The document discusses the Bio.Kitchen, an open community lab that provides tools, technology, and courses to enable agile innovation in life sciences. It aims to lower barriers for biological innovation through rapid prototyping. Key facts noted are that it coaches 25 teams and 50 projects annually, training 200 talents with 25 open lab workspaces and 180 square meters of lab space. A variety of beginner, advanced, and startup courses are offered across disciplines like microbiology, synthetic biology, and more. The goal is to shorten time to results through their methodology and mobile technology.
The Bio.Kitchen has hosted 47 courses, 10 events, and 5 scientific programs over 4 years. It has trained approximately 350 students and incubated 10 startups. Some startups that have been created or incubated include Woodchicken, Irubis, Inveox, Invitris, Arridus, Fluics, Kilobaser, Orbem, BeWorm, and Medea Pharm. The Bio.Kitchen offers a range of beginner and advanced courses covering topics such as synthetic biology, microbiology, and personalized medicine. It also hosts programs like hackathons and a bootstrapping program to support the creation of biotech startups. A success story is the startup BeWorm, which started
The document describes plans to enable COVID-19 testing in Northern Africa using mobile laboratory stations. It proposes a three phase approach: Phase 1 uses qPCR testing in mobile labs to provide results in 2 hours. Phase 2 simplifies the process to use isothermal amplification for results in 1 hour without specialized equipment. Phase 3 further simplifies the process for results in 20 minutes using optimized isothermal reactions without centrifuges or thermocyclers. The goal is to establish testing capacity for up to 1.6 million tests at a cost of less than 25 euros per test.
Bio.Kitchen is an open community lab for tech-talents with 5 workstations for micro- and molecular biology, chemistry, lab-on-Chip and lab automation. It promotes rapid prototyping, transdisciplinarity, an open hacker community, freedom to operate for founders, and a founder's mindset. The lab provides tools and technologies for DNA diagnostics, sequencing, printing, microfluidics, protein synthesis, and open reagents to enable agile innovation in life sciences.
ubio is a biotech company located in Kerala, India that develops diagnostic solutions for medical, veterinary and food applications. It brings together experts in biotechnology, information technology and electronics to create affordable, high-tech diagnostic products. ubio offers an internship program called LCUBE where students can gain hands-on experience in research projects related to their studies in life sciences fields.
Maker - EDU: Learning Biotech by doing in a DiyBio Spaceron shigeta
1) Berkeley BioLabs is a community biotech lab that provides hands-on biotech education and resources for people of all experience levels.
2) In the past summer, over 15 volunteers with varying degrees of experience worked on graduate-level molecular biology techniques and open source biotech projects.
3) The lab aims to make biotechnology more accessible by developing open source lab equipment and sharing their educational resources and workshops with teachers, students, and DIYbio groups.
The document describes a new portable device called Bio Conteri that can perform microbiological analysis using a smartphone. It was developed by a university team to help address antibiotic resistance and improve healthcare in developing countries. The device consists of a microfluidic chip, optical equipment, machine learning software, and connects to a smartphone. It allows doctors to analyze patient samples on-site to identify bacteria and their antibiotic sensitivities, enabling more accurate prescriptions. The team believes this can help reduce misuse of antibiotics and improve health outcomes. Their goal is to launch the first version of the device and software by 2021 after further development and regulatory approval.
The value of strategic partnerships to build technological leadership - Chris...Novamont Spa
International Conference "Reconnecting economy and society through innovation - A new bioeconomy infrastructure for the regeneration of local areas" 30th September 2016
Axyoma is a business project developed by the first Latin America generation of engineers in Biobusiness, supported by a multidisciplinary engineers and researchers team that provides to companies a service of Laboratories and facilities outsourcing with diagnostic, design and development of mainly food or biotechnological specialized raw materials and pre-bioproducts that increase the commercial value, sustainability, and efficiency of their final products.
The Bio.Kitchen has hosted 47 courses, 10 events, and 5 scientific programs over 4 years. It has trained approximately 350 students and incubated 10 startups. Some startups that have been created or incubated include Woodchicken, Irubis, Inveox, Invitris, Arridus, Fluics, Kilobaser, Orbem, BeWorm, and Medea Pharm. The Bio.Kitchen offers a range of beginner and advanced courses covering topics such as synthetic biology, microbiology, and personalized medicine. It also hosts programs like hackathons and a bootstrapping program to support the creation of biotech startups. A success story is the startup BeWorm, which started
The document describes plans to enable COVID-19 testing in Northern Africa using mobile laboratory stations. It proposes a three phase approach: Phase 1 uses qPCR testing in mobile labs to provide results in 2 hours. Phase 2 simplifies the process to use isothermal amplification for results in 1 hour without specialized equipment. Phase 3 further simplifies the process for results in 20 minutes using optimized isothermal reactions without centrifuges or thermocyclers. The goal is to establish testing capacity for up to 1.6 million tests at a cost of less than 25 euros per test.
Bio.Kitchen is an open community lab for tech-talents with 5 workstations for micro- and molecular biology, chemistry, lab-on-Chip and lab automation. It promotes rapid prototyping, transdisciplinarity, an open hacker community, freedom to operate for founders, and a founder's mindset. The lab provides tools and technologies for DNA diagnostics, sequencing, printing, microfluidics, protein synthesis, and open reagents to enable agile innovation in life sciences.
ubio is a biotech company located in Kerala, India that develops diagnostic solutions for medical, veterinary and food applications. It brings together experts in biotechnology, information technology and electronics to create affordable, high-tech diagnostic products. ubio offers an internship program called LCUBE where students can gain hands-on experience in research projects related to their studies in life sciences fields.
Maker - EDU: Learning Biotech by doing in a DiyBio Spaceron shigeta
1) Berkeley BioLabs is a community biotech lab that provides hands-on biotech education and resources for people of all experience levels.
