An NGO called mothers2mothers (m2m) recruits and trains HIV-positive mothers to provide support to other mothers living with HIV/AIDS. m2m has expanded across Africa and helps prevent mother-to-child transmission of HIV. The organization protects its brand identity through trademarks on its name and logo, which help promote public awareness and fundraising efforts. Trademarks provide affordable intellectual property protection that supports m2m's work in building its reputation.
The healthcare industry is being disrupted by technology and a shift to greater patient / individual empowerment. This represents a formidable opportunity for healthcare in Asia. What catalyst role could / should strategics play in Asia healthcare innovation and how?
This presentation contains an introduction to emerging healthcare Technologies. These emerging technologies include Data Analytics, AI, Blockchain, Telehealth, virtual reality, cloud computing, and IOT. The concept of Nanorobots as future medicine is also included in this presentation.
Powering the Future of Healthcare in Asia - ETPL "IOT FOR HEALTH" PROGRAM | T...Julien de Salaberry
Presentation on the importance and impact of IoT Healthcare / Healthtech on the delivery of healthcare in Asia to the ETPL "IOT FOR HEALTH" PROGRAM cohort
#healthtechasia
Digital Innovation Impact in Life Sciences JulyPaul Gulbin
Five digital trends are radically impacting the life sciences industry: 1) Internet of My Things using devices to provide personalized healthcare, 2) Connected Economy where hardware and sensors produce better health outcomes, 3) Agile Platform combining different systems and data sources to redefine healthcare, 4) Enterprise Insight using big data and analytics for smarter medical systems, and 5) Digital Healthcare improving care through telehealth and remote monitoring. These trends are being driven by innovations like wearable devices, connected medical products, 3D printing, predictive maintenance through IoT, and integrated healthcare platforms.
This case study was prepared by Stacey McCutcheon and Lyn Den.docxdurantheseldine
This case study was prepared by Stacey McCutcheon and Lyn Denend. Thank you to Jacqueline Shreibati for her contribution to this project.
CASE: BIOE273-6
DATE: 10/26/2021
ITERATING THE BUSINESS MODEL IN A NASCENT
MARKET: ALIVECOR
“It’s hard to evolve from being a hardware to a services company and embrace both
the business-to-business-to-consumer and direct-to-consumer culture. It’s hard to be good
at enterprise sales and make delightful products for the consumer. I think those big themes
have been challenging for many companies, not just AliveCor. But being a first mover has
benefitted AliveCor because they have had the funding and brand loyalty to successfully
embrace different business models.”
– Jacqueline Shreibati, MD, Former CMO, AliveCor
AliveCor is a pioneer in personal electrocardiogram technology (ECG). It was one of the first companies
to leverage digital technology to allow anyone with a smartphone to record and view their own heart
rhythms. While this capability appealed to multiple users, including cardiologists, researchers, and
patients with concerns about their heart health, it took time for the market to mature. And when it did, a
host of competitors in the consumer space made it difficult for AliveCor to sustain its first-mover
advantage. Fortunately, the company has had a steady influx of financing, and a willingness to evolve its
business model in order to optimize and sustain growth.
Background
For decades, portable event monitors have been used to record electrocardiograms (ECG) for non-
hospitalized patients. These graphic representations of the heart’s electrical activity could be transmitted
over the telephone as sound, then converted back into a graphic on the receiving end. In 2010, David
Albert, MD, the former chief clinical scientist of GE’s cardiology division, digitized that process.
Working with scientists Kim Barnett and Bruce Satchwell, Albert built a wireless, single-lead ECG into an
iPhone carrying case. The case had two electrodes on the back. To generate a reading, the patient simply
placed the case on their chest or held it with two hands. The reading was then transmitted wirelessly to the
iPhone and displayed graphically on the screen. The data also could be securely stored and/or
downloaded onto another device or platform, allowing a remote provider to access and interpret the
information.1
To help demonstrate the prototype, Albert made a YouTube video.2 It went viral, capturing the imagination
of early technology adopters who saw the iPhone ECG as an example of how new digital health tools could
change the way care was delivered, making it more accessible and less expensive.
Invented as a hobby rather than intended as a commercial product,3 the iPhone ECG seemed initially like a
hammer in search of a nail. Catalyzed by the video, though, specific uses quickly emerged. First
responders could use it to rapidly screen for rhythm abnormalit.
Healthcare, along with many other sectors, is facing increasing uncertainty driven by technology disruption and greater individual / patient empowerment. The barrier to entry into the sector is dropping fast enabling Asia entrepreneurs to significantly improve the Asia healthcare ecosystem
The healthcare industry is being disrupted by technology and a shift to greater patient / individual empowerment. This represents a formidable opportunity for healthcare in Asia. What catalyst role could / should strategics play in Asia healthcare innovation and how?
This presentation contains an introduction to emerging healthcare Technologies. These emerging technologies include Data Analytics, AI, Blockchain, Telehealth, virtual reality, cloud computing, and IOT. The concept of Nanorobots as future medicine is also included in this presentation.
Powering the Future of Healthcare in Asia - ETPL "IOT FOR HEALTH" PROGRAM | T...Julien de Salaberry
Presentation on the importance and impact of IoT Healthcare / Healthtech on the delivery of healthcare in Asia to the ETPL "IOT FOR HEALTH" PROGRAM cohort
#healthtechasia
Digital Innovation Impact in Life Sciences JulyPaul Gulbin
Five digital trends are radically impacting the life sciences industry: 1) Internet of My Things using devices to provide personalized healthcare, 2) Connected Economy where hardware and sensors produce better health outcomes, 3) Agile Platform combining different systems and data sources to redefine healthcare, 4) Enterprise Insight using big data and analytics for smarter medical systems, and 5) Digital Healthcare improving care through telehealth and remote monitoring. These trends are being driven by innovations like wearable devices, connected medical products, 3D printing, predictive maintenance through IoT, and integrated healthcare platforms.
This case study was prepared by Stacey McCutcheon and Lyn Den.docxdurantheseldine
This case study was prepared by Stacey McCutcheon and Lyn Denend. Thank you to Jacqueline Shreibati for her contribution to this project.
CASE: BIOE273-6
DATE: 10/26/2021
ITERATING THE BUSINESS MODEL IN A NASCENT
MARKET: ALIVECOR
“It’s hard to evolve from being a hardware to a services company and embrace both
the business-to-business-to-consumer and direct-to-consumer culture. It’s hard to be good
at enterprise sales and make delightful products for the consumer. I think those big themes
have been challenging for many companies, not just AliveCor. But being a first mover has
benefitted AliveCor because they have had the funding and brand loyalty to successfully
embrace different business models.”
