Invest Nova Scotia Start Pulse: all 1,000 record reports, page 1 of 5

Every Invest Nova Scotia Start Pulse record report, 200 per page, grouped by state. Records 1 to 200: 3D BioFibR — Proprietary "dry-spinning” process (mimicking spiders) to produce low denier multifilament fibers from proteins (e.g., collagen and spider silk) (Portfolio Services) to Daniel Boyd (Dalhousie University) — Antibacterial particles for consumer, industry and medical applications (Early Stage Commercializaton Fund - winter round). Source: Nova Scotia Open Data — Invest Nova Scotia Start (m9jf-b8v6).

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• 3D BioFibR — Proprietary "dry-spinning” process (mimicking spiders) to produce low denier multifilament fibers from proteins (e.g., collagen and spider silk) (Portfolio Services)
• 3D BioFibR — Proprietary "dry-spinning” process (mimicking spiders) to produce low denier multifilament fibers from proteins (e.g., collagen and spider silk) (Portfolio Services)
• 3D BioFibR — Proprietary "dry-spinning” process (mimicking spiders) to produce low denier multifilament fibers from proteins (e.g., collagen and spider silk) (Portfolio Services)
• 3D BioFibR — Proprietary "dry-spinning” process (mimicking spiders) to produce low denier multifilament fibers from proteins (e.g., collagen and spider silk) (Portfolio Services)
• 3D BioFibR — Proprietary "dry-spinning” process (mimicking spiders) to produce low denier multifilament fibers from proteins (e.g., collagen and spider silk) (Portfolio Services)
• 3D BioFibR — Proprietary "dry-spinning” process (mimicking spiders) to produce low denier multifilament fibers from proteins (e.g., collagen and spider silk) (Portfolio Services)
• 3D BioFibR — Proprietary "dry-spinning” process (mimicking spiders) to produce low denier multifilament fibers from proteins (e.g., collagen and spider silk) (Portfolio Services)
• 3D BioFibR — Technology to manufacture protein fibers to enable engineering solutions otherwise impossible (Priority Pipeline - COVID-19)
• 3D BioFibR — Technology to manufacture protein fibers to enable engineering solutions otherwise impossible (Priority Pipeline - COVID-19)
• 3D BioFibR — Technology to manufacture protein fibers to enable engineering solutions otherwise impossible (Priority Pipeline - COVID-19)
• 3D BioFibR — Technology to manufacture protein fibers to enable engineering solutions otherwise impossible (Priority Pipeline - COVID-19)
• 3D BioFibR — Technology to manufacture protein fibers to enable engineering solutions otherwise impossible (Priority Pipeline - COVID-19)
• 3D BioFibR — Technology to manufacture protein fibers to enable engineering solutions otherwise impossible (Priority Pipeline - COVID-19)
• 3D BioFibR — Technology to manufacture protein fibers to enable engineering solutions otherwise impossible (Priority Pipeline - COVID-19)
• 44 North — Navigation system to optimize ocean transit using underwater currents (Innovacorp Blue-Green Challenge - round one (blue))
• 44 North — Navigation system to optimize ocean transit using underwater currents (Innovacorp Blue-Green Challenge - round one (blue))
• 44 North — Navigation system to optimize ocean transit using underwater currents (Innovacorp Blue-Green Challenge - round two)
• 44 North — Navigation system to optimize ocean transit using underwater currents (Innovacorp Blue-Green Challenge - round two)
• 44 North — Navigation system to optimize ocean transit using underwater currents (Innovacorp Blue-Green Challenge - round two)
• 44 North — Navigation system to optimize ocean transit using underwater currents (Innovacorp Blue-Green Challenge - round two)
• 44 North — Navigation system to optimize ocean transit using underwater currents (Innovacorp Blue-Green Challenge - round two)
• 44 North — Navigation system to optimize ocean transit using underwater currents (Innovacorp Blue-Green Challenge - round two)
• 44 North — Navigation system to optimize ocean transit using underwater currents (Innovacorp Blue-Green Challenge - round two)
• Alan Fine (Dalhousie University) — Rapid tests for COVID-19 (Early Stage Commercializaton Fund - fall round)
• Alan Fine (Dalhousie University) — Rapid tests for COVID-19 (Early Stage Commercializaton Fund - fall round)
• Alan Fine (Dalhousie University) — Rapid tests for COVID-19 (Early Stage Commercializaton Fund - fall round)
• Alan Fine (Dalhousie University) — Rapid tests for COVID-19 (Early Stage Commercializaton Fund - fall round)