2) In the past summer, over 15 volunteers with varying degrees of experience worked on graduate-level molecular biology techniques and open source biotech projects.
3) The lab aims to make biotechnology more accessible by developing open source lab equipment and sharing their educational resources and workshops with teachers, students, and DIYbio groups.
The document describes a new portable device called Bio Conteri that can perform microbiological analysis using a smartphone. It was developed by a university team to help address antibiotic resistance and improve healthcare in developing countries. The device consists of a microfluidic chip, optical equipment, machine learning software, and connects to a smartphone. It allows doctors to analyze patient samples on-site to identify bacteria and their antibiotic sensitivities, enabling more accurate prescriptions. The team believes this can help reduce misuse of antibiotics and improve health outcomes. Their goal is to launch the first version of the device and software by 2021 after further development and regulatory approval.
The value of strategic partnerships to build technological leadership - Chris...Novamont Spa
International Conference "Reconnecting economy and society through innovation - A new bioeconomy infrastructure for the regeneration of local areas" 30th September 2016
Axyoma is a business project developed by the first Latin America generation of engineers in Biobusiness, supported by a multidisciplinary engineers and researchers team that provides to companies a service of Laboratories and facilities outsourcing with diagnostic, design and development of mainly food or biotechnological specialized raw materials and pre-bioproducts that increase the commercial value, sustainability, and efficiency of their final products.
While many companies are contributing to the battle against the pandemic, Deep Tech startups are trying to overcome scientific challenges to help with prevention, testing or treatment in novel and scalable ways.
This live event organized by SOSV brings together investors who have backed dozens of relevant startups, to get a sense of:
- The variety of solutions being developed,
- Their potential outcomes,
- The broader role and opportunities of deep tech investment.
SPEAKERS
- Seth Bannon, Founding Partner, Fifty Years
- Jun Axup, PhD, Chief Science Officer & Partner, IndieBio / SOSV
- Alex Morgan, MD PhD, Partner, Khosla Ventures
MODERATORS
- Julie Wolf, PhD, Communications Director, IndieBio / SOSV
- Benjamin Joffe, Partner, SOSV
COVID-19 PORTFOLIO
- Fifty Years: www.fifty.vc/covid
- SOSV: www.sosv.com/covid-startups/
- Khosla Ventures: www.khoslaventures.com/khosla-ventures-entrepreneurs-are-responding-with-amazing-diversity-to-covid-19-solutions-for-societys-needs
GenScript ProBio: The World's Leading Biotech Company GenScript ProBio
GenScript ProBio is the world's leading biotech company founded in 2002 in New Jersey USA. We started a business in gene synthesis and established integrated innovative biologics CDMO platforms As of now, provide various solutions based on gene synthesis technology including gene and cell therapy vectors, biologics development and lentivirus manufacturing. Our team and leaders have years of experience in global biopharma companies and are committed to providing professional regulatory support for CMC development of biological products. We have the confidence to provide strong support for your projects. Visit our website for more information
https://www.genscriptprobio.com/gct-one-stop-lentiviralvector.html
"Naturepreneurs" - How startups become sustainable inspired by natureFabian Feutlinske
Biomimicry is the framework to learn from nature to become resilient, adaptive and efficient. Startups can learn how to design and review their business model and value streams with the process and templates provided in this slideshow that was originally presented by COBIOM/Biomimicry Academy at the Impact Factory on 6 May 2020. The Naturepreneur programme at Biomimicry Academy combines Human-Centred Design, Biomimicry and Bioinspiration, Systems Thinking, Circular Economy and Design, Business Modelling, entrepreneur skills and communication.
Axyoma Group is a biotechnology consulting firm that provides services in sustainability solutions, bioenergetics, and bioremediation. Their mission is to help customers become more sustainable and competitive through biotechnological projects involving microalgae, biofuels, bioreactors, and more. As an example, they describe a bioenergetics project using photofermentative fuel production from cyanobacteria to efficiently convert CO2 and water into biofuels.
The document summarizes an upcoming workshop on food tech innovation hosted by MIT's Startup Exchange. The workshop will bring together industry representatives, academics, and startup founders to discuss trends in food technology innovation. A variety of speakers will provide perspectives on opportunities in food product development, agricultural productivity, computational food, and sensors. There will also be presentations from MIT-connected food tech startups and a panel discussion on important trends, the emerging innovation ecosystem, corporate priorities, and where smart investments are focused. The goal is to connect industry members to startups and research in the food technology field.
nitzipper® is a new bioconjugation technology developed by nanoimmunotech that allows for the simple, quick, and versatile conjugation of various molecules and particles. It involves complementary linker molecules (Linker U and Linker T) that enable the oriented and stable conjugation of different components in a single step. Nitzipper® provides advantages over other conjugation methods like reduced time and cost, greater versatility in possible conjugations, and maintenance of biomolecule orientation and activity. It can be used for applications like immunoassays, flow cytometry, biosensing, and developing new customized conjugates and applications.
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.
Nic 2020 valar kaalan io_t enabled smart mushroom cultivationDhanuaravinth K
Oyster mushroom (Pleurotus sp.) belonging to Class Basidiomycetes and Family Agaricaceae is popularly known as ‘dhingri’ in India and grows naturally in the temperate and tropical forests on dead and decaying wooden logs or sometimes on dying trunks of deciduous or coniferous woods. 20 different mushroom species are commercially cultivated around the world. It may also grow on decaying organic matter. The fruit bodies of this mushroom are distinctly shell or spatula shaped with different shades of white, cream, grey, yellow, pink or light brown depending upon the species. It is one of the most suitable fungal organisms for producing protein rich food from various agro-wastes or forest wastes without composting. Mushrooms have gained recognition in food chain because they contribute nutrition supplements to the food and have High Medicinal and Pharmaceutical value.