– Jacqueline Shreibati, MD, Former CMO, AliveCor
AliveCor is a pioneer in personal electrocardiogram technology (ECG). It was one of the first companies
to leverage digital technology to allow anyone with a smartphone to record and view their own heart
rhythms. While this capability appealed to multiple users, including cardiologists, researchers, and
patients with concerns about their heart health, it took time for the market to mature. And when it did, a
host of competitors in the consumer space made it difficult for AliveCor to sustain its first-mover
advantage. Fortunately, the company has had a steady influx of financing, and a willingness to evolve its
business model in order to optimize and sustain growth.
Background
For decades, portable event monitors have been used to record electrocardiograms (ECG) for non-
hospitalized patients. These graphic representations of the heart’s electrical activity could be transmitted
over the telephone as sound, then converted back into a graphic on the receiving end. In 2010, David
Albert, MD, the former chief clinical scientist of GE’s cardiology division, digitized that process.
Working with scientists Kim Barnett and Bruce Satchwell, Albert built a wireless, single-lead ECG into an
iPhone carrying case. The case had two electrodes on the back. To generate a reading, the patient simply
placed the case on their chest or held it with two hands. The reading was then transmitted wirelessly to the
iPhone and displayed graphically on the screen. The data also could be securely stored and/or
downloaded onto another device or platform, allowing a remote provider to access and interpret the
information.1
To help demonstrate the prototype, Albert made a YouTube video.2 It went viral, capturing the imagination
of early technology adopters who saw the iPhone ECG as an example of how new digital health tools could
change the way care was delivered, making it more accessible and less expensive.
Invented as a hobby rather than intended as a commercial product,3 the iPhone ECG seemed initially like a
hammer in search of a nail. Catalyzed by the video, though, specific uses quickly emerged. First
responders could use it to rapidly screen for rhythm abnormalit.
Healthcare, along with many other sectors, is facing increasing uncertainty driven by technology disruption and greater individual / patient empowerment. The barrier to entry into the sector is dropping fast enabling Asia entrepreneurs to significantly improve the Asia healthcare ecosystem
Innovation in Healthcare: HSG Meets ETH Alumni EventPeter Vogel
The document discusses innovations in medical technology (MedTech). It notes that MedTech enables healthy lives, increases healthcare efficiency, contributes to economic growth, and had global sales of over $350 billion in 2014. Emerging trends in MedTech that may reach the market by 2018 include electronic technologies, synthetic organs/tissue, detection/diagnostics/monitoring, decentralized care technologies, and invasiveness-reducing technologies. The document focuses on 3D printing and its applications in medicine like creating prosthetics and anatomical models.
Asia HealthTech Investments by Julien de Salaberry (30 June 2015)KickstartPH
Kickstart Ventures' 2nd HealthTech Forum featured Julien de Salaberry, a globally-recognised expert on healthcare and technology.
Julien, the Chief Innovation Officer and Founder of The Propell Group (based in Singapore), talked about healthcare trends in Southeast Asia and how “frugal innovation" can be done in healthcare delivery.
And yeah, if you've got an interesting healthtech startup, message us at info@kickstart.ph. #startupPH
Lif follow on support programme - chu duc hoang Hoang ChuDuc
Isis Innovation analysed the project entitled “Zinmed Vietnam JSC” originating from LIF Fellow, Chu Duc Hoang from Zinmed, Vietnam in terms of its long, medium and short-term commercialisation potential. The invention is a
treatment management application for diabetics. It provides news and automatic healthcare tracking tools via a smartphone and wearable device and includes appointment management service linked to doctors, clinics and hospitals
The document discusses the future of the generic pharmaceutical industry. It notes that while generics currently provide low-cost access to older drugs, significantly improving health will require more innovation. The document advocates for generic companies to invest more in R&D compared to manufacturing. It also suggests seeking disruptive technologies that could transform companies and the industry. The future may involve new models focused on areas like biologics, services, data, and personalized medicine rather than just generics.
This document discusses artificial intelligence and its applications in the pharmaceutical industry. It begins with definitions of artificial intelligence and its goal of simulating human logic and reasoning. It then describes several applications of AI in pharmaceuticals, including disease identification, personalized treatment, drug discovery/manufacturing, clinical trial research, radiology/radiotherapy, and electronic health records. Challenges and the future of AI are also mentioned. In conclusion, the author states that AI has great potential to guide humanity if developed responsibly.
Data Detection Technologies develops and manufactures equipment for counting, filling, and packaging small objects like seeds, diamonds, and pharmaceuticals. The company was founded in 2002 to address problems in bulk counting of diamonds, and developed an innovative solution using image processing to count thousands of small objects quickly and accurately. This breakthrough led the company to focus on the vegetable seed industry, where it now leads the market with products integrated into seed production lines. Data Detection is continuing research to develop universal counting solutions for other industries requiring speed and accuracy like pharmaceuticals.
This presentation discusses two health innovations being developed by ieCrowd: Kite, a mosquito repellent technology that uses proprietary formulas to make people invisible to mosquitoes, and Nuuma, a nanotechnology-based electronic nose sensor that can detect airborne chemicals. The presentation provides an overview of how these technologies were discovered, their current development status, plans for deployment and distribution, potential applications and markets. It also mentions ieCrowd's goal to go public once certain milestones are met to provide liquidity for investors.
This presentation discusses artificial intelligence (AI) in healthcare. It defines AI and describes its applications in medical settings like diagnosing diseases, monitoring health, and assisting with treatment. Both advantages like faster data analysis and routine task automation, and disadvantages like training challenges are covered. Specific AI tools in healthcare like digital consultations and early disease detection are mentioned. The presentation addresses improving decision making, overcoming challenges to adopting AI, and ensuring its ethical and responsible use.
X Sector Disruption | CIO Leaders Summit 2015 | The Propell GroupJulien de Salaberry
- Technology is or will disrupt your sector
- Hoping that it might miss you out is not a strategy!
- You will need to embrace and adopt the technology to innovate to stay in the game
- You also have the opportunity to explore how technology could enable your industry to disrupt another
Advanced Medical Isotope Corporation is developing a brachytherapy device called RadioGel for cancer treatment in humans and animals. It plans to generate near-term revenue from veterinary clinics and international licensing while pursuing FDA approval. RadioGel consists of yttrium-90 phosphate particles delivered via a hydrogel vehicle that solidifies in the body. It has the potential to treat multiple cancer types more effectively than existing therapies.
Advanced Medical Isotope Corporation is developing a brachytherapy device called RadioGel for cancer treatment in humans and animals. The company plans to generate near-term revenue from veterinary clinics and international licensing while pursuing FDA approval for human use. RadioGel consists of yttrium-90 phosphate particles delivered via a hydrogel that solidifies inside the body. The company expects to begin sales to veterinary clinics in early 2018 and obtain international licensing deals. It is working with national labs and universities to optimize the device and treatment techniques.