• Alan Fine (Dalhousie University) — Rapid tests for COVID-19 (Early Stage Commercializaton Fund - fall round)
• Alan Fine (Dalhousie University) — Rapid tests for COVID-19 (Early Stage Commercializaton Fund - fall round)
• Alan Fine (Dalhousie University) — Rapid tests for COVID-19 (Early Stage Commercializaton Fund - fall round)
• Anna Metaxas (Dalhousie University) — Technology to maintain and restore healthy kelp beds (Early Stage Commercializaton Fund - OFI Seed Fund)
• Anna Metaxas (Dalhousie University) — Technology to maintain and restore healthy kelp beds (Early Stage Commercializaton Fund - OFI Seed Fund)
• Anna Metaxas (Dalhousie University) — Technology to maintain and restore healthy kelp beds (Early Stage Commercializaton Fund - OFI Seed Fund)
• Anna Metaxas (Dalhousie University) — Technology to maintain and restore healthy kelp beds (Early Stage Commercializaton Fund - OFI Seed Fund)
• Anna Metaxas (Dalhousie University) — Technology to maintain and restore healthy kelp beds (Early Stage Commercializaton Fund - OFI Seed Fund)
• Anna Metaxas (Dalhousie University) — Technology to maintain and restore healthy kelp beds (Early Stage Commercializaton Fund - OFI Seed Fund)
• Anna Metaxas (Dalhousie University) — Technology to maintain and restore healthy kelp beds (Early Stage Commercializaton Fund - OFI Seed Fund)
• Arad Gharagozli (Dalhousie University) — Software for space and other airborne applications (Early Stage Commercializaton Fund - fall round)
• Arad Gharagozli (Dalhousie University) — Software for space and other airborne applications (Early Stage Commercializaton Fund - fall round)
• Arad Gharagozli (Dalhousie University) — Software for space and other airborne applications (Early Stage Commercializaton Fund - fall round)
• Arad Gharagozli (Dalhousie University) — Software for space and other airborne applications (Early Stage Commercializaton Fund - fall round)
• Arad Gharagozli (Dalhousie University) — Software for space and other airborne applications (Early Stage Commercializaton Fund - fall round)
• Arad Gharagozli (Dalhousie University) — Software for space and other airborne applications (Early Stage Commercializaton Fund - fall round)
• Arad Gharagozli (Dalhousie University) — Software for space and other airborne applications (Early Stage Commercializaton Fund - fall round)
• Aruna Revolution Health — Plastic-free, compostable menstrual pads (GreenShoots II)
• Aruna Revolution Health — Plastic-free, compostable menstrual pads (GreenShoots II)
• Aruna Revolution Health — Plastic-free, compostable menstrual pads (GreenShoots II)
• Aruna Revolution Health — Plastic-free, compostable menstrual pads (GreenShoots II)
• Aruna Revolution Health — Plastic-free, compostable menstrual pads (GreenShoots II)
• Aruna Revolution Health — Plastic-free, compostable menstrual pads (GreenShoots II)
• Aruna Revolution Health — Plastic-free, compostable menstrual pads (GreenShoots II)
• Atlantic Institute for Resilience — Enterprise solution for developing individual and organizational resilience (Accelerate)
• Atlantic Institute for Resilience — Enterprise solution for developing individual and organizational resilience (Accelerate)
• Atlantic Institute for Resilience — Enterprise solution for developing individual and organizational resilience (Accelerate)
• Atlantic Institute for Resilience — Enterprise solution for developing individual and organizational resilience (Accelerate)
• Atlantic Institute for Resilience — Enterprise solution for developing individual and organizational resilience (Accelerate)
• Atlantic Institute for Resilience — Enterprise solution for developing individual and organizational resilience (Accelerate)
• Atlantic Institute for Resilience — Enterprise solution for developing individual and organizational resilience (Accelerate)
• Atlantic Institute for Resilience — Enterprise solution for developing individual and organizational resilience (Innovacorp Accelerate Program II)
• Atlantic Institute for Resilience — Enterprise solution for developing individual and organizational resilience (Innovacorp Accelerate Program II)
• Atlantic Institute for Resilience — Enterprise solution for developing individual and organizational resilience (Innovacorp Accelerate Program II)
• Atlantic Institute for Resilience — Enterprise solution for developing individual and organizational resilience (Innovacorp Accelerate Program II)
• Atlantic Institute for Resilience — Enterprise solution for developing individual and organizational resilience (Innovacorp Accelerate Program II)
