The document discusses Korea's bioindustry and policies to promote its development. It outlines Korea's status in the global bioindustry, which has significant growth potential. While Korea has advanced biotechnology capabilities, its investment, industrial structure and global competitiveness still lag behind major economies. The vision is for Korea to become a leading bioeconomy by 2015. Key policy tasks include pursuing essential R&D, developing regional bioindustry clusters, replacing the petrochemical industry with biochemistry, vitalizing biotech businesses through various supports, and developing human resources in the field.
Nanotechnology and advanced materials Dr Abdul Kadir Bin Masromcosti2014
The document discusses Malaysia's focus on nanotechnology and advanced materials to drive industrial development and economic transformation. It outlines Malaysia's National Nanotechnology Program, which identified four key economic clusters - energy and environment, electronics and devices, food and agriculture, and healthcare - for nanotechnology to have early impact. The program aims to develop high-impact projects in these areas to address national economic and social needs. The document also examines Malaysia's strategies to commercialize promising nanomaterials like graphene through aligning projects with its Economic Transformation Program's National Key Economic Areas. The long-term goal is for nanotechnology to benefit multiple industries and help transform Malaysia's economy.
SINGAPORE'S BIOMEDICINE INITIATIVE PRESCRIPTION OF GROWTHANIRBAN CHOUDHURY
The document summarizes Singapore's strategy to develop its biomedical industry through significant government investment and infrastructure support. Key aspects of the strategy include building research facilities like the Biopolis science park; providing tax incentives; improving education; and creating a supportive environment through advanced telecommunications, lifestyle amenities, and strong intellectual property protection. The strategy has helped grow Singapore's biomedical manufacturing output and attract major international companies to establish operations in Singapore to take advantage of these resources and incentives.
The document summarizes the real estate market in Southwest California. It notes that after being hit hard by the recession, cities like Murrieta and Temecula have recovered and home sales are increasing again. In January 2013, over $145 million worth of single family homes were sold in the region. While sales were down from the previous month, home prices rose between 9-30% compared to January 2012. The recovery remains fragile due to risks from higher taxes, regulations and changes to mortgage interest deductions being discussed. The housing market rebound could help further drive the economic recovery.
- Home sales in 2014 are expected to hold steady at around 5.12 million units, similar to projected sales in 2013. Median home prices are forecast to rise nearly 6% in 2014 after an expected 11% increase in 2013.
- Inventory shortages continue to put upward pressure on home prices. Housing starts need to increase substantially to meet demand and alleviate the shortage.
- Mortgage rates are projected to rise through 2014, reaching over 5% by year-end, which will impact affordability. Job growth and potential easing of lending standards could offset higher rates.
- Inflation may start to rise in 2014 as the rent component increases, emphasizing the need for more new home construction to control price growth
Nanotechnology and advanced materials Dr Abdul Kadir Bin Masromcosti2014
The document discusses Malaysia's focus on nanotechnology and advanced materials to drive industrial development and economic transformation. It outlines Malaysia's National Nanotechnology Program, which identified four key economic clusters - energy and environment, electronics and devices, food and agriculture, and healthcare - for nanotechnology to have early impact. The program aims to develop high-impact projects in these areas to address national economic and social needs. The document also examines Malaysia's strategies to commercialize promising nanomaterials like graphene through aligning projects with its Economic Transformation Program's National Key Economic Areas. The long-term goal is for nanotechnology to benefit multiple industries and help transform Malaysia's economy.
SINGAPORE'S BIOMEDICINE INITIATIVE PRESCRIPTION OF GROWTHANIRBAN CHOUDHURY
The document summarizes Singapore's strategy to develop its biomedical industry through significant government investment and infrastructure support. Key aspects of the strategy include building research facilities like the Biopolis science park; providing tax incentives; improving education; and creating a supportive environment through advanced telecommunications, lifestyle amenities, and strong intellectual property protection. The strategy has helped grow Singapore's biomedical manufacturing output and attract major international companies to establish operations in Singapore to take advantage of these resources and incentives.
The document summarizes the real estate market in Southwest California. It notes that after being hit hard by the recession, cities like Murrieta and Temecula have recovered and home sales are increasing again. In January 2013, over $145 million worth of single family homes were sold in the region. While sales were down from the previous month, home prices rose between 9-30% compared to January 2012. The recovery remains fragile due to risks from higher taxes, regulations and changes to mortgage interest deductions being discussed. The housing market rebound could help further drive the economic recovery.
- Home sales in 2014 are expected to hold steady at around 5.12 million units, similar to projected sales in 2013. Median home prices are forecast to rise nearly 6% in 2014 after an expected 11% increase in 2013.
- Inventory shortages continue to put upward pressure on home prices. Housing starts need to increase substantially to meet demand and alleviate the shortage.
- Mortgage rates are projected to rise through 2014, reaching over 5% by year-end, which will impact affordability. Job growth and potential easing of lending standards could offset higher rates.