This document provides an overview of Israel's Technological Incubators Program. The program supports over 200 startup projects across 24 incubators annually. It aims to develop innovative technological ideas into startups and help them raise private investments. Incubators provide funding, facilities, expertise and networking opportunities to projects in exchange for equity. Successful startups include Protalix, D-Pharm, Compugen, Sightline, Remon Medical, Mazor and others. The program has helped launch over 300 companies, with a 73% success rate in raising follow-on private funding. It has played a key role in making Israel a global leader in technology entrepreneurship.
This document describes the Medical Device Gateway (MDG) program, a Chinese-Finnish network aimed at commercializing medical device technologies. The program seeks to bring Chinese medical device innovations to European markets through Finnish companies, and to open Chinese markets to Finnish medical ventures. It identifies opportunities in the large and growing Chinese IVD market and regulatory changes making it more accessible. The document outlines the program's operations of establishing strategic partnerships between Finnish and Chinese organizations to more quickly develop and place new products on global markets.
This form is built by clinicians for clinicians, spear-heading this gathering is founder of AIMed Dr Anthony Chang, a US based paediatric cardiologist and chief intelligence and innovation officer at CHOC Children’s Hospital Orange County. Ahead of AIMed’s Sydney Summit which he will chair and present at Dr Chang called for a more patient centric approach to AI-fuelled innovation, leveraging design thinking principles.
Other topics discussed during the forum will include:
*AI in medical imaging - exploring the key aspects of imaging that support the use of AI, as well as the specific challenges that need to be overcome. The lessons from imaging are broadly applicable, allowing us to recognise which healthcare tasks are most amenable to AI intervention.
* Applications and challenges of AI for Health This workshop will cover fundamental aspects of AI, focusing on machine learning. The aim is to provide educated attendees with limited technical background, some understanding of the main Machine Learning techniques and their challenges for healthcare applications such as radiology.
*Predictive healthcare: Predicting the probability of sepsis and adverse outcomes in patients presenting to emergency departments Dr Amith Shetty, Emergency Physician, Westmead Medical Research Unit
AI Data, AI Ethics & AI Safety
The potential of AI in Australian healthcare is exciting, but is our health system able to deliver AI in everyday clinical practice, or to resolve issues of data ownership and trust and invest in the data infrastructure to realize it. The opportunity exists to both transform population health and realise the potential of AI, but only if we can address the issues of ownership of healthcare data. Without this however, opportunities for AI in healthcare will remain just that—opportunities. You can be part of this revolution, have a voice, join the community
Over 30+ clinicians will present at AIMed Summit in Sydney on 12-13 November. REGISTER AT -
http://go.pardot.com/l/805693/2019-10-23/29bmxj
The document profiles Sabin C. Carme, a transdisciplinary scientist with experience in industry R&D, innovation, and business. It discusses two company cases he has evaluated: PAPE, which involves a drug delivery system using local palladium activation for low toxicity therapy, and opportunities for building strategic advantages. It also includes an analysis of the company's competitive advantage, business model, market forces, strengths, weaknesses and opportunities for further assessment.
Part of the 2019 European equity crowdfunding campaign hosted on https://www.aescuvest.eu/projects/surge-on-medical/
Visit www.surge-on.eu for more information
Microneedles for drug delivery patent landscape 2020 flyerKnowmade
Report’s Key Features
• PDF with > 140 slides
• Excel file > 2,450 patent families
• IP trends, including time-evolution of published patents, and countries of patent filings
• Patents’ legal status
• Ranking of main patent assignees
• Key players’ IP position and relative strength of their patent portfolios
• Summary of the IP related to applications: Cancer therapy, Cosmetic, Diabetes, Ophthalmic, Pain management and Vaccine.
• Summary of the IP related to technologies: Applicators, housing, Coated, Hollow, Porous, Soluble, Hydrogel and Solid microneedles.
• Analysis of patent oppositions (Europe) and review of key patents.
• Excel database containing all patents analyzed in the report, including applications and technologies segmentations
The document summarizes news from the medical device industry. Specifically, it discusses:
1) The FDA clearance of Lumendi's Dilumen endoscopic accessory, which uses balloons to help position an endoscope and treat colonic lesions. This represents a minimally invasive alternative to surgery.
2) Varian Medical Systems' plan to spin off its imaging components business to boost its valuation after a difficult year.
3) Continued growth in patent filings from China, including in medical devices, cementing its status as an innovation leader according to the World Intellectual Property Organization.
4) Blackfynn's neurology data platform that aims to advance research by aggregating data, with
United Nations World Oceans Day 2024; June 8th " Awaken new dephts".Christina Parmionova
The program will expand our perspectives and appreciation for our blue planet, build new foundations for our relationship to the ocean, and ignite a wave of action toward necessary change.
UN WOD 2024 will take us on a journey of discovery through the ocean's vastness, tapping into the wisdom and expertise of global policy-makers, scientists, managers, thought leaders, and artists to awaken new depths of understanding, compassion, collaboration and commitment for the ocean and all it sustains. The program will expand our perspectives and appreciation for our blue planet, build new foundations for our relationship to the ocean, and ignite a wave of action toward necessary change.
Innovation in Healthcare: HSG Meets ETH Alumni EventPeter Vogel
The document discusses innovations in medical technology (MedTech). It notes that MedTech enables healthy lives, increases healthcare efficiency, contributes to economic growth, and had global sales of over $350 billion in 2014. Emerging trends in MedTech that may reach the market by 2018 include electronic technologies, synthetic organs/tissue, detection/diagnostics/monitoring, decentralized care technologies, and invasiveness-reducing technologies. The document focuses on 3D printing and its applications in medicine like creating prosthetics and anatomical models.
Asia HealthTech Investments by Julien de Salaberry (30 June 2015)KickstartPH
Kickstart Ventures' 2nd HealthTech Forum featured Julien de Salaberry, a globally-recognised expert on healthcare and technology.
Julien, the Chief Innovation Officer and Founder of The Propell Group (based in Singapore), talked about healthcare trends in Southeast Asia and how “frugal innovation" can be done in healthcare delivery.
And yeah, if you've got an interesting healthtech startup, message us at info@kickstart.ph. #startupPH
Lif follow on support programme - chu duc hoang Hoang ChuDuc
Isis Innovation analysed the project entitled “Zinmed Vietnam JSC” originating from LIF Fellow, Chu Duc Hoang from Zinmed, Vietnam in terms of its long, medium and short-term commercialisation potential. The invention is a
treatment management application for diabetics. It provides news and automatic healthcare tracking tools via a smartphone and wearable device and includes appointment management service linked to doctors, clinics and hospitals
The document discusses the future of the generic pharmaceutical industry. It notes that while generics currently provide low-cost access to older drugs, significantly improving health will require more innovation. The document advocates for generic companies to invest more in R&D compared to manufacturing. It also suggests seeking disruptive technologies that could transform companies and the industry. The future may involve new models focused on areas like biologics, services, data, and personalized medicine rather than just generics.