Two graduate students founded Geltor to use synthetic biology and fermentation to produce proteins like collagen without harming animals. In 2017, Geltor became the first company to ship a synthetically produced protein ingredient. Geltor's animal-free collagen, N-CollageTM, launched in 2018. Geltor combines synthetic biology, computation, fermentation and materials science to design proteins with superior properties to anything found in nature. Their process allows sustainable production of customized protein solutions for industries like food and cosmetics.
The field of Biotechnology focuses on the intersection of biology and technology, leading to a vast array of new products that are designed to enrich lives, make day-to-day living easier, and make us healthier. From vaccine production to genetic modification, biotechnology is everywhere – and as a result, biotechnology careers are quite promising for new graduates. This guide focuses on the various biotechnology degrees, jobs and expectations for those who are interested in the field.
Webinar on Biomanufacturing 4.0 – A New Era in Cell and Gene Therapy DevelopmentBIS Research Inc.
Agenda of the Webinar:
Cell and Gene Therapy Biomanufacturing Market: Trends and Key Developments
Awaited Technologies in the Cell and Gene Therapy Development
Regulatory Scenario – GMP/cGMP Guidelines
Biomanufacturing 4.0 - Adoption Scenario
Conclusion and Future Outlook
Bio-Debug UG is a one-stop solution for all bio-data analysis needs that uses a multidisciplinary team approach. It comprises experts in bioinformatics, genomics, computer science, and more to provide custom solutions for clients' unique projects. Some of the services offered include analysis of next generation sequencing data, genome wide association studies, modeling expression, and more for sectors like research and development, healthcare, pharma, and biotechnology. The company aims to bridge the gap between bioinformatics and biology through close collaboration.
Big data cognitive computing and digital transformationPietro Leo
Big Data + Analytics + Cognitive Computing + New Business Models + HUMANS! =
rumbling around the digital transformation phenomena that is impacting our jobs.
Innofood by Neuron offers a versatile R&D+i team with wide experience in developing projects for the agro-food industry. They provide tailored solutions across biotechnology, food science and technology. Their services include safety testing of new ingredients, product development, shelf-life studies, sensory analysis, and training in R&D+i management. Their aim is to design customized projects to meet client needs and expectations.
Lighting Rockets at the UChicago Microbiome LaunchpadLaura Berry
Presented at the 5th Microbiome R&D and Business Collaboration Forum: USA. To find out more, visit:
www.global-engage.com
With the recent gift of $100 million, the Duchossois Family Institute was established, providing UChicago with the resources to develop models for translating microbiome research. Matt Martin discusses their plans for expanding the support provided to faculty and the mechanisms for launching their startups and technologies.
Providing a focal point to push industry collaboration through updates on clinical advancements and investment opportunities, SMi presents the 20th annual Superbugs & Superdrugs conference which will return to Central London on 19th and 20th March 2018.
The threat of AMR is regularly making front page news but what is the industry actually doing? Are drug manufacturers any closer to finding a solution and how is the government helping? These will be just some of the questions answered through powerful keynote addresses delivered by an expert panel of scientific leaders, drug discovery specialists and government bodies such as MHRA and DNDi.
This document provides information about the 20th Annual Superbugs & Superdrugs conference on tackling antimicrobial resistance that will take place on March 19-21, 2018 in London. The conference will feature presentations on funding and regulatory approaches for new antibiotic development, strategies to combat resistant pathogens, and research on novel antibiotic candidates and alternatives. A half-day workshop on March 21st will provide an overview of using animal models in pre-clinical drug development.
This document provides an overview of bioprinting technology and its applications in education. It summarizes the history of bioprinting from its origins in 1983 to recent developments. It then describes how bioprinters work and the various biomaterials and cell types that can be used for bioprinting. Examples of potential bioprinting applications are given across various industries. The remainder of the document focuses on using bioprinting technology in education, describing classroom bioprinters, bioinks, enzyme applications, and sample lab activities and curriculum tracks related to bioprinting.
The document provides information about the World Congress and Expo on Applied Microbiology conference to be held August 18-20, 2015 in Germany. The conference will bring together over 300 participants from over 60 countries to share knowledge on applied microbiology. It will include keynote speeches, oral and poster presentations from experts in the field on topics related to microbial characterization, manufacturing of vaccines/antibiotics, medical microbiology, food/agricultural microbiology, and more. Accepted abstracts will be published in OMICS Group journals.
The document discusses the avocado market and opportunities for disrupting it. It notes that the global avocado market is large and growing but local European producers cannot meet demand. The Americas are the main producers, while the US and EU are the biggest importers. There is demand for avocado plantlets and sustainable avocados in Europe that is not being met. The document identifies Vegan Vera as the target customer persona and validates her characteristics and pain points through research. It finds that the main problems are sustainability issues not being noticed by consumers, limited expansion of European production due to plant supply bottlenecks, and significant food loss due to avocado perishability. It then presents ideas to address these problems through tissue culture cloning
The document describes a team's proposal to address shortages of plastic consumables needed for Covid-19 testing in Ghana. The team proposes to 3D print the consumables locally using a production setup that includes four 3D printers, an isopropyl bath, and UV chamber. The solution aims to provide a flexible, local, and effortless way to produce swabs, spin columns, tubes, and pipette tips in a sterile and ready-to-use manner at a total cost of around 1000 euros per production table. The team argues that their local 3D printing approach can ensure availability of supplies and help control the pandemic in Ghana by meeting testing needs.
While many companies are contributing to the battle against the pandemic, Deep Tech startups are trying to overcome scientific challenges to help with prevention, testing or treatment in novel and scalable ways.