- Inflation may start to rise in 2014 as the rent component increases, emphasizing the need for more new home construction to control price growth
The document discusses the Indian biotechnology landscape from an international perspective. It finds that India has become a prominent global player in biotechnology, and its contribution to the global market is expected to grow significantly by 2025. However, it also identifies several issues that could hamper growth, such as low R&D spending, a lack of coordination between regulatory bodies, and insufficient industry-academia linkages. The document provides recommendations to address these issues, including increasing private sector investment in R&D, improving research quality and infrastructure, developing biotechnology clusters, and streamlining the regulatory environment.
This document outlines the draft National Biotechnology Development Strategy for India. It discusses developing human resources and infrastructure to support the biotechnology sector. Key recommendations include assessing training needs, improving curricula, strengthening university research, and attracting talent. The strategy also aims to develop infrastructure for R&D and manufacturing through public-private partnerships. The overall vision is for biotechnology to generate jobs and revenue while helping agriculture, healthcare, and the environment.
The document discusses the scope for enhanced cooperation between Indian and German companies in the biotechnology sector. It provides an overview of the biotechnology industry in both countries, highlighting key areas like biopharmaceuticals, bioservices, bio-agri, and bioinformatics. The biotechnology market in India has grown significantly in the last decade and is projected to reach $100 billion by 2025, driven by factors like increasing government support and investments. The document identifies potential areas of collaboration between the two countries, including promoting academia-industry links, bilateral conferences, mentoring of Indian startups, and strengthening of clusters and incubators.
The Biotech industry is playing a major role in dealing with the COVID-19 pandemic. Already, at least two Indian companies are moving forward with the human trial of COVID-19 vaccines and developing various other solutions to deal with the pandemic.
The pandemic has also helped various Biotech startups secure funding. More importantly, the pandemic has brought the sector under the VC radar. The increasing emphasis on healthy living, hygiene, and concern about preparedness for infectious diseases will act as growth drivers for this sector.
This document discusses the challenges facing the Indian biotechnological sector. It outlines that India has over 300 registered biotech companies but the sector is still in a nascent stage. Some key challenges include a lack of venture capital funding, weak entrepreneurial skills, and a risk-averse industry culture. Strengthening intellectual property protections and improving collaboration between research and industry will help drive future growth of the important but developing Indian biotech sector.
new management trends in biopharmaceuticalsraj kunwar
The document discusses emerging trends in the biopharmaceutical industry in India. It notes that the Indian biotech industry has grown to over $2 billion and biopharma remains the largest contributor. It outlines various management strategies Indian pharmaceutical firms have taken regarding biotechnology, including contract research and entering the biogenerics market. It also discusses problems the sector faces, such as high drug discovery costs and intellectual property protection, and recommendations to address these issues like allowing early phase clinical trials and reforming patent laws. Emerging trends include increasing government support, regulatory reforms, and more international collaboration.
The document provides an overview of the biotechnology industry in India, including its current status, key segments, and growth opportunities. Some of the main points covered in the summary are:
1) The biotechnology industry in India has grown over the past 3 decades, supported by various government policies and initiatives. It has established itself as a niche player in the global biotech sector.
2) The key segments of the Indian biotech industry are biopharma, bioservices, bioagriculture, bioindustrial, and bioinformatics. Biopharma contributes the largest share (65%) of the domestic revenues.
3) Exports account for about 60% of the industry's total revenues, with bi
In the fast-evolving landscape of biotechnology, analyzing the Indian market holds significant importance. Our comprehensive biotech industry analysis delves deep into the dynamic realm of Indian biotechnology, uncovering key trends, market dynamics, and emerging opportunities.
With a focus on India's unique ecosystem, our analysis sheds light on the advancements in biotechnology, encompassing areas such as pharmaceuticals, genomics, healthcare, and life sciences. We explore the latest research and development initiatives, innovative startups, and disruptive technologies shaping the industry.
By examining the market landscape, regulatory environment, and competitive landscape, our analysis provides valuable insights for stakeholders seeking to understand the Indian biotech sector. From investors and entrepreneurs to policymakers and researchers, our research helps make informed decisions and identifies potential areas of growth and collaboration.
With an emphasis on industry trends, market projections, and emerging challenges, our analysis equips professionals with the knowledge needed to navigate the dynamic biotech landscape in India. Stay informed, make strategic moves, and unlock the immense potential offered by the Indian biotech industry with our in-depth analysis.
The document summarizes the current state of the biotechnology sector in India, including its challenges and future potential. It notes that while India has over 300 biotech companies, the sector is still nascent. Key challenges include a lack of collaboration between research and industry, limited venture capital funding, and an inefficient patent system. However, India has strengths like human resources, biodiversity, and a large domestic market that could support future growth if these challenges are addressed. The future of Indian biotech may involve strengthening international partnerships and regulatory frameworks to better compete globally.