This document discusses artificial intelligence and its applications in the pharmaceutical industry. It begins with definitions of artificial intelligence and its goal of simulating human logic and reasoning. It then describes several applications of AI in pharmaceuticals, including disease identification, personalized treatment, drug discovery/manufacturing, clinical trial research, radiology/radiotherapy, and electronic health records. Challenges and the future of AI are also mentioned. In conclusion, the author states that AI has great potential to guide humanity if developed responsibly.
Data Detection Technologies develops and manufactures equipment for counting, filling, and packaging small objects like seeds, diamonds, and pharmaceuticals. The company was founded in 2002 to address problems in bulk counting of diamonds, and developed an innovative solution using image processing to count thousands of small objects quickly and accurately. This breakthrough led the company to focus on the vegetable seed industry, where it now leads the market with products integrated into seed production lines. Data Detection is continuing research to develop universal counting solutions for other industries requiring speed and accuracy like pharmaceuticals.
This presentation discusses two health innovations being developed by ieCrowd: Kite, a mosquito repellent technology that uses proprietary formulas to make people invisible to mosquitoes, and Nuuma, a nanotechnology-based electronic nose sensor that can detect airborne chemicals. The presentation provides an overview of how these technologies were discovered, their current development status, plans for deployment and distribution, potential applications and markets. It also mentions ieCrowd's goal to go public once certain milestones are met to provide liquidity for investors.
This presentation discusses artificial intelligence (AI) in healthcare. It defines AI and describes its applications in medical settings like diagnosing diseases, monitoring health, and assisting with treatment. Both advantages like faster data analysis and routine task automation, and disadvantages like training challenges are covered. Specific AI tools in healthcare like digital consultations and early disease detection are mentioned. The presentation addresses improving decision making, overcoming challenges to adopting AI, and ensuring its ethical and responsible use.
X Sector Disruption | CIO Leaders Summit 2015 | The Propell GroupJulien de Salaberry
- Technology is or will disrupt your sector
- Hoping that it might miss you out is not a strategy!
- You will need to embrace and adopt the technology to innovate to stay in the game
- You also have the opportunity to explore how technology could enable your industry to disrupt another
Advanced Medical Isotope Corporation is developing a brachytherapy device called RadioGel for cancer treatment in humans and animals. It plans to generate near-term revenue from veterinary clinics and international licensing while pursuing FDA approval. RadioGel consists of yttrium-90 phosphate particles delivered via a hydrogel vehicle that solidifies in the body. It has the potential to treat multiple cancer types more effectively than existing therapies.
Advanced Medical Isotope Corporation is developing a brachytherapy device called RadioGel for cancer treatment in humans and animals. The company plans to generate near-term revenue from veterinary clinics and international licensing while pursuing FDA approval for human use. RadioGel consists of yttrium-90 phosphate particles delivered via a hydrogel that solidifies inside the body. The company expects to begin sales to veterinary clinics in early 2018 and obtain international licensing deals. It is working with national labs and universities to optimize the device and treatment techniques.
This document provides an overview of Israel's Technological Incubators Program. The program supports over 200 startup projects across 24 incubators annually. It aims to develop innovative technological ideas into startups and help them raise private investments. Incubators provide funding, facilities, expertise and networking opportunities to projects in exchange for equity. Successful startups include Protalix, D-Pharm, Compugen, Sightline, Remon Medical, Mazor and others. The program has helped launch over 300 companies, with a 73% success rate in raising follow-on private funding. It has played a key role in making Israel a global leader in technology entrepreneurship.
This document describes the Medical Device Gateway (MDG) program, a Chinese-Finnish network aimed at commercializing medical device technologies. The program seeks to bring Chinese medical device innovations to European markets through Finnish companies, and to open Chinese markets to Finnish medical ventures. It identifies opportunities in the large and growing Chinese IVD market and regulatory changes making it more accessible. The document outlines the program's operations of establishing strategic partnerships between Finnish and Chinese organizations to more quickly develop and place new products on global markets.
This form is built by clinicians for clinicians, spear-heading this gathering is founder of AIMed Dr Anthony Chang, a US based paediatric cardiologist and chief intelligence and innovation officer at CHOC Children’s Hospital Orange County. Ahead of AIMed’s Sydney Summit which he will chair and present at Dr Chang called for a more patient centric approach to AI-fuelled innovation, leveraging design thinking principles.
Other topics discussed during the forum will include:
*AI in medical imaging - exploring the key aspects of imaging that support the use of AI, as well as the specific challenges that need to be overcome. The lessons from imaging are broadly applicable, allowing us to recognise which healthcare tasks are most amenable to AI intervention.
* Applications and challenges of AI for Health This workshop will cover fundamental aspects of AI, focusing on machine learning. The aim is to provide educated attendees with limited technical background, some understanding of the main Machine Learning techniques and their challenges for healthcare applications such as radiology.
*Predictive healthcare: Predicting the probability of sepsis and adverse outcomes in patients presenting to emergency departments Dr Amith Shetty, Emergency Physician, Westmead Medical Research Unit
AI Data, AI Ethics & AI Safety
The potential of AI in Australian healthcare is exciting, but is our health system able to deliver AI in everyday clinical practice, or to resolve issues of data ownership and trust and invest in the data infrastructure to realize it. The opportunity exists to both transform population health and realise the potential of AI, but only if we can address the issues of ownership of healthcare data. Without this however, opportunities for AI in healthcare will remain just that—opportunities. You can be part of this revolution, have a voice, join the community
Over 30+ clinicians will present at AIMed Summit in Sydney on 12-13 November. REGISTER AT -
http://go.pardot.com/l/805693/2019-10-23/29bmxj
The document profiles Sabin C. Carme, a transdisciplinary scientist with experience in industry R&D, innovation, and business. It discusses two company cases he has evaluated: PAPE, which involves a drug delivery system using local palladium activation for low toxicity therapy, and opportunities for building strategic advantages. It also includes an analysis of the company's competitive advantage, business model, market forces, strengths, weaknesses and opportunities for further assessment.