This live event organized by SOSV brings together investors who have backed dozens of relevant startups, to get a sense of:
- The variety of solutions being developed,
- Their potential outcomes,
- The broader role and opportunities of deep tech investment.
SPEAKERS
- Seth Bannon, Founding Partner, Fifty Years
- Jun Axup, PhD, Chief Science Officer & Partner, IndieBio / SOSV
- Alex Morgan, MD PhD, Partner, Khosla Ventures
MODERATORS
- Julie Wolf, PhD, Communications Director, IndieBio / SOSV
- Benjamin Joffe, Partner, SOSV
COVID-19 PORTFOLIO
- Fifty Years: www.fifty.vc/covid
- SOSV: www.sosv.com/covid-startups/
- Khosla Ventures: www.khoslaventures.com/khosla-ventures-entrepreneurs-are-responding-with-amazing-diversity-to-covid-19-solutions-for-societys-needs
GenScript ProBio: The World's Leading Biotech Company GenScript ProBio
GenScript ProBio is the world's leading biotech company founded in 2002 in New Jersey USA. We started a business in gene synthesis and established integrated innovative biologics CDMO platforms As of now, provide various solutions based on gene synthesis technology including gene and cell therapy vectors, biologics development and lentivirus manufacturing. Our team and leaders have years of experience in global biopharma companies and are committed to providing professional regulatory support for CMC development of biological products. We have the confidence to provide strong support for your projects. Visit our website for more information
https://www.genscriptprobio.com/gct-one-stop-lentiviralvector.html
"Naturepreneurs" - How startups become sustainable inspired by natureFabian Feutlinske
Biomimicry is the framework to learn from nature to become resilient, adaptive and efficient. Startups can learn how to design and review their business model and value streams with the process and templates provided in this slideshow that was originally presented by COBIOM/Biomimicry Academy at the Impact Factory on 6 May 2020. The Naturepreneur programme at Biomimicry Academy combines Human-Centred Design, Biomimicry and Bioinspiration, Systems Thinking, Circular Economy and Design, Business Modelling, entrepreneur skills and communication.
Axyoma Group is a biotechnology consulting firm that provides services in sustainability solutions, bioenergetics, and bioremediation. Their mission is to help customers become more sustainable and competitive through biotechnological projects involving microalgae, biofuels, bioreactors, and more. As an example, they describe a bioenergetics project using photofermentative fuel production from cyanobacteria to efficiently convert CO2 and water into biofuels.
The document summarizes an upcoming workshop on food tech innovation hosted by MIT's Startup Exchange. The workshop will bring together industry representatives, academics, and startup founders to discuss trends in food technology innovation. A variety of speakers will provide perspectives on opportunities in food product development, agricultural productivity, computational food, and sensors. There will also be presentations from MIT-connected food tech startups and a panel discussion on important trends, the emerging innovation ecosystem, corporate priorities, and where smart investments are focused. The goal is to connect industry members to startups and research in the food technology field.
nitzipper® is a new bioconjugation technology developed by nanoimmunotech that allows for the simple, quick, and versatile conjugation of various molecules and particles. It involves complementary linker molecules (Linker U and Linker T) that enable the oriented and stable conjugation of different components in a single step. Nitzipper® provides advantages over other conjugation methods like reduced time and cost, greater versatility in possible conjugations, and maintenance of biomolecule orientation and activity. It can be used for applications like immunoassays, flow cytometry, biosensing, and developing new customized conjugates and applications.
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.
Nic 2020 valar kaalan io_t enabled smart mushroom cultivationDhanuaravinth K
Oyster mushroom (Pleurotus sp.) belonging to Class Basidiomycetes and Family Agaricaceae is popularly known as ‘dhingri’ in India and grows naturally in the temperate and tropical forests on dead and decaying wooden logs or sometimes on dying trunks of deciduous or coniferous woods. 20 different mushroom species are commercially cultivated around the world. It may also grow on decaying organic matter. The fruit bodies of this mushroom are distinctly shell or spatula shaped with different shades of white, cream, grey, yellow, pink or light brown depending upon the species. It is one of the most suitable fungal organisms for producing protein rich food from various agro-wastes or forest wastes without composting. Mushrooms have gained recognition in food chain because they contribute nutrition supplements to the food and have High Medicinal and Pharmaceutical value.
Two graduate students founded Geltor to use synthetic biology and fermentation to produce proteins like collagen without harming animals. In 2017, Geltor became the first company to ship a synthetically produced protein ingredient. Geltor's animal-free collagen, N-CollageTM, launched in 2018. Geltor combines synthetic biology, computation, fermentation and materials science to design proteins with superior properties to anything found in nature. Their process allows sustainable production of customized protein solutions for industries like food and cosmetics.
The field of Biotechnology focuses on the intersection of biology and technology, leading to a vast array of new products that are designed to enrich lives, make day-to-day living easier, and make us healthier. From vaccine production to genetic modification, biotechnology is everywhere – and as a result, biotechnology careers are quite promising for new graduates. This guide focuses on the various biotechnology degrees, jobs and expectations for those who are interested in the field.
Webinar on Biomanufacturing 4.0 – A New Era in Cell and Gene Therapy DevelopmentBIS Research Inc.
Agenda of the Webinar:
Cell and Gene Therapy Biomanufacturing Market: Trends and Key Developments
Awaited Technologies in the Cell and Gene Therapy Development
Regulatory Scenario – GMP/cGMP Guidelines
Biomanufacturing 4.0 - Adoption Scenario
Conclusion and Future Outlook
Bio-Debug UG is a one-stop solution for all bio-data analysis needs that uses a multidisciplinary team approach. It comprises experts in bioinformatics, genomics, computer science, and more to provide custom solutions for clients' unique projects. Some of the services offered include analysis of next generation sequencing data, genome wide association studies, modeling expression, and more for sectors like research and development, healthcare, pharma, and biotechnology. The company aims to bridge the gap between bioinformatics and biology through close collaboration.