Modern biotechnology Dr Nataporn Chanvarasuthcosti2014
The document discusses policy and institutional frameworks needed to support biotechnology innovation systems. It outlines that the 2030 bioeconomy will likely involve advanced biological knowledge, renewable biomass, and integration of biotechnology across sectors. Specific characteristics of the biotech business are described, such as its knowledge-based and long-term nature. The importance of innovation ecosystems and clusters in supporting commercialization is emphasized. Examples of policy approaches from different countries to provide suitable environments, expedite technology transfer, maintain biotech markets, and support science and innovation are given. Infrastructure and facilities to enable knowledge business are also summarized.
Market insight report on Biotechnology in India covers products, technologies and services used in the Indian Biotechnology Industry. The report studies the Bio Pharma, Herbal Drugs, Bioservices and Bioindustrial markets in detail. Market estimations and predictions are illustrated by sector and by technology. Major Pharmaceutical, Bio Fuels, Bioinformatics companies and Contract Research Organizations serving the industry are also covered in the report. Information related to recent product releases, product developments, partnerships, collaborations, and mergers and acquisitions is covered in the report. An Indian perspective is presented along 44 exclusive graphically represented exhibits. Business profiles of 100 major companies are discussed in the report. The report serves as a guide to Indian Biotechnology industry, as it covers more than 300 companies that are engaged in biotechnology R&D, discovery, testing and supply of products and services.
The document analyzes the biotechnology industry in India using Porter's Five Forces framework. It finds that the threat of new entrants and competitive rivalry within the industry are low due to high capital requirements and specialized expertise needed. The threat of substitute products and bargaining power of suppliers are also low. However, the bargaining power of customers is medium as some drugs have substitutes and customers are fragmented with a few influential buyers.
The document discusses opportunities for cooperation and partnership in biotechnology between India and other countries. It notes that the Indian biotech industry has grown significantly in recent years but still has room for growth. Key opportunities for partnerships include contract research, manufacturing of biogenerics, clinical trials, and bioinformatics. The document outlines India's strengths in these areas like a skilled workforce, low costs, and bio-resources that make it an attractive partner for global biotech companies.
Industrial toxicology research centre (ITRC)Omkar Patil
This document discusses the Industrial Toxicology Research Centre (ITRC) in India. It provides background on ITRC, including that it was established in 1965 by the Council of Scientific and Industrial Research to identify harmful chemical effects and prevent damage to the environment and public. ITRC conducts research in various areas of toxicology. The document notes that stringent government policies and reduced financial support presented threats by limiting ITRC's expansion. However, opportunities existed in private sector work and new research areas. It discusses ITRC's strengths in expertise and infrastructure but also weaknesses in financing future activities due to its non-profit structure. The document considers how ITRC can cope with financial challenges by adopting a more market-oriented
Biotechnology is the use of living systems and organisms to develop or make useful products. It has applications in health care, agriculture, and industrial uses. Biotechnology parks provide financial and logistical support for new biotech entrepreneurs. They have been established in many Indian states. The biotechnology sector in India is growing and has potential to emerge as a global player due to research capabilities and cost-effectiveness. Biotech parks play key roles in health care, agriculture, industrial applications, and energy. Their focus areas include biofuels, crop improvement, health products, polymers, and more. India has strengths in human resources, research, and clinical capabilities for biotechnology but also faces weaknesses in commercialization, venture capital, IP protection
Biotechnology is the use of living systems and organisms to develop or make useful products. It has applications in health care, agriculture, and industrial uses. Biotechnology parks provide financial and logistical support for new biotech entrepreneurs. They have been established in many Indian states. The biotechnology sector in India is growing and has potential to emerge as a global player due to research capabilities and cost-effectiveness. Biotech parks play key roles in health care, agriculture, industrial applications, and energy. Their focus areas include biofuels, crop improvement, health products, polymers, and more. A SWOT analysis identifies strengths like human resources and opportunities like the large market, but also weaknesses like links between research and commercialization and threats
The document provides an overview of the Indian biotechnology market. It discusses [1] the growth and size of the market, with the biopharmaceutical sector being the largest, [2] the key players in the market like Serum Institute of India and Biocon, and [3] the opportunities in the market like biotech clusters in major cities. The biotechnology sector in India has been growing significantly and holds potential to further expand.
NATIONAL BIOTECHNOLOGY DEVELOPMENT STRATEGY_01.04 (1).pdfssusera79184
The key focuses of the National Biotechnology Development Strategy 2021-2025 are to build human and infrastructure capacities, implement biotech missions aligned with national and global priorities, build a self-reliant India through biotech interventions, leverage strategic partnerships, prepare for the future by building knowledge, take science to society, improve outreach and communication, conduct global benchmarking and implement policy enablers. The strategy aims to make India a global biomanufacturing hub and $150 billion bioeconomy by 2025 through focusing on building skilled workforce, strengthening infrastructure, promoting innovation and entrepreneurship, and facilitating product development and commercialization.