Part of the 2019 European equity crowdfunding campaign hosted on https://www.aescuvest.eu/projects/surge-on-medical/
Visit www.surge-on.eu for more information
Microneedles for drug delivery patent landscape 2020 flyerKnowmade
Report’s Key Features
• PDF with > 140 slides
• Excel file > 2,450 patent families
• IP trends, including time-evolution of published patents, and countries of patent filings
• Patents’ legal status
• Ranking of main patent assignees
• Key players’ IP position and relative strength of their patent portfolios
• Summary of the IP related to applications: Cancer therapy, Cosmetic, Diabetes, Ophthalmic, Pain management and Vaccine.
• Summary of the IP related to technologies: Applicators, housing, Coated, Hollow, Porous, Soluble, Hydrogel and Solid microneedles.
• Analysis of patent oppositions (Europe) and review of key patents.
• Excel database containing all patents analyzed in the report, including applications and technologies segmentations
The document summarizes news from the medical device industry. Specifically, it discusses:
1) The FDA clearance of Lumendi's Dilumen endoscopic accessory, which uses balloons to help position an endoscope and treat colonic lesions. This represents a minimally invasive alternative to surgery.
2) Varian Medical Systems' plan to spin off its imaging components business to boost its valuation after a difficult year.
3) Continued growth in patent filings from China, including in medical devices, cementing its status as an innovation leader according to the World Intellectual Property Organization.
4) Blackfynn's neurology data platform that aims to advance research by aggregating data, with
United Nations World Oceans Day 2024; June 8th " Awaken new dephts".Christina Parmionova
The program will expand our perspectives and appreciation for our blue planet, build new foundations for our relationship to the ocean, and ignite a wave of action toward necessary change.
UN WOD 2024 will take us on a journey of discovery through the ocean's vastness, tapping into the wisdom and expertise of global policy-makers, scientists, managers, thought leaders, and artists to awaken new depths of understanding, compassion, collaboration and commitment for the ocean and all it sustains. The program will expand our perspectives and appreciation for our blue planet, build new foundations for our relationship to the ocean, and ignite a wave of action toward necessary change.
Hybrid celebration of the World Oceans Day, hosted both virtually and in-pers...Christina Parmionova
If the world is numb to numbers, motivating momentum will require opening minds, igniting senses, and inspiring possibilities to protect our planet’s beating heart. We need to awaken new depths within our own
Food safety, prepare for the unexpected - So what can be done in order to be ready to address food safety, food Consumers, food producers and manufacturers, food transporters, food businesses, food retailers can ...
Combined Illegal, Unregulated and Unreported (IUU) Vessel List.Christina Parmionova
The best available, up-to-date information on all fishing and related vessels that appear on the illegal, unregulated, and unreported (IUU) fishing vessel lists published by Regional Fisheries Management Organisations (RFMOs) and related organisations. The aim of the site is to improve the effectiveness of the original IUU lists as a tool for a wide variety of stakeholders to better understand and combat illegal fishing and broader fisheries crime.
To date, the following regional organisations maintain or share lists of vessels that have been found to carry out or support IUU fishing within their own or adjacent convention areas and/or species of competence:
Commission for the Conservation of Antarctic Marine Living Resources (CCAMLR)
Commission for the Conservation of Southern Bluefin Tuna (CCSBT)
General Fisheries Commission for the Mediterranean (GFCM)
Inter-American Tropical Tuna Commission (IATTC)
International Commission for the Conservation of Atlantic Tunas (ICCAT)
Indian Ocean Tuna Commission (IOTC)
Northwest Atlantic Fisheries Organisation (NAFO)
North East Atlantic Fisheries Commission (NEAFC)
North Pacific Fisheries Commission (NPFC)
South East Atlantic Fisheries Organisation (SEAFO)
South Pacific Regional Fisheries Management Organisation (SPRFMO)
Southern Indian Ocean Fisheries Agreement (SIOFA)
Western and Central Pacific Fisheries Commission (WCPFC)
The Combined IUU Fishing Vessel List merges all these sources into one list that provides a single reference point to identify whether a vessel is currently IUU listed. Vessels that have been IUU listed in the past and subsequently delisted (for example because of a change in ownership, or because the vessel is no longer in service) are also retained on the site, so that the site contains a full historic record of IUU listed fishing vessels.
Unlike the IUU lists published on individual RFMO websites, which may update vessel details infrequently or not at all, the Combined IUU Fishing Vessel List is kept up to date with the best available information regarding changes to vessel identity, flag state, ownership, location, and operations.
Mainstream bicycling into public transportation systems for sustainable devel...Christina Parmionova
The bicycle is an instrument of sustainable transportation and conveys a positive message to foster sustainable consumption and production, and has a positive impact on climate.
Celebrate bicycle as a simple, affordable, clean and environmentally fit sustainable means of transportation; The World Bicycle Day was declared by United Nations General Assembly in 2018, to be celebrated on 3rd June, globally.
Discussing the macro shifts and challenges for tomorrow's parents.Christina Parmionova
- What is The Future of Parenting.
- How brands can navigate complex parenting styles
- How AI can (maybe?) make parenting roles more equal
- How climate anxiety is shaping people’s decisions to have kids
- Tensions that will drive
change
Monitoring Health for the SDGs - Global Health Statistics 2024 - WHOChristina Parmionova
The 2024 World Health Statistics edition reviews more than 50 health-related indicators from the Sustainable Development Goals and WHO’s Thirteenth General Programme of Work. It also highlights the findings from the Global health estimates 2021, notably the impact of the COVID-19 pandemic on life expectancy and healthy life expectancy.
About Potato, The scientific name of the plant is Solanum tuberosum (L).Christina Parmionova
The potato is a starchy root vegetable native to the Americas that is consumed as a staple food in many parts of the world. Potatoes are tubers of the plant Solanum tuberosum, a perennial in the nightshade family Solanaceae. Wild potato species can be found from the southern United States to southern Chile
Synopsis (short abstract) In December 2023, the UN General Assembly proclaimed 30 May as the International Day of Potato.
Promoting a culture of reading in Africa is essential for fostering ,critical...Christina Parmionova
Promoting a culture of reading in Africa is essential for fostering ,critical thinking, creativity and lifelong learning. Under Agenda 2063, the African Union's Continental Education Strategy for Africa (CESA 16-25) aims to ensure inclusive, equitable quality education and promote lifelong learning opportunities for all, fostering skills and sustaining human capital, to achieve the Africa We Want.
Investing in African Youth future through the Pan African University (PAU).Christina Parmionova
The African Union is investing in its future through the Pan African University (PAU)
PAU is a leading institution for:
1. High-Quality Education
2. Cutting-Edge Research
3. Entrepreneurial Spirit
Building education systems that Africans with the skills and knowledge they n...Christina Parmionova
The African Union is building education systems that:
1. Africans with the skills and knowledge they need to succeed.
2. Drive Innovation and tackle Africa's challenges.
3.Fuel the Global Knowledge Economy.
Want to learn more?