Big data cognitive computing and digital transformationPietro Leo
Big Data + Analytics + Cognitive Computing + New Business Models + HUMANS! =
rumbling around the digital transformation phenomena that is impacting our jobs.
Innofood by Neuron offers a versatile R&D+i team with wide experience in developing projects for the agro-food industry. They provide tailored solutions across biotechnology, food science and technology. Their services include safety testing of new ingredients, product development, shelf-life studies, sensory analysis, and training in R&D+i management. Their aim is to design customized projects to meet client needs and expectations.
Lighting Rockets at the UChicago Microbiome LaunchpadLaura Berry
Presented at the 5th Microbiome R&D and Business Collaboration Forum: USA. To find out more, visit:
www.global-engage.com
With the recent gift of $100 million, the Duchossois Family Institute was established, providing UChicago with the resources to develop models for translating microbiome research. Matt Martin discusses their plans for expanding the support provided to faculty and the mechanisms for launching their startups and technologies.
Providing a focal point to push industry collaboration through updates on clinical advancements and investment opportunities, SMi presents the 20th annual Superbugs & Superdrugs conference which will return to Central London on 19th and 20th March 2018.
The threat of AMR is regularly making front page news but what is the industry actually doing? Are drug manufacturers any closer to finding a solution and how is the government helping? These will be just some of the questions answered through powerful keynote addresses delivered by an expert panel of scientific leaders, drug discovery specialists and government bodies such as MHRA and DNDi.
This document provides information about the 20th Annual Superbugs & Superdrugs conference on tackling antimicrobial resistance that will take place on March 19-21, 2018 in London. The conference will feature presentations on funding and regulatory approaches for new antibiotic development, strategies to combat resistant pathogens, and research on novel antibiotic candidates and alternatives. A half-day workshop on March 21st will provide an overview of using animal models in pre-clinical drug development.
This document provides an overview of bioprinting technology and its applications in education. It summarizes the history of bioprinting from its origins in 1983 to recent developments. It then describes how bioprinters work and the various biomaterials and cell types that can be used for bioprinting. Examples of potential bioprinting applications are given across various industries. The remainder of the document focuses on using bioprinting technology in education, describing classroom bioprinters, bioinks, enzyme applications, and sample lab activities and curriculum tracks related to bioprinting.
The document provides information about the World Congress and Expo on Applied Microbiology conference to be held August 18-20, 2015 in Germany. The conference will bring together over 300 participants from over 60 countries to share knowledge on applied microbiology. It will include keynote speeches, oral and poster presentations from experts in the field on topics related to microbial characterization, manufacturing of vaccines/antibiotics, medical microbiology, food/agricultural microbiology, and more. Accepted abstracts will be published in OMICS Group journals.
The document discusses the avocado market and opportunities for disrupting it. It notes that the global avocado market is large and growing but local European producers cannot meet demand. The Americas are the main producers, while the US and EU are the biggest importers. There is demand for avocado plantlets and sustainable avocados in Europe that is not being met. The document identifies Vegan Vera as the target customer persona and validates her characteristics and pain points through research. It finds that the main problems are sustainability issues not being noticed by consumers, limited expansion of European production due to plant supply bottlenecks, and significant food loss due to avocado perishability. It then presents ideas to address these problems through tissue culture cloning
The document describes a team's proposal to address shortages of plastic consumables needed for Covid-19 testing in Ghana. The team proposes to 3D print the consumables locally using a production setup that includes four 3D printers, an isopropyl bath, and UV chamber. The solution aims to provide a flexible, local, and effortless way to produce swabs, spin columns, tubes, and pipette tips in a sterile and ready-to-use manner at a total cost of around 1000 euros per production table. The team argues that their local 3D printing approach can ensure availability of supplies and help control the pandemic in Ghana by meeting testing needs.
Mexico has struggled to control the COVID-19 pandemic due to low testing. The document discusses that half of COVID-19 tests in Mexico are coming back positive, the highest rate in the world. Mexico has resisted widespread testing and only tests the sickest patients. A deputy health minister said broader testing would be a waste of resources. The country has reported over 252,000 cases and 30,000 deaths since the first case was found in late February.
The document describes a game called The Kyobi X that involves cellularization. It includes sections on the solution prototype, game features, market analysis, and meeting the team. Appendices provide details on the game rules and process as well as results from a questionnaire.
This document summarizes a team's work on developing an app and marketplace to address antibiotic overuse and resistance. It outlines:
- The team members and their skills/backgrounds.
- The problem of antibiotic overuse in agriculture, medicine, and food industries leading to resistance.
- The lack of awareness about antibiotic alternatives and side effects.
- The prototype app's features to raise awareness, facilitate discussion, and serve as a marketplace.
- A pilot focused on urinary tract infections, which many women experience recurrently with antibiotics.
- Survey results found most people rely only on antibiotics and lack alternative knowledge.
- Plans for the app's implementation, future capabilities like suggesting
OpenBIO is an open source platform for life science research collaboration. It aims to increase the speed of research, break down barriers, and improve quality by enabling immediate access to reliable data, transparency over ongoing projects before publication, and collaboration within a large community. The platform exceeds competitors by allowing open access for all, supporting information to publications like lab protocols and raw data, and providing sophisticated collaboration tools. A functional prototype demonstrates key features like project overviews and pages for collaboration. The technology stack including Vue.js, Electron, Express, and Docker enables rapid development. The roadmap includes adding tools for content creation, data visualization, citation management, and a subscription model to further the vision of an open collaboration platform.
