Cannabis Genomics Conference 2024
Cannabis genomic variation in the Himalayas
Wageningen University and Research, The Netherlands
Robin Van Velzen
Biography
Robin van Velzen is a lecturer at the Biosystematics Group, Wageningen University and Research, in the Netherlands. His research focuses on Cannabis biodiversity, investigating population genomic history and reconstructing the evolution of biosynthetic pathways.
Abstract of lecture
TBA
Published research
Robin Van Velzen
Date
Daniela Vergara
Biography
Dr. Daniela Vergara is an evolutionary biologist, data analyst, educator, scientific writer, and public speaker. In addition to her multiple publications, she founded and directs a non-profit organization, the Agricultural Genomics Foundation (AGF; AgriculturalGenomics.org). AGF aims to make hemp and cannabinoid science available to a broad public. Vergara has been part of the scientific teams at private companies including Steep Hill, Inc. who are a global leader in agricultural testing, and the biotech company Front Range Biosciences.
Dr. Vergara recently joined the Harvest New York Extension Team from Cornell University as an ‘Emerging Crop Specialist’ to help hemp farmers with their crop. Dr. Vergara’s scientific publications include the comparison of the cannabinoids by the federally produced Cannabis to that produced by the private market. These results were featured in news platforms such as The Atlantic, Science, and FiveThirtyEight.
Recently, she published a comparison between the genome of these federally produced varieties to the genome of the varieties found in the private markets. Some of her other scientific publications are a compilation of the existing genomic tools available for Cannabis research that was featured in Science, and the maternally inherited genomes (chloroplast and mitochondria). Vergara has authored these publications along with collaborators from the private sector in the Cannabis industry as well as academics from several institutions worldwide. Through AGF, Vergara educates the public about science, data analysis, statistics, evolutionary biology, and genomics.
Vergara is also an international consultant and policy advisor and has advised companies in the US and Latin America. Additionally, she has worked as an expert witness for multiple legal cases in the US and abroad.
Abstract of lecture
Robin van Velzen is a lecturer at the Biosystematics Group, Wageningen University and Research, in the Netherlands. His research focuses on Cannabis biodiversity, investigating population genomic history and reconstructing the evolution of biosynthetic pathways.
Utilizing Basic Genetic Tools to Uncover Genotype-Phenotype Complexity in Cannabis
Date
Anna Schwabe
Biography
Dr. Anna Schwabe, an expert in Cannabis Science and Education, holds a B.S. in Cellular & Molecular Biology, an M.S. in Biological Sciences with a focus on Plant Population Genetics, and a Ph.D. in Biological Education and Cannabis Genetics. Her award-winning doctoral research, "A multifaceted approach to investigate genetic aspects in Cannabis sativa," has resulted in multiple journal publications. Currently an Associate Professor at the University of Colorado, Dr. Schwabe co-teaches "Modern Cannabis Science" and spearheads a comprehensive Cannabis education program at Shore/420 Organics in New Jersey. A distinguished presenter and published researcher, she is a prominent figure in the Cannabis industry.
Synopsis
Understanding the relationship between genotype and phenotypic expression in Cannabis sativa is just beginning to unfold. The utilization of basic genetic tools, in the absence of federal financial support due to legal restrictions, this research suggests that this relationship may be more intricate than previously realized. We chose reliable and cost-effective de-novo simple sequence repeat markers to explore genetic diversity within strains. Surprisingly, we observed significant phenotypic variation despite identical genetic fingerprints, highlighting the profound impact of environmental factors. This investigation exemplifies how basic genetic methods are effective for examining essential aspects of a valuable yet underexplored plant. Persistent limited research funding, stemming from its illegal status in many parts of the world, underscores the critical nature of these explorations.
Integrating genomic and morphometric approaches to study the diversity of wild cannabis populations
Botanical Institute of Barcelona (IBB, CSIC-CMCNB)
Manica Balant
Biography
Manica Balant is a doctoral student, carrying out her PhD at The Botanical Institute of Barcelona. In her research she is focusing on studying genetic, morphologic, and phytochemical diversity of wild and landrace Cannabis accessions and its traditional uses worldwide.
Synopsis
Cannabis has been used by humans for millennia, which resulted in a complex evolutionary history, involving long distance dispersal, selection and numerous hybridizing events between populations. Combining different approaches can therefore give us a wider view of the unexplored diversity within this species. Phylogenomic and population genomics workflows of over 90 accessions of wild/feral and landrace representatives showed no clear division into species or subspecies but indicated that East Mongolian populations do form a distinct group. The importance of including wild/feral and landrace accessions was also confirmed with our novel morphometric analysis, where many of them displayed distinct leaf shape traits.
Robin Van Velzen
Date
Pablo Romero
Biography
Robin van Velzen is a lecturer at the Biosystematics Group, Wageningen University and Research, in the Netherlands. His research focuses on Cannabis biodiversity, investigating population genomic history and reconstructing the evolution of biosynthetic pathways.