Explore the key differences between silicone sponge rubber and foam rubber in this comprehensive presentation. Learn about their unique properties, manufacturing processes, and applications across various industries. Discover how each material performs in terms of temperature resistance, chemical resistance, and cost-effectiveness. Gain insights from real-world case studies and make informed decisions for your projects.
3. 3
Foreword
Alltoooften,however,theingenuityofinnova-
torsandcreatorsindevelopingcountriesgoes
unrewarded, and as a result their countries
miss out on many potential advantages.
Thatiswheretheintellectualproperty(IP)sys-
temcanplayacriticalrole.IPisapowerfultoolfor
development. Used strategically by govern-
ments, businesses and the non-profit sector,
IP can generate huge economic, social and
cultural benefits.
This short publication highlights some of
the most important ways in which IP can
support development.
At its most straightforward, IP benefits in-
dividual innovators and creators: by lever-
aging their IP rights, they can secure a fair
share of economic gains from their inventions
and creations.
In this booklet, you can read about many en-
terprising people who are doing just that – a
young inventor in Cameroon, a software de-
veloper in Bangladesh, furniture makers in
thePhilippines,andmanyfarmersandcrafts-
people who are using IP to boost their brand
and strengthen their bargaining position in
international markets.
Wecelebratethesesuccessstories,becausethe
growth of one business also means growth in
itshomecommunity,raisingtheincome,skills
and living standards of local people.
But IP rights are not necessarily just about
making a profit. We also provide plenty of
examples of how they can be used to support
voluntary action, from the generous inventor
whopatentedhiscrop-boostinginnovationso
that he could stop anyone from monopolizing
it to a charity’s astute use of trademarks and
branding to raise awareness among its clients
and donors.
And – as we also show – the IP system is an
important source of technical information
which, with the right expertise, can be ex-
ploited to produce cheap but invaluable inno-
vations in fields such as medicine and energy.
In short, IP is a major asset for every business,
community and country. You need to make
the most of it.
This booklet has been prepared by the World
Intellectual Property Organization (WIPO),
the United Nations specialized agency for IP.
We hope it will inspire many more people to
realize the benefits of IP.
Innovation and creativity are
fundamental human qualities.
They can be found in every
society in the world.
4. 4
Cardiopad –
A patent success
Patients with a heart condition in remote
rural areas are benefiting from the brain-
child of a young African inventor
“The basis of innovation is often a desire to
solve other people’s problems.” So says Arthur
Zang, and he should know. While still a stu-
dent in Yaoundé, Cameroon, he started work
on what was to become the Cardiopad, an
invention that he hopes will greatly improve
the treatment of heart disease in Africa.
Mr. Zang was motivated by a desire to help
people in remote villages who struggle to ac-
cess high-quality specialist medical care.
Cameroon has just a few dozen cardiac spe-
cialists serving a population of more than 22
million.Thatmakesitanenormouschallenge
for patients to get the care they need – espe-
cially if they live in rural areas. Seeing a spe-
cialist means a long, difficult and expensive
journey to a big city.
9. 9
How patents help technology spread
As the case of Cardiopad shows, patents encourage
innovation by rewarding inventors. This may
involve restricting access to technology for a
limited period of time, because a patent owner
has the right to prevent other people or companies
from using their invention commercially.
But the patent system ultimately ensures
that knowledge and information are made
widely available. To obtain a patent, the
patent applicant must provide a detailed
explanation of what their invention does and
how it works. This information is published so
that anyone can study it and learn from it.
Patent protection only lasts for a limited period.
Once that period has expired, the invention is
“off-patent” and anyone is free to make and use
it. Furthermore, each patent is only effective
within the territory of the country or region that
granted it. Since it costs money to obtain patents,
inventors often seek patent protection only in
certain target markets, leaving it open to others
to exploit the invention outside those markets.
A strategy for success
All in all, CIPLA’s strategy looks to be paying
off for the company. Already, it does a quarter
ofits business inAfrica,anditisplanningam-
bitious expansion. “Five years ago, 70 percent
of CIPLA’s business came from India”, says
Mr.Saxena.“Infiveyears70percentwillcome
from outside India.”
And CIPLA’s success is also benefiting pa-
tients. As the first generic producer of antiret-
roviral products, it has played a pivotal role in
expandingaccesstoHIV/AIDStherapiesinthe
past two decades.
Once, HIV therapies in Africa cost 12,000 U.S.
dollars per person per year, and only 8,000 pa-
tientsreceivedthem.Now,thankstoproviders
such as CIPLA, more than 12 million Africans
can be treated for a dollar or less each a day.
Ensuring global access to healthcare is a truly
daunting task, but through innovation com-
panies like CIPLA are meeting the challenge.
Now, thanks to providers
such as CIPLA, more than
12 million Africans can
be treated for a dollar
or less each a day.
10. 10
A South African healthcare support net-
work is expanding across the continent,
helped by its strong image
Living with HIV/AIDS is more than just a
serious health challenge. Patients also suf-
fer stigma and alienation and may withdraw
from society, making it even harder for over-
stretched medical services to reach them.
But one non-governmental organization
(NGO) has found an ingenious way to help.
mothers2mothers (m2m) recruits mothers
who have been diagnosed with HIV or AIDS
and trains them to provide support to others
in the same situation.
The main aim is to prevent mother-to-child
transmission of the virus, by encouraging
women to get tested for HIV and to take medi-
cation,andadvisingthemabouthealthyinfant
feeding practices.
A trusted brand
that saves lives
14. 14
A common problem:
household pollution
Nepal and Guatemala are very different coun-
tries, thousands of kilometers apart, but they
facesomesimilarchallenges.Onebigcommon
problem is pollution in the home.
In both countries, wood is widely used as a
household fuel. Firewood accounts for more
than 60 percent of total annual energy con-
sumption in Guatemala, while in Nepal the
figure is a whopping 78 percent.
Thatisbadfortheenvironmentandforpeople.
Guatemala is losing an estimated 1 percent
of its forest each year, and deforestation is
also a major concern in Nepal. Furthermore,
smoke from wood-burning stoves can cause
serious health problems in homes that are
often poorly ventilated. Women and children
are particularly at risk because of the time
they spend cooking.
A source of solutions
Both Nepal and Guatemala searched for an
answertothisproblem,andtheylookedinthe
same place: patent data.
Patentsarearichsourceoftechnicalinforma-
tion because in order to gain patent protec-
tion, a patent applicant has to provide full
details of their invention explaining how to
make it and how it works.
That information is published so that anyone
canstudyitandlearnfromit.Throughcareful
analysisofpatentdata,youmaywellbeableto
developtechnologytomeetanidentifiedneed.
