Solasta Bio specializes in the development of environmentally friendly agricultural products focused on crop protection. The company offers a range of biological pesticides and neuropeptide-based insect control solutions designed to address the challenges posed by pests, including those resistant to traditional synthetic chemicals. By providing effective natural alternatives, Solasta Bio aims to assist farmers in managing pest populations while enhancing crop production sustainably and safely. Its innovative approach aligns with the growing global demand for effective and eco-conscious agricultural practices.
Solasta Bio specializes in the development of environmentally friendly agricultural products focused on crop protection. The company offers a range of biological pesticides and neuropeptide-based insect control solutions designed to address the challenges posed by pests, including those resistant to traditional synthetic chemicals. By providing effective natural alternatives, Solasta Bio aims to assist farmers in managing pest populations while enhancing crop production sustainably and safely. Its innovative approach aligns with the growing global demand for effective and eco-conscious agricultural practices.
Biotangents was founded upon their Leapfrog Assembly™ platform technology for building complex genetic constructs from multiple DNA parts. This was developed through a SMART: Scotland award from Scottish Enterprise and was exe0mplified through the generation of their terpenoid biosynthesis strains. During that successful first year they also developed their DNA randomisation technology, Short Sequence Randomisation™. In 2016, having formulated a concept for a modular cell-free nucleic acid detection technology, Moduleic Sensing™, and with support from SynbiCITE, they commenced development of their first diagnostic test, a highly specific and sensitive solution for pen-side diagnosis of infectious diseases in livestock.
Elasmogen is developing soloMERs: fully humanized, next generation, single chain therapeutics for auto-inflammatory diseases, ophthalmology, oncology and intracellular delivery. soloMERs are proprietary humanized clinical candidates derived from VNARS (variable new-antigen receptors) which exist naturally in sharks as high affinity binding domains. With a different ancestral origin from antibodies this example of 400 million year old convergent evolution places VNARs outside of the complex patent landscape that describes and protects antibody drug discovery and has produced the smallest (9% of the size of an antibody) and most robust naturally occurring binding domain. Elasmogen is unique in its capacity to isolate and develop soloMERs, with a multi-layered IP position covering the platform, products and process including an exclusive license to over 20 patents granted in the US, Europe and other territories together with the entire know-how and VNAR pipeline/product output from the Scottish Biologics Facility, University of Aberdeen.
ŌGI Bio is a start-up company emerging from The University of Edinburgh, focused on transforming microbial cultivation and management. The company has developed a modular culturing system that aims to replicate traditional manual flask culturing methods. This innovative system consists of a base unit, which can be customized with retrofittable modules that allow users to add or remove features according to their specific measurement and control needs during the culturing process. By offering this flexible approach, ŌGI Bio seeks to enhance the efficiency and effectiveness of microbial research and applications.
Axol specialize in human cell culture. Axol Bioscience sells live human cell cultures and provides services such as genome editing to researchers. These are iPSC-derived cells and the media and reagents required to successfully culture these cells. The company also do iPSC reprogramming and differentiation to various cell types as a service for customers that wish to use their own patient-derived samples. Axol is headquartered and maintains production on the Chesterford Research Park, a location renowned for inspiring innovation and success, located in Cambridge, UK.
Valneva is a pharmaceutical company developing prophylactic vaccines to treat infectious diseases. The company focused on developing and commercializing prophylactic vaccines for infectious diseases with significant unmet medical needs. Valneva has leveraged its expertise and capabilities both to commercialize two vaccines successfully and to rapidly advance a broad range of vaccine candidates into and through the clinic, including candidates against Lyme disease, the chikungunya virus, and COVID-19.
Solasta Bio specializes in the development of environmentally friendly agricultural products focused on crop protection. The company offers a range of biological pesticides and neuropeptide-based insect control solutions designed to address the challenges posed by pests, including those resistant to traditional synthetic chemicals. By providing effective natural alternatives, Solasta Bio aims to assist farmers in managing pest populations while enhancing crop production sustainably and safely. Its innovative approach aligns with the growing global demand for effective and eco-conscious agricultural practices.
Solasta Bio specializes in the development of environmentally friendly agricultural products focused on crop protection. The company offers a range of biological pesticides and neuropeptide-based insect control solutions designed to address the challenges posed by pests, including those resistant to traditional synthetic chemicals. By providing effective natural alternatives, Solasta Bio aims to assist farmers in managing pest populations while enhancing crop production sustainably and safely. Its innovative approach aligns with the growing global demand for effective and eco-conscious agricultural practices.