The team proposes a tracking device placed on each farm animal that measures temperature and movement. The data is sent wirelessly to be analyzed with a prediction model. This provides real-time alerts on a website interface about animals that may be sick. The system aims to reduce treatment costs and prevent disease spread by enabling early detection, helping farmers comply with new regulations limiting antibiotic use. A prototype device has been created and the team plans future testing and refinement on farms.
The document discusses the issue of antibiotic resistance caused by the introduction of antibiotics into aquatic environments through aquaculture. Approximately 50% of consumed antibiotics are directly released into water systems, as antibiotics are routinely added to fish farms to prevent disease and promote growth. This leads to antibiotic residues in farmed fish and the spread of antibiotics through the local environment. Many of the antibiotics used in aquaculture are also important for human medicine. While stopping antibiotic use and increased regulation could help, antibiotic resistance genes still spread through water. Therefore, innovative water treatment is needed to remove antibiotics, such as using Moringa oleifera seeds, which contain proteins that naturally bind antibiotics and can be filtered out. A prototype device using cyclone filtration powered by
- The team developed a reproducible biochemical analysis approach for phage genome sequencing using a portable DNA sequencer called the MinION to make the approach affordable and accessible. They successfully tested their approach by sequencing a mono-phage sample from Ukraine and discovered a new phage genome.
- Moving forward, they plan to engage students through school projects using their approach, conduct mobile phage sequencing labs in rural areas using the portability of their method, and develop an online phage database to accelerate phage research.
This document summarizes a solution to address bottlenecks in diagnostic testing labs due to shortages and high costs of plastic consumables caused by the COVID-19 pandemic. The proposed solution involves 3D printing consumables like pipette tips, tubes, and swabs using a decentralized network of printing stations to produce the materials on-site. This eliminates dependencies on suppliers and provides stable pricing. The document outlines the automated printing and sterilization process and describes partnerships to pilot the solution in Ghana. It argues the approach outperforms competitors by ensuring fast availability of consumables at predictable low costs.
This document outlines a tech challenge to cultivate and clone avocado plants using state-of-the-art laboratory techniques. It notes that the avocado market is growing significantly each year due to high demand, but that current propagation and sustainability practices can be improved. The challenge aims to teach students to clone avocado plants and provide the resulting clones to an urban collaboration space to serve as decorative tropical plants.
This document discusses opportunities for innovating the avocado industry through biological techniques. It describes avocados' popularity and cultivation challenges. Propagation is currently done through grafting, but the document proposes cloning avocado plants in the lab to address issues like limited cold hardiness. Genome sequencing could aid breeding programs to develop desirable traits more quickly. The document also suggests solutions like cultivating avocados sustainably in European greenhouses to meet growing demand. With biological solutions, the resulting avocado plants could serve as decorative office plants.
The document discusses how biological innovation needs freedom - freedom to think for creative minds, freedom to create through experimentation and community support, and freedom to act by removing roadblocks and providing resources. It introduces Bio.Kitchen, which brings agile development practices to life science innovation through short courses merging biology, chemistry, technology and business. The program aims to generate sustainable solutions for issues like healthcare, food and the environment by coaching teams, supporting projects, and training talents with lab space and technology.
The document discusses how biological innovation needs freedom - freedom to think for creative minds, freedom to create through experimentation and community support, and freedom to act by removing roadblocks and providing resources. It introduces Bio.Kitchen, which brings agile development practices to life science innovation through short courses that merge biology, chemistry, technology and business to rapidly prototype solutions for green economy, food and healthcare challenges. Key facts note Bio.Kitchen's impact of coaching 25 teams per year who complete 50 projects, training 200 talents, and providing lab space and technology resources.
Cell-free protein expression systems allow for the production of proteins without living cells. The gene encoding the poly(ethylene terephthalate) hydrolase protein from Ideonella sakaiensis was identified, and its amino acid sequence is available in a database. This protein shows promise for metabolizing PET plastic. A plasmid was designed to allow for expression of this protein using a cell-free expression system called myTXTL from Arbor Biosciences. MyTXTL uses freeze-dried reagents for convenient storage and transport of the system, and is stable for protein expression for up to 12 months.
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How to Fix the Import Error in the Odoo 17Celine George
An import error occurs when a program fails to import a module or library, disrupting its execution. In languages like Python, this issue arises when the specified module cannot be found or accessed, hindering the program's functionality. Resolving import errors is crucial for maintaining smooth software operation and uninterrupted development processes.
A Strategic Approach: GenAI in EducationPeter Windle
Artificial Intelligence (AI) technologies such as Generative AI, Image Generators and Large Language Models have had a dramatic impact on teaching, learning and assessment over the past 18 months. The most immediate threat AI posed was to Academic Integrity with Higher Education Institutes (HEIs) focusing their efforts on combating the use of GenAI in assessment. Guidelines were developed for staff and students, policies put in place too. Innovative educators have forged paths in the use of Generative AI for teaching, learning and assessments leading to pockets of transformation springing up across HEIs, often with little or no top-down guidance, support or direction.
This Gasta posits a strategic approach to integrating AI into HEIs to prepare staff, students and the curriculum for an evolving world and workplace. We will highlight the advantages of working with these technologies beyond the realm of teaching, learning and assessment by considering prompt engineering skills, industry impact, curriculum changes, and the need for staff upskilling. In contrast, not engaging strategically with Generative AI poses risks, including falling behind peers, missed opportunities and failing to ensure our graduates remain employable. The rapid evolution of AI technologies necessitates a proactive and strategic approach if we are to remain relevant.
The simplified electron and muon model, Oscillating Spacetime: The Foundation...RitikBhardwaj56
Discover the Simplified Electron and Muon Model: A New Wave-Based Approach to Understanding Particles delves into a groundbreaking theory that presents electrons and muons as rotating soliton waves within oscillating spacetime. Geared towards students, researchers, and science buffs, this book breaks down complex ideas into simple explanations. It covers topics such as electron waves, temporal dynamics, and the implications of this model on particle physics. With clear illustrations and easy-to-follow explanations, readers will gain a new outlook on the universe's fundamental nature.