Synopsis
Robin van Velzen is a lecturer at the Biosystematics Group, Wageningen University and Research, in the Netherlands. His research focuses on Cannabis biodiversity, investigating population genomic history and reconstructing the evolution of biosynthetic pathways.
Plant Breeders’ Rights Trials in the Netherlands to protect new cannabis varieties
Naktuinbouw, Team DUS vegetables, ornamentals, agriculture;
CPVO - Community Plant Variety Office
Judith J. Meijles & Lizah van den Engel
Biography
Judith: Graduated in Plant Breeding at Wageningen University in 1992, I worked as a breeder at private breeding companies in ornamental crops and pharmaceutical cannabis. With a passion for innovation in horticultural crops, I am convinced that having a strong IP is important for continuous breeding. I am working at the Variety Testing Department (Naktuinbouw, NL) as technical examiner for Plant Breeders’ Rights (PBR) since 2007. At Naktuinbouw I started to examine vegetable crops and later also ornamentals and agricultural crops. Since 2017 I am fortunate to work with cannabis again.
Lizah: With a background in medical and moleculair biology, I have 5 years of experience in performing quality tests for DUS (Distincness, Uniformity, Stability) to obtain registration and/or Plant Breeders' Rights at the Variety Testing Department (Naktuinbouw, NL). In this position, I am specialized in DUS work of a diverse range of vegetable, ornamental and agricultural crops, including cannabis.
Synopsis
Dutch Inspection Service for Horticulture and the organization that assesses the identity, quality and health of propagating material.
Introduction Plant Breeders’ Rights at Naktuinbouw (brief) - By granting exclusive protection to breeders, PBR enables them to recover costs and earn royalties from their innovative contributions. It also fosters collaboration, ensuring a robust system for quality control in the agricultural sector. Naktuinbouw conducted Dutch PBR trials for pharmaceutical cannabis several years ago. However, there was a period with no applications. When companies renewed their interest, they applied at the CPVO (the EU PBR organization) for European PBR. Naktuinbouw had the technical experience and is the only entrusted examination office to perform the PBR trails since 2017.
PBR trials at Naktuinbouw (focus)- Overview of the procedure (incl. licenses, material, trial set up, protocol, collections, cannabinoids testing)
Cannabis DNA database (focus) - its role in DUS
On March 14th, 2024 the first Cannabis Genomics Conference took place at the Botanical Institute of Barcelona (IBB), Spain. Over 120 people participated either online or offline in a series of presentations from leading scientists and industry experts in Cannabis genomics. CGC 2024 offered a space for debate and networking, a first of its kind in the industry.
About
The Cannabis Genomics Conference (CGC) convened leading researchers and industry professionals at the Botanical Institute of Barcelona (CSIC-CMCNB). Focused on the exploration of Cannabis genomics, the event offered in-depth discussions into the current state of Cannabis genomics and anticipated future challenges, and developed responsible strategies to unlock the plant's full genetic potential. The CGC 2024 marked a milestone in the development of this dynamic industry, being the first of its kind within Europe.
This hybrid event emphasized the investigation of unexplored genetic reservoirs and the improvement of conservation and accessibility for researchers, industry, and consumers. Additionally, it featured representatives from the Naktuinbouw, the Netherlands Inspection Service for Horticulture, who presented insights into the Cannabis cultivar registration process.
Attendees had the opportunity to engage with speakers and peers, fostering collaboration and knowledge exchange.
During the final debate, the following topics and corresponding conclusions took central stage:
The implications on the GMO law changes, concerning more elevated terpenes and cannabinoid levels for the Cannabis industry.
While proponents advocate for the value of new techniques like genetic engineering to address research needs and potentially enhance plant traits, concerns persist regarding the ethical, practical, and educational dimensions of such advancements. The debate emphasizes the necessity for a nuanced approach that balances technological progress with transparency, consumer choice, and comprehensive public understanding. Advocates argue that traditional breeding methods remain a reliable pathway for enhancing medical cannabis attributes, emphasizing the plant's adaptability and effectiveness of traditional breeding techniques.
Complications in conducting research on Cannabis and paths moving forward
Conducting R&D on the Cannabis plant implies significant challenges, including obtaining funding, navigating regulatory hurdles, and accessing research materials. The overarching conclusion emphasizes the urgent need for improved funding mechanisms, streamlined regulations, and enhanced internation collaboration to address these multifaceted challenges.
The importance of country benefit sharing for Cannabis cultivars
The nagoya protocol is an important legal framework , provided by the UN to facilitate revenue-sharing agreements over plant genetics and facilitate payments to countries providing genetic resources. The debate on the Nagoya Protocol illuminated its core value in ensuring fair usage of Cannabis genetics and attempts at preserving the plants genetic diversity. However, challenges persist in implementing the protocol, including defining thresholds for benefit sharing and accurately identifying genetic origins. The consensus points towards a need for further development of the governmental bodies acting out and controlling the protocol for Cannabis, as well as increased efforts towards cultivar registration of the Cannabis plan.