1) Evozyne uses evolution-based design and machine learning to engineer novel proteins to solve challenges in therapeutics and sustainability.
2) They have partnered with Takeda to develop an enzyme to treat a genetic disease, exceeding expectations, and are developing platforms for antibodies, gene editing, and gene optimization.
3) Evozyne aims to bring biology-based solutions to issues like carbon capture and untreated diseases by designing proteins with advanced functionality inspired by natural evolution.
Beaches around the world come in a variety of vibrant colors beyond the typical golden sand beaches. Some examples of colorful beaches include pink sand beaches in the Bahamas formed from coral sediment, a red sand beach in Hawaii made of eroded red sandstone, and the black sand beaches of Hawaii created from basalt lava. Additionally, beaches in Australia, Hawaii, California, and elsewhere have unusual green, purple, or multi-colored sands resulting from the minerals or volcanic rocks present in the surrounding areas.
The document discusses the Indian biotechnology landscape from an international perspective. It finds that India has become a prominent global player in biotechnology, and its contribution to the global market is expected to grow significantly by 2025. However, it also identifies several issues that could hamper growth, such as low R&D spending, a lack of coordination between regulatory bodies, and insufficient industry-academia linkages. The document provides recommendations to address these issues, including increasing private sector investment in R&D, improving research quality and infrastructure, developing biotechnology clusters, and streamlining the regulatory environment.
This document outlines the draft National Biotechnology Development Strategy for India. It discusses developing human resources and infrastructure to support the biotechnology sector. Key recommendations include assessing training needs, improving curricula, strengthening university research, and attracting talent. The strategy also aims to develop infrastructure for R&D and manufacturing through public-private partnerships. The overall vision is for biotechnology to generate jobs and revenue while helping agriculture, healthcare, and the environment.
The document discusses the scope for enhanced cooperation between Indian and German companies in the biotechnology sector. It provides an overview of the biotechnology industry in both countries, highlighting key areas like biopharmaceuticals, bioservices, bio-agri, and bioinformatics. The biotechnology market in India has grown significantly in the last decade and is projected to reach $100 billion by 2025, driven by factors like increasing government support and investments. The document identifies potential areas of collaboration between the two countries, including promoting academia-industry links, bilateral conferences, mentoring of Indian startups, and strengthening of clusters and incubators.
The Biotech industry is playing a major role in dealing with the COVID-19 pandemic. Already, at least two Indian companies are moving forward with the human trial of COVID-19 vaccines and developing various other solutions to deal with the pandemic.
The pandemic has also helped various Biotech startups secure funding. More importantly, the pandemic has brought the sector under the VC radar. The increasing emphasis on healthy living, hygiene, and concern about preparedness for infectious diseases will act as growth drivers for this sector.
This document discusses the challenges facing the Indian biotechnological sector. It outlines that India has over 300 registered biotech companies but the sector is still in a nascent stage. Some key challenges include a lack of venture capital funding, weak entrepreneurial skills, and a risk-averse industry culture. Strengthening intellectual property protections and improving collaboration between research and industry will help drive future growth of the important but developing Indian biotech sector.
new management trends in biopharmaceuticalsraj kunwar
The document discusses emerging trends in the biopharmaceutical industry in India. It notes that the Indian biotech industry has grown to over $2 billion and biopharma remains the largest contributor. It outlines various management strategies Indian pharmaceutical firms have taken regarding biotechnology, including contract research and entering the biogenerics market. It also discusses problems the sector faces, such as high drug discovery costs and intellectual property protection, and recommendations to address these issues like allowing early phase clinical trials and reforming patent laws. Emerging trends include increasing government support, regulatory reforms, and more international collaboration.
The document provides an overview of the biotechnology industry in India, including its current status, key segments, and growth opportunities. Some of the main points covered in the summary are:
1) The biotechnology industry in India has grown over the past 3 decades, supported by various government policies and initiatives. It has established itself as a niche player in the global biotech sector.
2) The key segments of the Indian biotech industry are biopharma, bioservices, bioagriculture, bioindustrial, and bioinformatics. Biopharma contributes the largest share (65%) of the domestic revenues.
3) Exports account for about 60% of the industry's total revenues, with bi
In the fast-evolving landscape of biotechnology, analyzing the Indian market holds significant importance. Our comprehensive biotech industry analysis delves deep into the dynamic realm of Indian biotechnology, uncovering key trends, market dynamics, and emerging opportunities.
With a focus on India's unique ecosystem, our analysis sheds light on the advancements in biotechnology, encompassing areas such as pharmaceuticals, genomics, healthcare, and life sciences. We explore the latest research and development initiatives, innovative startups, and disruptive technologies shaping the industry.