This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
Physiology and chemistry of skin and pigmentation, hairs, scalp, lips and nail, Cleansing cream, Lotions, Face powders, Face packs, Lipsticks, Bath products, soaps and baby product,
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Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
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Main Java[All of the Base Concepts}.docxadhitya5119
This is part 1 of my Java Learning Journey. This Contains Custom methods, classes, constructors, packages, multithreading , try- catch block, finally block and more.
1. “I think the biggest innovations of the 21st
century will be at the intersection of
biology and technology. A new era is beginning.” - Steve Jobs
“If I were a teenager today, I'd be hacking biology.” - Bill Gates
Transforming
biological innovation
2. UnternehmerTUM GmbH / 21.11.19
Innovation needs Freedom
Freedom to think
we need the creative and daring minds
who want to stray off the easy and beaten paths
Freedom to create
they need a place to experiment, fail and succeed
and a community to get the right input and motivation
Freedom to act
we have to move all roadblocks away,
provide them with consultancy, infrastructure and money
and allow them to grow their own idea to bear full fruit
3. Bio.Kitchen enables lean and agile development of life science innovation
Biological innovation to date is not
agile. Large investments and time is
required to develop new prototypes
until market readiness. Our
Bio.Kitchen brings agile innovation
into the domains of chemistry,
biology, pharma and medicine.
In our courses we merge the
organic, technical and digital worlds
to generate sustainable generation
of value following the UN “one
health” concept, to give answers to
the challenge of the 21. century:
green economy, food and
healthcare.
Key facts:
● 25 coached Teams p.a.
● 50 Projects p.a.
● 200 trained Talents p.a.
● 25 open Lab work spaces
● 180 sqm Lab space
Coaching
Mentoring Program
transdisciplinary Workshops
high-tech talent pool
Methods and Technology
agile courses for rapid
prototyping
latest Tech and Support
free lab access
11. Our experiences from Bio.Kitchen suggest a clear set of values enabling
lean development of life science innovation.
Rapid Prototyping: Shorten time to result
with our agile methodology and technology
Transdisciplinarity: We work flexibily
across disciplines with the best experts
Hacker Community: Break the frame and
collaborate with our global community
Freedom to operate: We guarantee eye
level between corporates and start-ups and
that all IP remains 100% with the founders
Founder’s Mindset: We enable intensive
personality development
Its all about YOUR project!
12. UnternehmerTUM GmbH / 21.11.19
Experience New Work and Workflows in the Lab
within our flexible lab setups.
Agile Sprints
Become more innovative by understanding and adopting agile work in the lab. Test the
applicability of your products within new workflows or experience modern digital biology
in targeted events for your staff.
Virtual and On Site Bio Education
Use our expertise and wide array of high-quality material to train your staff with latest
workflows and technologies in the lab of the future.
New Work Bio Space
Build on 15 years of experience in building open, flexible and mobile lab environments for
all settings. Have your workflows and lab environment checked and made bullet proof for
the future in Synthetic Biology and Personalized Medicine.
UnternehmerTUM GmbH / 21.11.19
12
13. Bio.Kitchen is an open community lab for tech-talents
5 workstations: micro- and molecular biology, chemistry, lab-on-Chip and lab automation
Rüdiger
Trojok
Lab Lead
Leo
Sprengel
Lab Assistant
Andreas
Jefimowicz
Lab Assistant
14. With our own mobile Tools & Tech we teach rapid prototyping & agile Innovation
Open Source lab
technology
High-Tech Analytics
Lab on a Chip Chemistry
and Biology
open reagents collection
We lower administrative, logistic and regulatory
hurdles to enable agile innovation in the life
sciences. Our competent team gives practical
workshops and provides a full equipped mobile lab
infrastructure for chemistry, biology, medtech and
material sciences. Participants of our workshops will
be guided from idea to a functional prototype and
then receive further coaching on how to form a
startup and commercialize their ideas and
technologies.
15. Micro.bio Syn.bio Fluid.bio Lab.bio Ai.bio
Safely grow, identify and
select microorganisms
using a mobile incubator
and autoclave. Expression
of transgenic proteins is
possible with cell free
systems or small scale
fermenters.
Syn.bio provides DNA
analytic hardware. such as
the Kilobaser and
Nanopore technologies for
sequencing and synthesis
of DN. To analyze DNA we
offer a QPCR and our
desktop tools.
Our microfluidic toolbox
enables you to rapid
protoype microfluidic
devices. Combine
detectors for optical
density measurement with
actuators like pumps and
valves and miniaturize your
custom lab automation
solutions.
The station is equipped
with a centrifuge, pipettes,
a transportable fridge and
freezer to keep your
reagents fresh and usable
anywhere. The convenient
storage of consumables
and the safe transportation
of chemicals make it the
ideal mobile lab platform.
A powerful collection of
softwares using AI and ML
algorithms allows the
innovator to predict protein
structures and rapidly
design his own life forms.
This allows avoiding
wetware experiments to
speed up innovation and
safe precious time and
money in the lab.
Our Bio.Kitchen Lab covers the most relevant processes for early-stage biological
rapid prototyping within four five key technology fields.