• Atlantic Institute for Resilience — Enterprise solution for developing individual and organizational resilience (Innovacorp Accelerate Program II)
• Atlantic Institute for Resilience — Enterprise solution for developing individual and organizational resilience (Innovacorp Accelerate Program II)
• Audioptics Medical — Microscope that can see through the eardrum to image middle ear structures (Portfolio Services)
• Audioptics Medical — Microscope that can see through the eardrum to image middle ear structures (Portfolio Services)
• Audioptics Medical — Microscope that can see through the eardrum to image middle ear structures (Portfolio Services)
• Audioptics Medical — Microscope that can see through the eardrum to image middle ear structures (Portfolio Services)
• Audioptics Medical — Microscope that can see through the eardrum to image middle ear structures (Portfolio Services)
• Audioptics Medical — Microscope that can see through the eardrum to image middle ear structures (Portfolio Services)
• Audioptics Medical — Microscope that can see through the eardrum to image middle ear structures (Portfolio Services)
• Beth Mason (Cape Breton University) — Enzymatic chitosan derivation technology for natural plant biofungicide and insecticide (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Cape Breton University) — Enzymatic chitosan derivation technology for natural plant biofungicide and insecticide (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Cape Breton University) — Enzymatic chitosan derivation technology for natural plant biofungicide and insecticide (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Cape Breton University) — Enzymatic chitosan derivation technology for natural plant biofungicide and insecticide (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Cape Breton University) — Enzymatic chitosan derivation technology for natural plant biofungicide and insecticide (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Cape Breton University) — Enzymatic chitosan derivation technology for natural plant biofungicide and insecticide (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Cape Breton University) — Enzymatic chitosan derivation technology for natural plant biofungicide and insecticide (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Verschuren Centre) — Biodegradable plastic composites from renewable polymer sources for single-use and packaging applications (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Verschuren Centre) — Biodegradable plastic composites from renewable polymer sources for single-use and packaging applications (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Verschuren Centre) — Biodegradable plastic composites from renewable polymer sources for single-use and packaging applications (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Verschuren Centre) — Biodegradable plastic composites from renewable polymer sources for single-use and packaging applications (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Verschuren Centre) — Biodegradable plastic composites from renewable polymer sources for single-use and packaging applications (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Verschuren Centre) — Biodegradable plastic composites from renewable polymer sources for single-use and packaging applications (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Verschuren Centre) — Biodegradable plastic composites from renewable polymer sources for single-use and packaging applications (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Verschuren Centre) — Compostable replacements for single-use plastics (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Verschuren Centre) — Compostable replacements for single-use plastics (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Verschuren Centre) — Compostable replacements for single-use plastics (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Verschuren Centre) — Compostable replacements for single-use plastics (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Verschuren Centre) — Compostable replacements for single-use plastics (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Verschuren Centre) — Compostable replacements for single-use plastics (Early Stage Commercializaton Fund - winter round)
• Beth Mason (Verschuren Centre) — Compostable replacements for single-use plastics (Early Stage Commercializaton Fund - winter round)