Asklepios BioPharmaceutical is a biotechnology company developing adeno-associated virus (AAV) gene therapies for genetic disorders and other rare diseases. It offers proprietary AAV technology, manufacturing capabilities, and a robust pipeline of in-house clinical programs for clients in the medical biopharmaceutical industry. Its pipeline includes clinical-stage programs in Pompe disease and congestive heart failure and a diverse preclinical portfolio of therapeutics targeting neuromuscular, CNS, and other diseases, as well as out-licensed clinical indications for hemophilia and Duchenne muscular dystrophy. The company’s gene therapy platform includes Pro10, an industry-leading proprietary cell line manufacturing process, and an extensive AAV capsid, and promoter library. Asklepios BioPharmaceutical was founded in 2001 and is headquartered in Research Triangle Park, North Carolina.
Censo Bio is a specialist CRO with exceptional skill in complex cell biology, specializing in human neurodegenerative, neuroinflammatory, and inflammatory disease models.
Censo Bio is a specialist CRO with exceptional skill in complex cell biology, specializing in human neurodegenerative, neuroinflammatory, and inflammatory disease models.
Wobble Genomics specializes in maximizing RNA and DNA sequencing efficiency for the discovery and detection of nucleic acid biomarkers.
Censo Bio is a specialist CRO with exceptional skill in complex cell biology, specializing in human neurodegenerative, neuroinflammatory, and inflammatory disease models.
Biotangents was founded upon their Leapfrog Assembly™ platform technology for building complex genetic constructs from multiple DNA parts. This was developed through a SMART: Scotland award from Scottish Enterprise and was exe0mplified through the generation of their terpenoid biosynthesis strains. During that successful first year they also developed their DNA randomisation technology, Short Sequence Randomisation™. In 2016, having formulated a concept for a modular cell-free nucleic acid detection technology, Moduleic Sensing™, and with support from SynbiCITE, they commenced development of their first diagnostic test, a highly specific and sensitive solution for pen-side diagnosis of infectious diseases in livestock.
Synpromics develops and commercializes synthetic promoters to control gene expressions and regulations. The company was founded in 2010 and is based in Edinburgh, United Kingdom.
Biotangents was founded upon their Leapfrog Assembly™ platform technology for building complex genetic constructs from multiple DNA parts. This was developed through a SMART: Scotland award from Scottish Enterprise and was exe0mplified through the generation of their terpenoid biosynthesis strains. During that successful first year they also developed their DNA randomisation technology, Short Sequence Randomisation™. In 2016, having formulated a concept for a modular cell-free nucleic acid detection technology, Moduleic Sensing™, and with support from SynbiCITE, they commenced development of their first diagnostic test, a highly specific and sensitive solution for pen-side diagnosis of infectious diseases in livestock.
TC BioPharm develops safer, cheaper, consistent, and durable CAR-T drugs for hematological and solid tumors. TC BioPharm’s mission is to develop and commercialize innovative cell-based products to treat disease, improving patient health and quality of life. TC BioPharm is a clinical development company with a cell-based product pipeline capable of treating a variety of disorders, including cancer and severe viral infections. TCB is currently conducting Phase II/III clinical studies of its lead product, ImmuniCell, in renal cell cancinoma, non-small cell lung cancer and melanoma patients.
Lamellar Biomedical Ltd. is a biotechnology company based in Bellshill, United Kingdom, focused on developing and commercializing medical devices and pharmaceuticals that leverage mimetics of extra-alveolar lamellar bodies. The company offers Lamellasomes, a synthetic product designed to replicate the functions of lamellar bodies, primarily targeting respiratory diseases such as cystic fibrosis, as well as conditions like dry eye disease and radiotherapy-induced xerostomia. Established in June 2007, Lamellar Biomedical acquired the intellectual property rights to this innovative technology, which aims to improve treatment outcomes through anti-infective properties that enhance antibiotic efficacy and facilitate the delivery of genetic material for pulmonary disease therapies. The company's efforts are directed towards providing transformative solutions for complex and rare respiratory conditions.
Synpromics develops and commercializes synthetic promoters to control gene expressions and regulations. The company was founded in 2010 and is based in Edinburgh, United Kingdom.
Elasmogen is developing soloMERs: fully humanized, next generation, single chain therapeutics for auto-inflammatory diseases, ophthalmology, oncology and intracellular delivery. soloMERs are proprietary humanized clinical candidates derived from VNARS (variable new-antigen receptors) which exist naturally in sharks as high affinity binding domains. With a different ancestral origin from antibodies this example of 400 million year old convergent evolution places VNARs outside of the complex patent landscape that describes and protects antibody drug discovery and has produced the smallest (9% of the size of an antibody) and most robust naturally occurring binding domain. Elasmogen is unique in its capacity to isolate and develop soloMERs, with a multi-layered IP position covering the platform, products and process including an exclusive license to over 20 patents granted in the US, Europe and other territories together with the entire know-how and VNAR pipeline/product output from the Scottish Biologics Facility, University of Aberdeen.