16. Bio.Kitchen
Tools & Tech: life science rapid prototyping for free
DNA Diagnostics Bentolab
Open Source Lab Hardware Open Source Pipetting
Robot
DNA Sequencer MinION
DNA Printer Kilobaser
Rapid Prototyping (digital)
Microfluidics
Cell Free Protein
Synthesis
Open Reagents
Collection
17. Beginner, advanced and startup courses offered in the Bio.Kitchen
● Fund your prototype
seminar
● Biohacker ethics seminar
Lab.Bio
● Lab Intro Course
Micro.Bio & Lab.Bio
● Microbiology for Beginners
● Advanced Microbiology
Lab.Bio & Play.Bio
● Rapid Prototyping
Microfluidics
Lab.Bio & Syn.Bio
● Synthetic Biology I
Beginner Courses
● Bootstrap your biotech
startup seminar
● Linux of Drugs:
disrupting the pharma
strategy workshop
Micro.Bio & Lab.Bio
● Personal Medicine
Training
Lab.Bio & Play.Bio
● DIY Lab Automation
workshop
Lab.Bio & Syn.Bio
● Synthetic Biology II
● Synthetic Biology III
● Synthetic Biology IV
Professional Courses
You can choose any of
our courses. We’ll
provide our lab incl. all
needed equipment as
needed. During the
course, we provide you
with all technical and
educational content of
the course, as well as
reagents and
consumables for all
participants.
A course can be offered
with 1 teacher for a
maximum of 10
participants or 2
teachers for 20
participants. The
mentioned price is
calculated for 1 teacher
per day.
● ourses are offered in our
semester based programs
(check www.utum-bio-kitchen.de
for info)
● request a free voucher for the
courses by emailing to
trojok@unternehmertum.de
● check our mobile kitchen offers,
too!
18. Beginner Courses
Professional Courses
Tech Challenge
Graduate Summer
Schools
Bootstrapping Biotech Program
6 months part time commitment,
get free Bio.Kitchen support
18 months+ full time commitment
free lab space in Bio.Kitchen
START COMMIT
Life science professional
during or after Master or
PhD Education
non Life science
professional during or after
Master or PhD Education
innovator’s journey
Building a biotech startup is a high-risk but high-gain
venture. Prototyping takes long and can still fail late in the
process. Therefore, investors don’t like the high-risk
investment in the early phase of your venture.
To succeed in the critical first 2 years of your startup, you
can join our Bio.Kitchen biotech bootstrapping program,
while keeping your IP and Equity to yourself.
19. UnternehmerTUM GmbH / 21.11.19
● Xplore medtech
bootcamp
● free Bio.Kitchen
usage
● find a team
through our
Network
● Innovationsgutsch
ein 10k of 20k
● sign up
Bio.Kitchen
bootstrapping
project
● announce a
Bio.Kitchen
Projektstudium
● Exist Start-up
Funding 130k
● EIT headstart
program 50k
● get a Bio.Kitchen
recommendation
● sign up for
Xpreneurs
● Industrial Innovators
Convertible Loan
~ 200k
● decide for a
Gebrauchsmuster,
Patent, Marke
● and/or choose an
open source strategy
● apply for 50% of max
31k WIPANO
support
● Bio.Kitchen
Tournament and
Bootstrap Biotech
days
● pitch to specialised
VCs
● start a
crowdfunding or
crowdinvesting
campaign
Ideation businessplan
& regulation
Team building
& prototyping
IP protection &
marketing
finalize
prototype
investor
ready
● Bio & Med
Tech-Challenge
● free Bio.Kitchen
usage
● Industrial
innovators
prototyping grant
10k €
6 months part time commitment,
get free Bio.Kitchen support
18 months+ full time commitment
rent your lab space in Bio.Kitchen
How we
support
you
Your
Funding
options
Your startup
journey
START
Bootstrapping Biotech Program
UnternehmerTUM GmbH / 21.11.19
19
GROW
COMMIT
20. 15 startups cluster around the “One Health” concept
Each startup is active and growing!
Medea
Pharm
22. Bio.Kitchen success story: Beworm
2018 team formation during a Bio.Kitchen 2 weeks innovation sprint
2018 - 2021 ongoing labwork in the Bio.Kitchen
2019 industrial innovators prototyping grant
beworm wins the Biomimetic Idea Challenge awarded by the TUM Leonardo
da Vinci Center of Bionics as a first funding
The team gets a spot at the TUM Entrepreneurship Center, situated right
next to the Bio.Kitchen in Garching
2021 beworm aims to get a start-up grant to work full time on the experiments
and the product development
23. Bio.Tournament Environmental Challenge - evolve your organisms to live in the
microplastic habitat
Bio.Tournament teams develop biotechnological innovations and
playfully compete with each other by growing their organisms to
explore a new habitat on a petri dish. Participants learn our unique
rapid prototyping methodology to hack ecology and evolution to
outsmart your opponent bacterial cultures. By building their own
open source lab-on-a-chip “bio playstation” teams can test their
ideas in a real-time biological competition against other teams.
Target audience: biotech company staff & University students
Duration: Preparation 2 days,
bio.tournament game 3 days
Stations required: Basic.bio, Micro.bio, Play.bio
Micro.bio & Lab.bio
● Evolution
● Selection
● Expression
Syn.Bio
● DNA Sequencing
● DNA Synthesis
● DNA Analytics
Play.bio
● Automate
● Miniaturise
● scale up
play.bio
24. Bio.Tournament Hackathon: decentralised and mobile labs can “teleport”
personalised medicine such as drugs and vaccines
phage therapy can treat multi-drug resistant bacterial infections
therapeutic agents have to be provided at the point-of-care personalised medication.
Using our Syn.Bio station, drugs and vaccines can be sequenced, sent over the
internet and their DNA get printed again by e.g. another Syn.Bio station in a different
location. Thus, a biologically active drug can be literally “teleported”. Patients
anywhere on the planet can be treated with personalised medicine in real time.
25. UnternehmerTUM GmbH / 21.11.19
Bio.Tournament Hackathon: We need locally produced plastic consumables to keep
up with consumption and lower import dependencies
3-D-printed Lab consumables:
-can counteract global delivery bottlenecks
-can be adapted very fast to specific processes (high flexibility) (rapid prototyping)