• Bio Graphene Solutions — Graphene made from organic and renewable feedstocks (Innovacorp Blue-Green Challenge - round one (green))
• Bio Graphene Solutions — Graphene made from organic and renewable feedstocks (Innovacorp Blue-Green Challenge - round one (green))
• Chadwick Williams (Nova Scotia Health Authority) — Software to enable faster patient recruitment into clinical trials (Early Stage Commercializaton Fund - fall round)
• Chadwick Williams (Nova Scotia Health Authority) — Software to enable faster patient recruitment into clinical trials (Early Stage Commercializaton Fund - fall round)
• Chadwick Williams (Nova Scotia Health Authority) — Software to enable faster patient recruitment into clinical trials (Early Stage Commercializaton Fund - fall round)
• CheckIn Analytics — Software management system for hotels (Intersect - spring round)
• CheckIn Analytics — Software management system for hotels (Intersect - spring round)
• CheckIn Analytics — Software management system for hotels (Intersect - spring round)
• CheckIn Analytics — Software management system for hotels (Intersect - spring round)
• CheckIn Analytics — Software management system for hotels (Intersect - spring round)
• CheckIn Analytics — Software management system for hotels (Intersect - spring round)
• CheckIn Analytics — Software management system for hotels (Intersect - spring round)
• Chris Algar, Greg Wanger (Dalhousie University) — Microbial electrochemical cell that lowers sulfide in aquaculture farms (Early Stage Commercializaton Fund - fall round)
• Chris Algar, Greg Wanger (Dalhousie University) — Microbial electrochemical cell that lowers sulfide in aquaculture farms (Early Stage Commercializaton Fund - fall round)
• Chris Algar, Greg Wanger (Dalhousie University) — Microbial electrochemical cell that lowers sulfide in aquaculture farms (Early Stage Commercializaton Fund - fall round)
• Chris Algar, Greg Wanger (Dalhousie University) — Microbial electrochemical cell that lowers sulfide in aquaculture farms (Early Stage Commercializaton Fund - fall round)
• Chris Algar, Greg Wanger (Dalhousie University) — Microbial electrochemical cell that lowers sulfide in aquaculture farms (Early Stage Commercializaton Fund - fall round)
• Chris Algar, Greg Wanger (Dalhousie University) — Microbial electrochemical cell that lowers sulfide in aquaculture farms (Early Stage Commercializaton Fund - fall round)
• Chris Algar, Greg Wanger (Dalhousie University) — Microbial electrochemical cell that lowers sulfide in aquaculture farms (Early Stage Commercializaton Fund - fall round)
• Christian Lehmann (Dalhousie) — Treatment for bacterial cystitis (Early Stage Commercializaton Fund - winter round)
• Christian Lehmann (Dalhousie) — Treatment for bacterial cystitis (Early Stage Commercializaton Fund - winter round)
• Christian Lehmann (Dalhousie) — Treatment for bacterial cystitis (Early Stage Commercializaton Fund - winter round)
• Christian Lehmann (Dalhousie) — Treatment for bacterial cystitis (Early Stage Commercializaton Fund - winter round)
• Christian Lehmann (Dalhousie) — Treatment for bacterial cystitis (Early Stage Commercializaton Fund - winter round)
• Christian Lehmann (Dalhousie) — Treatment for bacterial cystitis (Early Stage Commercializaton Fund - winter round)
• Christian Lehmann (Dalhousie) — Treatment for bacterial cystitis (Early Stage Commercializaton Fund - winter round)
• Christopher McMaster (Dalhousie) — Drug treatment for a childhood muscular dystrophy (Early Stage Commercializaton Fund - fall round)
• Christopher McMaster (Dalhousie) — Drug treatment for a childhood muscular dystrophy (Early Stage Commercializaton Fund - fall round)
• Christopher McMaster (Dalhousie) — Drug treatment for a childhood muscular dystrophy (Early Stage Commercializaton Fund - fall round)
• Christopher McMaster (Dalhousie) — Drug treatment for a childhood muscular dystrophy (Early Stage Commercializaton Fund - fall round)
• Christopher McMaster (Dalhousie) — Drug treatment for a childhood muscular dystrophy (Early Stage Commercializaton Fund - fall round)
• Christopher McMaster (Dalhousie) — Drug treatment for a childhood muscular dystrophy (Early Stage Commercializaton Fund - fall round)
• Christopher McMaster (Dalhousie) — Drug treatment for a childhood muscular dystrophy (Early Stage Commercializaton Fund - fall round)
• Clean Valley CIC — Algae-based filtration solution for microplastics pollution (Innovacorp Accelerate Program I)
