 Technology Insights & Analysis Report

There has been a continual development in the gene modification strategy beginning from restriction endonucleases, transgenic breeding, RNAi advances to the currently engineered endonucleases.

As of 2017, there were four groups of engineered nucleases being used, namely, meganucleases, zinc finger nucleases (ZFNs), transcription activator-like effector-based nucleases (TALENs), and the clustered regularly interspaced short palindromic repeats CRISPR-Cas system.

Over the last few decades, Gene editing emerged with the discovery of CRISPR and its variant Cas9. CRISPR not only gave a new image to gene editing but also elevated the standards for new findings. CRISPR and CRISPR-associated (Cas) genes market is anticipated to hit the whopping value of USD 4.09 billion by 2025. The persuading factor for the blooming growth of CRISPR-Cas system is the progressive gene therapy, disease prevalence, GM crops, grants/funding, etc.

 Download free sample: http://www.iebrain.com/reports/healthcare-biotechnology/in-depth-analysis-crisprcas9-technology/

 Table of Contents:

1.    Technology Overview

2.    Technology Insights

3.    Landscape Overview

4.    Research Literature Overview

5.    Recent in CRISPR viz. CRISPR/Cpf1, xCas9 etc.

6.    White Space Analysis

7.    Future of CRISPR

8.    Press releases

9.    Conference Updates

10.  CRISPR: Market Overview

11.  CRISPR- Market Determinants

12.  CRISPR-Opportunity Vs. Restraints

13.  CRISPR: Strategic Analysis SWOT & PEST

14.  CRISPR Market Development (2012-2017)

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At Ingenious eBrain, we believe that humans assisted with machine intelligence can deliver unparalleled results. Our proprietary in-house tools use the power of AI to deliver the most reliable results in half the time used by traditional methods. The AI assisted workflow allows cost-efficient decision making for even the most challenging problems.

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Ingenious eBrain: Top Innovations in Salt Reduction

Due to consumption of immensely processed salted food, salt intake has surpassed the World Health Organization (WHO) recommended (less than 5 grams per day) dietary values worldwide. High salt intake triggers a rise in blood pressure, thereby elevating the risk of cardiovascular disease (CVD — strokes, heart attacks and heart failure) and renal diseases. Other injurious effects due to escalated salt intakes are left ventricular hypertrophy, obesity, renal stones, osteoporosis, and stomach cancer. So, there is a burgeoning interest in producing foods with low salt content.

Salt reduction technology market is anticipated to grow globally in the coming years. Types of salt reduction ingredients include yeast extracts, mineral salts, amino acids and many others. The mineral salts segment holds the largest market share, and yeast extract has been growing noticeably in the food industry.

Download free sample: http://www.iebrain.com/reports/food-and-beverages/technology-and-innovation-report-global-salt-reduction-technology/

Table of Contents:

1.    Technology Overview

2.    Salt Reduction Segmentation Based on Application

3.    Global Salt Reduction Technologies: Salt Alternatives

4.    Salt Reduction Technology: An IP Overview

5.    Global Salt Reduction Technologies: Recent Advancement

6.    Salt reduction technology White Space Analysis

7.    Recent activities in Salt reduction technology

8.    Salt reduction Technology Opinions from Experts

9.    Salt reduction Technology Collaboration Insights

10.  Strategies of Companies working in Salt reduction

11.  Recent Salt Reduction Product Developments

12.  Global Trends Salt Alternative Market

13.  Global Salt Reduction: Top Industrial Players

14.  Salt Reduction- Market Determinants

15.  Salt Reduction -Opportunity Vs. Restraints

16.  Salt Reduction: Strategic Analysis SWOT & PEST

17.  Salt Reduction Market Development (2015-2022)

18.  Conclusion

19.  Appendix

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At Ingenious eBrain, we believe that humans assisted with machine intelligence can deliver unparalleled results. Our proprietary in-house tools use the power of AI to deliver the most reliable results in half the time used by traditional methods. The AI assisted workflow allows cost-efficient decision making for even the most challenging problems.

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Ingenious eBrain- Global Industry Report on Metal Matrix Composites

Metal matrix composites (MMCs) is a composite material comprising of a fundamental metal fortification with a second constituent which might be an alternate metal or non-metallic material, for example, ceramic or natural compound.

As of result of the superior properties, the use of MMCs is expanding in numerous end-use sectors such as electronics, aerospace, thermal management, defense, marine, ground transportation, and industrial sector. The developing requirement for lightweight and solid materials in ground transportation and aerospace sector is one of the prime drivers for the MMCs market.

The growing demand from these sectors is expected to sustain the demand of MMC in forthcoming years during the forecast.