By examining the market landscape, regulatory environment, and competitive landscape, our analysis provides valuable insights for stakeholders seeking to understand the Indian biotech sector. From investors and entrepreneurs to policymakers and researchers, our research helps make informed decisions and identifies potential areas of growth and collaboration.
With an emphasis on industry trends, market projections, and emerging challenges, our analysis equips professionals with the knowledge needed to navigate the dynamic biotech landscape in India. Stay informed, make strategic moves, and unlock the immense potential offered by the Indian biotech industry with our in-depth analysis.
The document summarizes the current state of the biotechnology sector in India, including its challenges and future potential. It notes that while India has over 300 biotech companies, the sector is still nascent. Key challenges include a lack of collaboration between research and industry, limited venture capital funding, and an inefficient patent system. However, India has strengths like human resources, biodiversity, and a large domestic market that could support future growth if these challenges are addressed. The future of Indian biotech may involve strengthening international partnerships and regulatory frameworks to better compete globally.
Modern biotechnology Dr Nataporn Chanvarasuthcosti2014
The document discusses policy and institutional frameworks needed to support biotechnology innovation systems. It outlines that the 2030 bioeconomy will likely involve advanced biological knowledge, renewable biomass, and integration of biotechnology across sectors. Specific characteristics of the biotech business are described, such as its knowledge-based and long-term nature. The importance of innovation ecosystems and clusters in supporting commercialization is emphasized. Examples of policy approaches from different countries to provide suitable environments, expedite technology transfer, maintain biotech markets, and support science and innovation are given. Infrastructure and facilities to enable knowledge business are also summarized.
Market insight report on Biotechnology in India covers products, technologies and services used in the Indian Biotechnology Industry. The report studies the Bio Pharma, Herbal Drugs, Bioservices and Bioindustrial markets in detail. Market estimations and predictions are illustrated by sector and by technology. Major Pharmaceutical, Bio Fuels, Bioinformatics companies and Contract Research Organizations serving the industry are also covered in the report. Information related to recent product releases, product developments, partnerships, collaborations, and mergers and acquisitions is covered in the report. An Indian perspective is presented along 44 exclusive graphically represented exhibits. Business profiles of 100 major companies are discussed in the report. The report serves as a guide to Indian Biotechnology industry, as it covers more than 300 companies that are engaged in biotechnology R&D, discovery, testing and supply of products and services.
The document analyzes the biotechnology industry in India using Porter's Five Forces framework. It finds that the threat of new entrants and competitive rivalry within the industry are low due to high capital requirements and specialized expertise needed. The threat of substitute products and bargaining power of suppliers are also low. However, the bargaining power of customers is medium as some drugs have substitutes and customers are fragmented with a few influential buyers.
The document discusses opportunities for cooperation and partnership in biotechnology between India and other countries. It notes that the Indian biotech industry has grown significantly in recent years but still has room for growth. Key opportunities for partnerships include contract research, manufacturing of biogenerics, clinical trials, and bioinformatics. The document outlines India's strengths in these areas like a skilled workforce, low costs, and bio-resources that make it an attractive partner for global biotech companies.
Industrial toxicology research centre (ITRC)Omkar Patil
This document discusses the Industrial Toxicology Research Centre (ITRC) in India. It provides background on ITRC, including that it was established in 1965 by the Council of Scientific and Industrial Research to identify harmful chemical effects and prevent damage to the environment and public. ITRC conducts research in various areas of toxicology. The document notes that stringent government policies and reduced financial support presented threats by limiting ITRC's expansion. However, opportunities existed in private sector work and new research areas. It discusses ITRC's strengths in expertise and infrastructure but also weaknesses in financing future activities due to its non-profit structure. The document considers how ITRC can cope with financial challenges by adopting a more market-oriented
Biotechnology is the use of living systems and organisms to develop or make useful products. It has applications in health care, agriculture, and industrial uses. Biotechnology parks provide financial and logistical support for new biotech entrepreneurs. They have been established in many Indian states. The biotechnology sector in India is growing and has potential to emerge as a global player due to research capabilities and cost-effectiveness. Biotech parks play key roles in health care, agriculture, industrial applications, and energy. Their focus areas include biofuels, crop improvement, health products, polymers, and more. India has strengths in human resources, research, and clinical capabilities for biotechnology but also faces weaknesses in commercialization, venture capital, IP protection
Biotechnology is the use of living systems and organisms to develop or make useful products. It has applications in health care, agriculture, and industrial uses. Biotechnology parks provide financial and logistical support for new biotech entrepreneurs. They have been established in many Indian states. The biotechnology sector in India is growing and has potential to emerge as a global player due to research capabilities and cost-effectiveness. Biotech parks play key roles in health care, agriculture, industrial applications, and energy. Their focus areas include biofuels, crop improvement, health products, polymers, and more. A SWOT analysis identifies strengths like human resources and opportunities like the large market, but also weaknesses like links between research and commercialization and threats
The document provides an overview of the Indian biotechnology market. It discusses [1] the growth and size of the market, with the biopharmaceutical sector being the largest, [2] the key players in the market like Serum Institute of India and Biocon, and [3] the opportunities in the market like biotech clusters in major cities. The biotechnology sector in India has been growing significantly and holds potential to further expand.