• Clean Valley CIC — Algae-based filtration solution for microplastics pollution (Innovacorp Accelerate Program I)
• Clean Valley CIC — Algae-based filtration solution for microplastics pollution (Innovacorp Accelerate Program I)
• Clean Valley CIC — Algae-based filtration solution for microplastics pollution (Innovacorp Accelerate Program I)
• Clean Valley CIC — Algae-based filtration solution for microplastics pollution (Innovacorp Accelerate Program I)
• Clean Valley CIC — Algae-based filtration solution for microplastics pollution (Innovacorp Accelerate Program I)
• Clean Valley CIC — Algae-based filtration solution for microplastics pollution (Innovacorp Accelerate Program I)
• Clean Valley CIC — Non-toxic solutions for microplastics pollution (Innovacorp Blue-Green Challenge - round one (blue))
• Clean Valley CIC — Non-toxic solutions for microplastics pollution (Innovacorp Blue-Green Challenge - round one (blue))
• Colin O'Flynn (Dalhousie University) — Automated power analysis and cryptographic security analysis for embedded systems (Early Stage Commercializaton Fund - winter round)
• Colin O'Flynn (Dalhousie University) — Automated power analysis and cryptographic security analysis for embedded systems (Early Stage Commercializaton Fund - winter round)
• Colin O'Flynn (Dalhousie University) — Automated power analysis and cryptographic security analysis for embedded systems (Early Stage Commercializaton Fund - winter round)
• Colin O'Flynn (Dalhousie University) — Automated power analysis and cryptographic security analysis for embedded systems (Early Stage Commercializaton Fund - winter round)
• Colin O'Flynn (Dalhousie University) — Automated power analysis and cryptographic security analysis for embedded systems (Early Stage Commercializaton Fund - winter round)
• Colin O'Flynn (Dalhousie University) — Automated power analysis and cryptographic security analysis for embedded systems (Early Stage Commercializaton Fund - winter round)
• Colin O'Flynn (Dalhousie University) — Automated power analysis and cryptographic security analysis for embedded systems (Early Stage Commercializaton Fund - winter round)
• ColourSmith Labs — Direct-to-consumer contact lenses reducing red-green colour blindness and saturating colours (Innovacorp Accelerate Program - Medical Technologies)
• ColourSmith Labs — Direct-to-consumer contact lenses reducing red-green colour blindness and saturating colours (Innovacorp Accelerate Program - Medical Technologies)
• ColourSmith Labs — Direct-to-consumer contact lenses reducing red-green colour blindness and saturating colours (Innovacorp Accelerate Program - Medical Technologies)
• ColourSmith Labs — Direct-to-consumer contact lenses reducing red-green colour blindness and saturating colours (Innovacorp Accelerate Program - Medical Technologies)
• ColourSmith Labs — Direct-to-consumer contact lenses reducing red-green colour blindness and saturating colours (Innovacorp Accelerate Program - Medical Technologies)
• ColourSmith Labs — Direct-to-consumer contact lenses reducing red-green colour blindness and saturating colours (Innovacorp Accelerate Program - Medical Technologies)
• ColourSmith Labs — Direct-to-consumer contact lenses reducing red-green colour blindness and saturating colours (Innovacorp Accelerate Program - Medical Technologies)
• Construction AI — Computer vision tool to automate high volume data entry tasks required by excavating companies to estimate and bid on jobs (Sprint)
• Construction AI — Computer vision tool to automate high volume data entry tasks required by excavating companies to estimate and bid on jobs (Sprint)
• Construction AI — Computer vision tool to automate high volume data entry tasks required by excavating companies to estimate and bid on jobs (Sprint)
• Construction AI — Computer vision tool to automate high volume data entry tasks required by excavating companies to estimate and bid on jobs (Sprint)
• Construction AI — Computer vision tool to automate high volume data entry tasks required by excavating companies to estimate and bid on jobs (Sprint)
• Construction AI — Computer vision tool to automate high volume data entry tasks required by excavating companies to estimate and bid on jobs (Sprint)