Accessing and using patent data
When they apply for patent protection,
each patent applicant has to provide
information about their invention. The
information has to be detailed enough
to allow someone with a reasonable level
of skill in the relevant technical field
to make and operate the invention.
All of this information is published,
and you can access a lot of it through
public databases – including
WIPO’s free online search engine,
PATENTSCOPE (patentscope.wipo.int).
Patent information can be used in lots
of ways. Companies such as CIPLA
(pages 7-9) search for useful inventions
that are “off-patent” because there
is no patent in a certain territory or
it has expired. Off-patent inventions
can be freely used by anyone. As the
examples from Guatemala and Nepal
show, that includes governments
looking for technological solutions to
specific development challenges.
An initiative in Guatemala
also utilized patent
information to help reduce
household pollution
18. 18
Itcanbecultivatedinsemi-aridandsub-trop-
icalzones,insandyplains,steppes,grassland,
mountains and hills, and can reach maturity
in just six to eight weeks.
Small wonder, then, that it formed a signifi-
cant part of traditional agriculture in coun-
tries such as Senegal, Guinea and Mali.
A tradition in danger
But that tradition had waned in more recent
decades. While fonio was relatively quick and
easy to grow, it is hard to process. The grain
has to be extracted from small and fragile
kernels.
Traditionally,thatwasdonebyhand–alabori-
ous, expensive and unappealing procedure.
Increasingly, farmers had turned to other,
less hardy cereals such as maize, potentially
reducing labor costs but leaving them and
theircountriesmorevulnerabletocropfailure
and food shortages.
A new solution
Sanoussi Diakité spotted the problem – and
an opportunity.
Having grown up in Senegal, where fonio was
widely cultivated, he remembered only too
well from personal experience the hours of
work required to process the grain for family
meals.
He determined to come up with a solution,
drawing on his training as a mechanical en-
gineer.Whileworkingasateacherintheearly
1990s,hespenthissparetimedevelopingaso-
lution,andafterthreeyearshiseffortspaidoff.
Mr. Diakité invented a fonio husking machine
which uses flexible plastic plates to remove
the husk without damaging the fragile grain
inside it.
His invention transforms the work and costs
involved in fonio production. It can process
five kilograms of grain in around eight min-
utes–outputthatwouldpreviouslyhavetaken
hours. And mechanical husking uses far less
water than traditional, manual processing.
Fonio was easy
to grow but hard
to process
21. 21
Mangotreesarehighlyseasonal,bearingfruit
justonemonthayear.Andtheyarealsoerratic
–aplantmayproduceabumpercroponeyear
but nothing the year after. In consequence,
mango production could be a commercially
risky business.
The puzzle of the smoke
So what could farmers do to be sure of a good
harvest?
Already, producers in the Philippines had hit
upon a method that seemed to help: using
smoke. They found that by burning leaves and
grass under trees, a process known as “smok-
ing out” or “smudging”, they could promote
flowering.
However, it required two weeks of continuous
smoketoproduceflowering,makingitexpen-
sive and tedious.
Dr. Barba was intrigued by the phenomenon,
and wanted to study it in detail to find a sci-
entificshortcut.Whenlocalmangoproducers
hiredhimasaconsultant,heseizedtheoppor-
tunitytoexperimentwithdifferentchemicals
to stimulate the plants.
His research at the University of the Philip-
pines Los Baños had revealed that ethylene in
the smoke was the magic ingredient respon-
sible for provoking the flowering, but as a gas
itcouldnot easilybeappliedtothetrees,sohe
wanted to find an alternative chemical.
Afteridentifyingandtryingarangeofpossible
chemicals, Dr. Barba discovered that potas-
sium nitrate, also known as saltpeter, was
remarkably effective.
Simply spraying trees with potassium nitrate
dissolvedinwaterwouldcausethemtoflower
within a week. Farmers could produce several
crops a year, each two or three times bigger
than the conventional yield.
Each crop is now
two to three times
bigger than before
24. 24
In fact, there are several different ways in
which the IP system can be used for prod-
ucts of a particular geographical origin. The
options will depend on local laws as well as
producers’ business strategies and resources
and the products themselves.
But there are lots of people and businesses in
many different regions and countries who are
cleverly exploiting the distinctive reputation
of their home territory.
Letuslookatjustafewofthesesuccessstories.
Penja – an exceptional pepper
The white pepper that grows in the Penja
Valley of Cameroon is a classic illustration of
the relationship between place and product
quality.
The volcanic local soil is rich in minerals, pro-
ducing a distinctive white peppercorn which
hasbecomeaninternationallyrenowned,pre-
mium ingredient.
But unfortunately where there is money to be
made,therewilloftenbeunscrupulouspeople
looking to cash in, and until recently Penja
was a victim of widespread counterfeiting.
Producers of inferior goods were mislabeling
them as Penja pepper, undercutting bona fide
producers and undermining their precious
reputation.
That changed when the producers sought
to protect the Penja name. They formed
an association to create a set of product
standards, and they registered Penja Pepper
with the African Intellectual Property Orga-
nization (OAPI) as a protected geographical
Special laws to protect
geographical indications
Broadly speaking, a geographical indication
(GI) is a sign used on products that have a
specific geographical origin and possess
qualities, a reputation or characteristics that
are essentially attributable to that place.
Many countries have special laws to protect
geographical indications. In legal jargon, these
are known as sui generis regimes of protection.
There are variations in laws protecting GIs. One
noteworthy category of GIs are appellations
of origin. For a product to be protected as an
appellation of origin, its quality or characteristics
must be due exclusively or essentially to its
geographical origin. This generally means that
the raw materials should be sourced in the place
of origin and that the processing of the product
should also take place there. In other words, an
appellation of origin is a type of geographical
indication that requires an especially strong link
between a product and the place it comes from.
For more information, see:
www.wipo.int/geo_indications
Now that Penja pepper
is protected through IP
laws, wholesale prices
have increased fivefold
26. 26
Collective success with
Café de Palmira
Like the Penja Valley in Cameroon, Palmira
in the province of Chiriquí in Panama boasts
rich volcanic soil.
Many products grow there, but the coffee is
particularlynotable.Alongwiththesoilnutri-
ents,thehighaltitudeandlocalmicro-climate
produce a coffee with a special, intense flavor.
That made it a potential premium product.
But until recently, small producers were not
enjoyingthebenefitsofthataddedvalue.They
did not process or prepare coffee from the
beans they harvested, but instead sold it to
intermediaries.
With help from WIPO, the Palmira Cof-
fee Farmers’ Association (ACCOR) has been
working to improve the situation. In 2014,
they established “Café de Palmira” as a collec-
tive mark, protected through the trademark
system. Controlling the brand means they
havemorebargainingpower,andalreadytheir
earnings have rocketed – from an average of
just one U.S. dollar per pound to 7 dollars.