Elasmogen is developing soloMERs: fully humanized, next generation, single chain therapeutics for auto-inflammatory diseases, ophthalmology, oncology and intracellular delivery. soloMERs are proprietary humanized clinical candidates derived from VNARS (variable new-antigen receptors) which exist naturally in sharks as high affinity binding domains. With a different ancestral origin from antibodies this example of 400 million year old convergent evolution places VNARs outside of the complex patent landscape that describes and protects antibody drug discovery and has produced the smallest (9% of the size of an antibody) and most robust naturally occurring binding domain. Elasmogen is unique in its capacity to isolate and develop soloMERs, with a multi-layered IP position covering the platform, products and process including an exclusive license to over 20 patents granted in the US, Europe and other territories together with the entire know-how and VNAR pipeline/product output from the Scottish Biologics Facility, University of Aberdeen.
TC BioPharm develops safer, cheaper, consistent, and durable CAR-T drugs for hematological and solid tumors. TC BioPharm’s mission is to develop and commercialize innovative cell-based products to treat disease, improving patient health and quality of life. TC BioPharm is a clinical development company with a cell-based product pipeline capable of treating a variety of disorders, including cancer and severe viral infections. TCB is currently conducting Phase II/III clinical studies of its lead product, ImmuniCell, in renal cell cancinoma, non-small cell lung cancer and melanoma patients.
Clyde Biosciences is a provider of cardiac cell analysis solutions.
Synpromics develops and commercializes synthetic promoters to control gene expressions and regulations. The company was founded in 2010 and is based in Edinburgh, United Kingdom.
Elasmogen is developing soloMERs: fully humanized, next generation, single chain therapeutics for auto-inflammatory diseases, ophthalmology, oncology and intracellular delivery. soloMERs are proprietary humanized clinical candidates derived from VNARS (variable new-antigen receptors) which exist naturally in sharks as high affinity binding domains. With a different ancestral origin from antibodies this example of 400 million year old convergent evolution places VNARs outside of the complex patent landscape that describes and protects antibody drug discovery and has produced the smallest (9% of the size of an antibody) and most robust naturally occurring binding domain. Elasmogen is unique in its capacity to isolate and develop soloMERs, with a multi-layered IP position covering the platform, products and process including an exclusive license to over 20 patents granted in the US, Europe and other territories together with the entire know-how and VNAR pipeline/product output from the Scottish Biologics Facility, University of Aberdeen.
Lamellar Biomedical Ltd. is a biotechnology company based in Bellshill, United Kingdom, focused on developing and commercializing medical devices and pharmaceuticals that leverage mimetics of extra-alveolar lamellar bodies. The company offers Lamellasomes, a synthetic product designed to replicate the functions of lamellar bodies, primarily targeting respiratory diseases such as cystic fibrosis, as well as conditions like dry eye disease and radiotherapy-induced xerostomia. Established in June 2007, Lamellar Biomedical acquired the intellectual property rights to this innovative technology, which aims to improve treatment outcomes through anti-infective properties that enhance antibiotic efficacy and facilitate the delivery of genetic material for pulmonary disease therapies. The company's efforts are directed towards providing transformative solutions for complex and rare respiratory conditions.
Lab901
Venture Round in 2009
Lab901 Limited engages in the development and production of automated gel electrophories in the United Kingdom. It offers ScreenTape P200 variant, which allows scientists in expressing and purifying recombinant proteins and monoclonal antibodies to carry out SDS-PAGE and analysis; ScreenTape R6K that is developed for reproducible RNA characterisation and quality control; and ScreenTape D800, which separates DNA fragments.
Big DNA Ltd was set up in 2007 by Dr John March, as a spin out company from the Moredun Research Institute at Edinburgh University, to further develop and commercialise new vaccination technologies. Based at Roslin BioCentre, the company currently employs 7 people.
Lab901
Venture Round in 2008
Lab901 Limited engages in the development and production of automated gel electrophories in the United Kingdom. It offers ScreenTape P200 variant, which allows scientists in expressing and purifying recombinant proteins and monoclonal antibodies to carry out SDS-PAGE and analysis; ScreenTape R6K that is developed for reproducible RNA characterisation and quality control; and ScreenTape D800, which separates DNA fragments.
Big DNA Ltd was set up in 2007 by Dr John March, as a spin out company from the Moredun Research Institute at Edinburgh University, to further develop and commercialise new vaccination technologies. Based at Roslin BioCentre, the company currently employs 7 people.
DC biosciences provides pharmaceutical and biotech companies with novel technologies and proteomics services to support the development of safer drugs faster. We are best placed to apply our knowledge and experience in a wide range of bioscience disciplines including quantitative proteomics, chemical biology, biochemistry, molecular biology, bioinformatics and cell biology to provide solutions in key areas of drug discovery and development.
Lab901
Venture Round in 2005
Lab901 Limited engages in the development and production of automated gel electrophories in the United Kingdom. It offers ScreenTape P200 variant, which allows scientists in expressing and purifying recombinant proteins and monoclonal antibodies to carry out SDS-PAGE and analysis; ScreenTape R6K that is developed for reproducible RNA characterisation and quality control; and ScreenTape D800, which separates DNA fragments.
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