• Construction AI — Computer vision tool to automate high volume data entry tasks required by excavating companies to estimate and bid on jobs (Sprint)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Innovacorp Accelerate Program)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Innovacorp Accelerate Program)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Innovacorp Accelerate Program)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Innovacorp Accelerate Program)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Innovacorp Accelerate Program)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Innovacorp Accelerate Program)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Innovacorp Accelerate Program)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Priority Pipeline - COVID-19)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Priority Pipeline - COVID-19)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Priority Pipeline - COVID-19)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Priority Pipeline - COVID-19)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Priority Pipeline - COVID-19)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Priority Pipeline - COVID-19)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Priority Pipeline - COVID-19)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Start-Up Yard at COVE - Cohort III)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Start-Up Yard at COVE - Cohort III)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Start-Up Yard at COVE - Cohort III)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Start-Up Yard at COVE - Cohort III)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Start-Up Yard at COVE - Cohort III)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Start-Up Yard at COVE - Cohort III)
• Copsys Industries — Corrosion management technology to protect assets and reduce maintenance (Start-Up Yard at COVE - Cohort III)
• CoteX Technologies — Low-cost controlled-release fertilizers for farmers (GreenShoots - round two)
• CoteX Technologies — Low-cost controlled-release fertilizers for farmers (GreenShoots - round two)
• CoteX Technologies — Low-cost controlled-release fertilizers for farmers (GreenShoots - round two)
• CoteX Technologies — Low-cost controlled-release fertilizers for farmers (GreenShoots - round two)
• CoteX Technologies — Low-cost controlled-release fertilizers for farmers (GreenShoots - round two)
• CoteX Technologies — Low-cost controlled-release fertilizers for farmers (GreenShoots - round two)
• CoteX Technologies — Low-cost controlled-release fertilizers for farmers (GreenShoots - round two)
• CoteX Technologies — Low-cost controlled-release fertilizers for farmers (Pipeline Opportunity)
• CoteX Technologies — Low-cost controlled-release fertilizers for farmers (Pipeline Opportunity)
• CoteX Technologies — Low-cost controlled-release fertilizers for farmers (Pipeline Opportunity)
• CoteX Technologies — Low-cost controlled-release fertilizers for farmers (Pipeline Opportunity)
• CoteX Technologies — Low-cost controlled-release fertilizers for farmers (Pipeline Opportunity)
• CoteX Technologies — Low-cost controlled-release fertilizers for farmers (Pipeline Opportunity)
• CoteX Technologies — Low-cost controlled-release fertilizers for farmers (Pipeline Opportunity)
• Craig Brown (Dalhousie University) — Technology for sediment profile imaging of coastal environments (Early Stage Commercializaton Fund - OFI Seed Fund)
• Craig Brown (Dalhousie University) — Technology for sediment profile imaging of coastal environments (Early Stage Commercializaton Fund - OFI Seed Fund)
• Craig Brown (Dalhousie University) — Technology for sediment profile imaging of coastal environments (Early Stage Commercializaton Fund - OFI Seed Fund)
• Craig Brown (Dalhousie University) — Technology for sediment profile imaging of coastal environments (Early Stage Commercializaton Fund - OFI Seed Fund)
• Craig Brown (Dalhousie University) — Technology for sediment profile imaging of coastal environments (Early Stage Commercializaton Fund - OFI Seed Fund)
• Craig Brown (Dalhousie University) — Technology for sediment profile imaging of coastal environments (Early Stage Commercializaton Fund - OFI Seed Fund)
• Craig Brown (Dalhousie University) — Technology for sediment profile imaging of coastal environments (Early Stage Commercializaton Fund - OFI Seed Fund)
• Daniel Boyd (Dalhousie University) — Antibacterial particles for consumer, industry and medical applications (Early Stage Commercializaton Fund - winter round)
• Daniel Boyd (Dalhousie University) — Antibacterial particles for consumer, industry and medical applications (Early Stage Commercializaton Fund - winter round)

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