NATIONAL BIOTECHNOLOGY DEVELOPMENT STRATEGY_01.04 (1).pdfssusera79184
The key focuses of the National Biotechnology Development Strategy 2021-2025 are to build human and infrastructure capacities, implement biotech missions aligned with national and global priorities, build a self-reliant India through biotech interventions, leverage strategic partnerships, prepare for the future by building knowledge, take science to society, improve outreach and communication, conduct global benchmarking and implement policy enablers. The strategy aims to make India a global biomanufacturing hub and $150 billion bioeconomy by 2025 through focusing on building skilled workforce, strengthening infrastructure, promoting innovation and entrepreneurship, and facilitating product development and commercialization.
1) Evozyne uses evolution-based design and machine learning to engineer novel proteins to solve challenges in therapeutics and sustainability.
2) They have partnered with Takeda to develop an enzyme to treat a genetic disease, exceeding expectations, and are developing platforms for antibodies, gene editing, and gene optimization.
3) Evozyne aims to bring biology-based solutions to issues like carbon capture and untreated diseases by designing proteins with advanced functionality inspired by natural evolution.
Beaches around the world come in a variety of vibrant colors beyond the typical golden sand beaches. Some examples of colorful beaches include pink sand beaches in the Bahamas formed from coral sediment, a red sand beach in Hawaii made of eroded red sandstone, and the black sand beaches of Hawaii created from basalt lava. Additionally, beaches in Australia, Hawaii, California, and elsewhere have unusual green, purple, or multi-colored sands resulting from the minerals or volcanic rocks present in the surrounding areas.
The document summarizes a study conducted by a team from Cornell University and KMUTT on the indigo textiles community of Kud Haad in Sakon Nakhon, Thailand. The community comprises 52 women from 4 villages who produce unique handmade textiles using natural indigo and cotton. The study analyzed the community's business operations, marketing, quality, strengths, weaknesses, opportunities, threats, and provided short, medium, and long-term solutions to improve the sustainability and profitability of the indigo textiles business. Key recommendations included improving management structure, increasing marketing exposure, boosting product quality, and diversifying product lines.
Leveraging Generative AI to Drive Nonprofit InnovationTechSoup
In this webinar, participants learned how to utilize Generative AI to streamline operations and elevate member engagement. Amazon Web Service experts provided a customer specific use cases and dived into low/no-code tools that are quick and easy to deploy through Amazon Web Service (AWS.)
This document provides an overview of wound healing, its functions, stages, mechanisms, factors affecting it, and complications.
A wound is a break in the integrity of the skin or tissues, which may be associated with disruption of the structure and function.
Healing is the body’s response to injury in an attempt to restore normal structure and functions.
Healing can occur in two ways: Regeneration and Repair
There are 4 phases of wound healing: hemostasis, inflammation, proliferation, and remodeling. This document also describes the mechanism of wound healing. Factors that affect healing include infection, uncontrolled diabetes, poor nutrition, age, anemia, the presence of foreign bodies, etc.
Complications of wound healing like infection, hyperpigmentation of scar, contractures, and keloid formation.
How to Setup Warehouse & Location in Odoo 17 InventoryCeline George
In this slide, we'll explore how to set up warehouses and locations in Odoo 17 Inventory. This will help us manage our stock effectively, track inventory levels, and streamline warehouse operations.
This presentation was provided by Racquel Jemison, Ph.D., Christina MacLaughlin, Ph.D., and Paulomi Majumder. Ph.D., all of the American Chemical Society, for the second session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session Two: 'Expanding Pathways to Publishing Careers,' was held June 13, 2024.
Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
"Learn about all the ways Walmart supports nonprofit organizations.
You will hear from Liz Willett, the Head of Nonprofits, and hear about what Walmart is doing to help nonprofits, including Walmart Business and Spark Good. Walmart Business+ is a new offer for nonprofits that offers discounts and also streamlines nonprofits order and expense tracking, saving time and money.
The webinar may also give some examples on how nonprofits can best leverage Walmart Business+.
The event will cover the following::
Walmart Business + (https://business.walmart.com/plus) is a new shopping experience for nonprofits, schools, and local business customers that connects an exclusive online shopping experience to stores. Benefits include free delivery and shipping, a 'Spend Analytics” feature, special discounts, deals and tax-exempt shopping.
Special TechSoup offer for a free 180 days membership, and up to $150 in discounts on eligible orders.
Spark Good (walmart.com/sparkgood) is a charitable platform that enables nonprofits to receive donations directly from customers and associates.