Download free sample: http://www.iebrain.com/reports/chemicals/technology-trends-metal-matrix-composites/

Table of Contents:

1.       Executive Summary 

2.       Scope of the study

3.       Methodology

4.       Research & Development

5.       Overview

6.       Technology Insights

7.       Geographical distribution

8.       Partnership / Collaboration / Licensing

9.       Applications of Metal Matrix Composites

10.   Market Analysis

11.   Metal Matrix Composites: Market Determinants

12.   Metal Matrix Composites: Opportunity Vs. Restraints

13.   Metal Matrix Composites: Strategic Analysis SWOT & PEST

14.   Metal Matrix Composites: Recent Advancements and Future Trend

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Ingenious eBrain: Sugar Reduction Global Industry Analysis

Sugar is used as a part of an assortment of ventures primarily for sustenance, refreshments, pastry shop, ice cream parlor, dairy, and pharma. Overall world sugar production was xx million metric tons in 2017-18. On different sides, the utilization was likewise high, as checked by the US Department of Agriculture (USDA). However, the significant health concern is the expansion of sugar to food and beverages. Because of rising health issues about high sugar substance and sugar charges forced by different nations in Europe, Mexico, and South Africa, the food industry has thought of different natural approaches to reduce the amount of included sugars in food and beverages. As estimated, the worldwide sugar-free food and beverages market size is anticipated to develop to US$ xx billion by 2021, at a CAGR of near 7% from US$ xx in 2016.

The sugar reduction technology market is relied upon to develop quickly in the upcoming years around the world. Worldwide sugar reduction technology is sectioned based on type, application, and geography.

Download Free Sample: http://www.iebrain.com/reports/food-and-beverages/sugar-reduction-in-food-products-technology-insights-global-industry-analysis/

Table of Contents:

1.    Technology Overview

2.    Sugar reduction segmentation based on application

3.    Sugar Alternatives: A better healthy choice

4.    Sugar Reduction Technology: IP Trends

5.    Global Sugar Reduction Technologies: Recent Novel Technologies

6.    Sugar reduction technology White Space Analysis

7.    Recent activities in Sugar reduction technology

8.    Sugar Reduction Technology Opinions from Experts

9.    Sugar Reduction Technology Collaboration Insights

10.  Strategies of Companies working in Sugar Reduction

11.  Recent Sugar Reduction Product Developments

12.  Global Trends Sugar Alternative Market

13.  Global Sugar Reduction: Top Industrial Players

14.  Sugar Reduction- Market Determinants

15.  Sugar Reduction -Opportunity Vs. Restraints

16.  Sugar Reduction: Strategic Analysis SWOT & PEST

17.  Sugar Reduction Market Development (2015-2020)

18.  Conclusion

19.  List of Tables:

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Food and Beverages,  Food Technology, Healthcare- Biotechnology

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Ingenious eBrain: Human Microbiome Technological Report

The Human body is comprised of more than 100 trillion of microorganisms which have resulted in human cells ten to one. The human body is a biological community i.e. home to trillions of microbes like microbes, organisms, viruses, fungi, and so forth and the group of the organisms that live in it is known as the human microbiome. The human microbiome is an accumulation of the organisms that live on or inside the body liquids or tissues. These communities assume an imperative part of human physiology, digestion, immune system development, and detoxification reactions.

Access our Technology Intelligence report store to recognize the innovation that can inspire the future development and anticipate the competitive environment of your business. Including all data on the market, product, and innovation; Our in-depth a TI reports recognize and analyze the adjustments in the market condition and enhance business leadership for the survival of business in long run.

Download Free Sample: http://www.iebrain.com/reports/healthcare-biotechnology/human-microbiome-the-unavoidable-companion-technological-report-and-market-scenario/

Table of Contents:

1 Executive Summary

2 Introduction

3 Human Microbiome: Overview

4 Research Scope

5 Research Methodology

6 Research Approach

7 Research Sources

8 Technical Analysis

9 Mode of Administration of Microbiome Products

10 Microbiome Product forms

11 Market Analysis

12 Market Trend Analysis

13 Key Microbiome Players (Company Profiling)

14 Key Microbiome Developments

15 List of Tables

16 List of Figures

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Healthcare- Biotechnology, Healthcare-Pharmaceuticals, Healthcare- Medical Devices

About Us:

At Ingenious eBrain, we believe that humans assisted with machine intelligence can deliver unparalleled results. Our proprietary in-house tools use the power of AI to deliver the most reliable results in half the time used by traditional methods. The AI assisted workflow allows cost-efficient decision making for even the most challenging problems.

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