Once again, investment in IP is paying off.
Strategic use of IP has
generated new value from
venerable traditions
Protecting geographical indications
through trademarks
As the case studies from Sri Lanka and Panama
show, in some countries geographical indications
can be protected through the trademark
system. There are different ways of doing this.
A collective mark is owned by an association
or entity on behalf of a group of businesses or
people, and used by the members of that group on
products or services that share certain
characteristics or standards.
A certification mark can also be used for
all products and services that share certain
characteristics or standards. But whereas
collective marks are usually owned by an
association representing a group and can
only be used by members of that group, a
certification mark is owned by a certifying body
responsible for ensuring compliance with the
relevant standards, and anyone can use the
mark provided they meet those standards.
32. 32
Theupshotisaffordable,durableproductsand
astrongbrandidentitythatappealstosocially
aware consumers in developed countries as
well as domestically.
Local crafts for global consumers
soleRebels was co-founded in 2005 by
Bethlehem Tilahun Alemu with the aim of
bringing Ethiopia’s handcrafted goods to a
global market.
Craftworkers in the country have been mak-
ing a range of goods by hand for many centu-
ries, and soleRebels draws on that tradition.
Articles are cut, stitched and sewn by hand.
But whereas traditionally craftwork was a
cottageindustryofmicro-businessescatering
to local demand, Ms. Alemu set out to create a
brand that could sell worldwide.
“Our model maximizes local development by
creatingavibrantlocalsupplychainwhilecre-
ating world-class footwear loaded with style,
comfort and appeal,” she explains.
The company emphasizes its development
credentials.Ithaspubliclycommittedtomeet-
ing a range of principles in terms of workers'
pay and conditions, among other things. That
entails some cost, but it has also proved to be
a smart business strategy, helping to ensure
a contented workforce while also attracting
certain customers.
Protecting their good name
soleRebels’ managers are well aware of the
value of intellectual property (IP). Having
worked hard to build a successful brand, they
are keen to protect it.
They have registered “soleRebels” as a trade-
mark in key target export markets, including
the United States of America and the Euro-
pean Union, and also protect their logos and
slogans.
And they have sought to protect the
company’s Internet presence by registering
the domain names solerebels.com and
solerebelsjapan.com – a wise move for
anyone looking to market online.
“Our model maximizes
local development
by creating a vibrant
local supply chain
while creating world-
class footwear.”
Bethlehem Tilahun Alemu
34. 34
Finding
the keys
to success
How a Bangladeshi entrepreneur trans-
formedthepossibilitiesforpublishingand
communications in his country
Bangla is the seventh most widely spoken lan-
guage in the world. Altogether, it has more
than 210 million native speakers in Bangla-
desh and India.
But until relativelyrecentlytherewasnouser-
friendlywaytotypeBangla,makingitdifficult
to print and publish in the language.
Thatwasaterriblebarriertoknowledgetrans-
missionamongBangla-speakingpeople,butit
also meant there was a huge opportunity for
development.
In the late 1980s, Bangladeshi journalist
Mustafa Jabbar spotted the opportunity and
came up with a solution.
In the vanguard of a
technology revolution
Realizing the potential of computer technol-
ogytotransformpublishing,Mr.Jabbaraimed
to construct a new Bangla typing interface.
He wanted to create an easy way to type in
Bangla using a standard “qwerty” keyboard
layout, but that was a difficult task. The Ban-
glaalphabethas50lettersaswellasconjoined
characters and extra vowels.
Its IP rights helped
Ananda Computers
secure value from
its investment in
innovation
35. 35
However, after a year-and-a-half of diligent
work, he succeeded. Bijoy was born – a combi-
nationofakeyboardlayoutandfontsdesigned
by Mr. Jabbar with software developed by a
local programmer.
That was way back in 1988, a time when few
people had grasped the full scope of the per-
sonalcomputerrevolution.ButMr.Jabbarwas
oneofthefar-sightedfew,andthecompanyhe
founded, Ananda Computers, was well placed
to profit from the PC revolution.
Bijoy,whichmeans“victory”inBangla,proved
an apt choice of name. As computer use grew
among Bangla speakers, so did use of the in-
terface. The original software, which only ran
onAppleMacintosh,wasjoinedbyaMicrosoft
Windows-compatible package in 2003, and
the company has issued many updated and
improved versions since then.
Defending its position
Bijoy software is now widely used, and Anan-
da Computers has benefited not only by sell-
ing that, but also through licensing deals with
manufacturersofkeyboardsbearingtheBijoy
font which earn it royalty fees.
All this was possible only because it protected
and exploited its IP rights. The Bijoy software
is protected by copyright, and copyright pro-
tection for the original keyboard layout was
supplemented by patent protection for a sub-
sequent edition.
In addition, Mr. Jabbar is careful to protect
his brand through trademark protection of
product names and logos.
ProtectingitsIPhasmeantthatAnandaCom-
puters was able to secure a fair return on its
investment in innovation – which in turn
meant that it had a solid financial basis for
further innovation and development.
Protection has also on occasion meant taking
action against infringement.
Unfortunately, software piracy is widespread,
butAnandaComputersachievedanotablevic-
toryin2010whenitpersuadedarivalcompany
to stop distributing a free-of-charge applica-
tion (“freeware”) that was an almost exact
copy of Bijoy.
It has also had to tackle unscrupulous com-
petitors importing Bijoy-layout keyboards
without permission, but successfully lob-
bied the customs authorities to combat the
problem.
Another victory for Bijoy.
Protecting creative works
through copyright
Copyright is one of the most widely used types
of intellectual property rights. It protects
an enormous range of literary, artistic and
scientific works. Artistic creations such as novels,
poems, paintings and films are covered, but so
are much more functional works; potentially,
product labelling, packaging and user
instructions may all be protected by copyright.
In many countries, it can also be used to protect
computer software, as in the case of Bijoy.
For more information, see: www.wipo.int/copyright
36. 36
After 25 years of rapid growth, Nigeria’s
giant movie industry is set to change
Success can bring its own challenges. That is
the case with Nigeria’s film industry.
In the 1990s, “Nollywood” grew to become the
third-biggestmoviecenterontheplanet,after
HollywoodintheUnitedStatesofAmericaand
India’s Bollywood.
That staggering growth was based on unique
arrangements for the financing, production
and distribution of films which allowed the
industry to develop at a dizzying rate.
But now, change is on the agenda. The Nol-
lywood model of filmmaking that was such a
recipe for early success needs to adapt if the
industry is to mature.
Above all, new arrangements with regard to
intellectual property (IP) are essential.
Nollywood –
The next episode
If Nollywood is to
keep growing, new
IP arrangements
are crucial