Answers about how you can do more with Walmart!"
Level 3 NCEA - NZ: A Nation In the Making 1872 - 1900 SML.pptHenry Hollis
The History of NZ 1870-1900.
Making of a Nation.
From the NZ Wars to Liberals,
Richard Seddon, George Grey,
Social Laboratory, New Zealand,
Confiscations, Kotahitanga, Kingitanga, Parliament, Suffrage, Repudiation, Economic Change, Agriculture, Gold Mining, Timber, Flax, Sheep, Dairying,
4. Future Trends
글로벌화
Potential to Meet Low-Carbon,
Human Needs Green Growth
Supports health and longevity by Overcome environmental
utilizing cutting-edge technologies. challenges by utilizing biomass,
commercializing biotech, etc.
The bioindustry is a knowledge-based industry that creates value-
added and has great potential to meet the needs of a future society.
4
5. New Technology Paradigm
* Richard Oliver, author of The Coming Biotech Age, called biotechnology the Fourth Wave,
the Third Wave being IT.
5
7. Bioindustry Trends
Significant Growth
Significant Growth New Technologies via Convergence
New Technologies via Convergence
Annual Average Growth $1.3 trillion
IT
New technologies
$600 billion arising from the
Electronics NT
$540 billion convergence of 0
(USD) cutting-edge
technologies such
as IT, NT Machinery Chemicals
2004 2006 2020
High Risk, High Value-added
High Risk, High Value-added Low-Carbon, Green Growth
Low-Carbon, Green Growth
Sustainable growth technologies (e.g. biorefining)
Development of new medicines
is a lengthy, costly process.
Annual value-added of one new medicine
= export of 3 million cars
7
8. Bioindustries in Major Economies
By concentrating investment in biotechnology, countries are seeking solutions
to concerns about energy, environment and aging populations.
Measures Taken
Policies established at the federal and state levels to foster the bioindustry on the basis of
world-leading technological competitiveness.
In 2005, the U.S. accounted for 75.7% of global imports, 78.3% of global R&D in the bioindustry.
• State governments continue to increase investment in biotechnology.
• Federal government recently increased support for stem cell research and alleviated regulations.
Has established an EU-wide development strategy emphasizing simultaneous pursuit of
cooperation and competition.
Implementing the seventh Framework Program (2007 to 2013, 9.52 billion euros in investment)
• Focusing on bioenergy in a new strategy to reduce dependence on oil.
Has expedited collaboration among industry, academia and research centers through a biotech
commercialization strategy.
• Stressed the need to develop and commercialize new medicine in its New industry Creation Strategy (May
2004) and Science and Technology Basic Plan for Phase III (2006-2010).
• Adopting a pragmatic approach to R&D, fostering translational research and clinical research alongside cutting-
edge research.
Government to foster nine core areas in an effort to become a biotech stronghold.
• Announced Biotechnology Development Master Plan in September 2005: Nine core areas have been identified
including agriculture, drugs, food and energy.
• Plan to set up biotech clusters in Beijing, Tianjin, Changjiang Delta, Pearl River Delta, etc.
8
9. 3. Korea’s Bioindustry
Status of Korea’s Bioindustry
Assessment of Issues
Opportunity: SWOT Analysis
9
10. Status of Korea’s Bioindustry
Market Size
Market Size
Production in 2008 was about $3.9 billion (Global market size : $124 billion)
- Annual growth rate from 2006 to 2008 stood around 19.7%
Investment and Industrial Structure
Investment and Industrial Structure
Government investment(‘08) was 920 billion won
- 8.5% of the total government R&D budget (10.8 trillion won)
cf.) US(22.5%), Japan(18%)
Businesses are small and the market has no leading companies or significant
investment.
Technological Competitiveness
Technological Competitiveness
Korea’s level of technology is only about 60 to 70% of that seen in advanced
countries.
Nevertheless, the industry has made many achievements in a short time and
shows great potential.
10
11. Issues
Low Investment
Low Investment
Total investment size of Korea government in
bioindustry is smaller than that of one representative
global company.
* R&D investment(‘08) : Korea government - $900 million,
Pfizer - $8000 million
Weak Global Network
Weak Global Network
Korean companies lack a strong global network
comparing with world’s global company.
- only 6 applications to the U.S. FDA for clinical trials of their products.
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12. Issues
Weak Industrial Basis
Weak Industrial Basis
Industrial ecosystem has not formed in place to facilitate
bioventure companies.
Despite the growth of the market, most growth was in food
biotechnology.
-Production share (2006): food biotechnology 43%, biopharmaceuticals 39%,
biochemical technology 6%
Insufficient infrastructures to commercialize research results
through professional services such as CROs and CMOs.
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13. Opportunity: SWOT Analysis
• Advanced technology in the synthesis and
• Weak globalization of bioindustry
manufacture of biopharmaceuticals
• Abundance of researchers with skills in
• Lack of advanced infrastructure
basic biotechnology • Insufficient number of specialists
• Over 20 years of experience in drug • No joint research system in place
development
• Export of numerous technologies regarding
among academia, research and
bio-candidate substances industry
• Potential to expand market in consideration • Competition from China and India, which
of aging population and other factors have an edge in price competitiveness
• Increasing expiration of patents has opened • Insufficient M&As and partnerships
up the biosimilar market among Korean companies
• Well-established base for convergence with • Dependency on overseas partners to
IT, chemical and other related industries conduct clinical trials
• Potential to enter global market in • Strong presence of multinationals in
collaboration with multinationals Korean market
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15. Vision and Strategy
To achieve bioeconomy society with healthy lifestyle
7th leading country in bioengineering by 2015
Goals
2008
2008 2015
2015
Competitiveness in patented tech. 14th in 2005 7th
Nurture core researchers 10,000 researchers 17,000
Create industrialized market(production) 3.9 billion won 60 billion won
Pursue core R&D to produce Establish infrastructure
Establish infrastructure
Pursue core R&D to produce
world-class & nurture
& nurture
world-class
products human resources
human resources
products
Global Bio
Revise regulations and
Revise regulations and
Red Bio White Bio
Promote Strengthen regional and
Strengthen regional and
Promote
lay a solid foundation for
lay a solid foundation for biochemical industry
biochemical industry global cooperation
global cooperation
business
business
* Based on the 2nd basic plan to promote bio-engineering
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16. 6. Policy Tasks
Pursuit of Essential R&D Projects
Development of Regional Bioindustry
Development of Biochemical Industry to Replace Petrochemical
Industry
Vitalization of Biotech Businesses
Development of Human Resources
16
17. Pursuit of Essential R&D projects
Facilitate development of core and source technologies
Facilitate development of core and source technologies
and commercialization of technologies in pre-clinical and clinical stages
and commercialization of technologies in pre-clinical and clinical stages
Strategic technology development (in 2008, 34.6 billion won),
Biostar project (in 2008, 12.8 billion won)
Pursue essential R&D projects to foster new growth engines
Pursue essential R&D projects to foster new growth engines
in connection with MKE’s Technology Development Support Road Map
in connection with MKE’s Technology Development Support Road Map
Diagnosis : Develop a small, affordable mass spectrometer and a system
to detect diseases at an early stage
Treatment : Develop embryonic and placental stem cell drugs and gene drugs
Materials : Develop body-friendly, next-generation implant technology
17
18. Development of Regional Bioindustry
Specialized Bioindustry Cluster
Specialized Bioindustry Cluster
Foster specialized regional biotech centers
while promoting biopharmaceutical businesses in Chungcheong provinces.
- High-tech (Daejeon, Chuncheon), health supplement industry (Yeongdong, Naju), Korean medicine (Jecheon, Daegu)
Through 20 regional centers, provide necessary education to start up
businesses and create jobs.
Regional Bioindustry Clusters
Regional Bioindustry Clusters
Enhanced Network Among Different Clusters
Enhanced Network Among Different Clusters
Enhance regional and global networks.
- Through Korea Bio-Hub center
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19. Development of Biochemical Industry to Replace Petrochemical
Industry
Development of Environmentally Friendly Products Utilizing Biomass and Biotechnology
Development of Environmentally Friendly Products Utilizing Biomass and Biotechnology
R&D investment in biorefinery tech. (08-12, 12.5 billion won) and bioplastics
& 2 additional projects will be supported in 2009.
Establish biorefinery pilot plants,
with joint efforts by industry, universities and research centers.
- Cooperation with local governments to utilize existing petrochemical complexes.
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20. Vitalization of Biotech Businesses
Support for Investment
Support for Investment
Offer support to promising biotech companies by utilizing the Biofund*
* To be established in 2009, 100 billon won
Support for infrastructure
Support for infrastructure
Build Medical multi-complex
- Global R&D hub in medical industry, support research for new medicine
- Invest 5600 billion won by 2027
- select 1~2 regions in 2009
Support for Exports
Support for Exports
Support the commercialization and export of biotechnology
- cGMP-based drug production facilities (Songdo Techno Park)
- a Medical Industry Overseas Marketing Support Center (KOTRA.)
- Exhibition & Confernece (Biokorea, Global Biotech Forum)
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21. Development of Human Resources
Researchers
Researchers
Nurture top researchers by opening specialized graduate schools
* 2 schools, 800 million won in 2009
- Establish master’s and Ph.D. courses in collaboration with industries (medicine,
biotech), academia and research centers to converge IT, nanotech and biotech
Specialists
Specialists
Foster specialists in areas where demand is rising rapidly, such as
cGMP, quality management, biomaterial manufacturing, etc.
* 1.48 billion won in 2009
21