Speakers
Cannabis genomic variation in the Himalayas
Wageningen University and Research, The Netherlands
Robin Van Velzen
Biography
Robin van Velzen is a lecturer at the Biosystematics Group, Wageningen University and Research, in the Netherlands. His research focuses on Cannabis biodiversity, investigating population genomic history and reconstructing the evolution of biosynthetic pathways.
Abstract of lecture
TBA
Published research
Robin Van Velzen
Date
Daniela Vergara
Biography
Dr. Daniela Vergara is an evolutionary biologist, data analyst, educator, scientific writer, and public speaker. In addition to her multiple publications, she founded and directs a non-profit organization, the Agricultural Genomics Foundation (AGF; AgriculturalGenomics.org). AGF aims to make hemp and cannabinoid science available to a broad public. Vergara has been part of the scientific teams at private companies including Steep Hill, Inc. who are a global leader in agricultural testing, and the biotech company Front Range Biosciences.
Dr. Vergara recently joined the Harvest New York Extension Team from Cornell University as an ‘Emerging Crop Specialist’ to help hemp farmers with their crop. Dr. Vergara’s scientific publications include the comparison of the cannabinoids by the federally produced Cannabis to that produced by the private market. These results were featured in news platforms such as The Atlantic, Science, and FiveThirtyEight.
Recently, she published a comparison between the genome of these federally produced varieties to the genome of the varieties found in the private markets. Some of her other scientific publications are a compilation of the existing genomic tools available for Cannabis research that was featured in Science, and the maternally inherited genomes (chloroplast and mitochondria). Vergara has authored these publications along with collaborators from the private sector in the Cannabis industry as well as academics from several institutions worldwide. Through AGF, Vergara educates the public about science, data analysis, statistics, evolutionary biology, and genomics.
Vergara is also an international consultant and policy advisor and has advised companies in the US and Latin America. Additionally, she has worked as an expert witness for multiple legal cases in the US and abroad.
Abstract of lecture
Robin van Velzen is a lecturer at the Biosystematics Group, Wageningen University and Research, in the Netherlands. His research focuses on Cannabis biodiversity, investigating population genomic history and reconstructing the evolution of biosynthetic pathways.
Utilizing Basic Genetic Tools to Uncover Genotype-Phenotype Complexity in Cannabis
Date
Anna Schwabe
Biography
Dr. Anna Schwabe, an expert in Cannabis Science and Education, holds a B.S. in Cellular & Molecular Biology, an M.S. in Biological Sciences with a focus on Plant Population Genetics, and a Ph.D. in Biological Education and Cannabis Genetics. Her award-winning doctoral research, "A multifaceted approach to investigate genetic aspects in Cannabis sativa," has resulted in multiple journal publications. Currently an Associate Professor at the University of Colorado, Dr. Schwabe co-teaches "Modern Cannabis Science" and spearheads a comprehensive Cannabis education program at Shore/420 Organics in New Jersey. A distinguished presenter and published researcher, she is a prominent figure in the Cannabis industry.
Synopsis
Understanding the relationship between genotype and phenotypic expression in Cannabis sativa is just beginning to unfold. The utilization of basic genetic tools, in the absence of federal financial support due to legal restrictions, this research suggests that this relationship may be more intricate than previously realized. We chose reliable and cost-effective de-novo simple sequence repeat markers to explore genetic diversity within strains. Surprisingly, we observed significant phenotypic variation despite identical genetic fingerprints, highlighting the profound impact of environmental factors. This investigation exemplifies how basic genetic methods are effective for examining essential aspects of a valuable yet underexplored plant. Persistent limited research funding, stemming from its illegal status in many parts of the world, underscores the critical nature of these explorations.
Integrating genomic and morphometric approaches to study the diversity of wild cannabis populations
Botanical Institute of Barcelona (IBB, CSIC-CMCNB)
Manica Balant
Biography
Manica Balant is a doctoral student, carrying out her PhD at The Botanical Institute of Barcelona. In her research she is focusing on studying genetic, morphologic, and phytochemical diversity of wild and landrace Cannabis accessions and its traditional uses worldwide.
Synopsis
Cannabis has been used by humans for millennia, which resulted in a complex evolutionary history, involving long distance dispersal, selection and numerous hybridizing events between populations. Combining different approaches can therefore give us a wider view of the unexplored diversity within this species. Phylogenomic and population genomics workflows of over 90 accessions of wild/feral and landrace representatives showed no clear division into species or subspecies but indicated that East Mongolian populations do form a distinct group. The importance of including wild/feral and landrace accessions was also confirmed with our novel morphometric analysis, where many of them displayed distinct leaf shape traits.
Robin Van Velzen
Date
Pablo Romero
Biography
Robin van Velzen is a lecturer at the Biosystematics Group, Wageningen University and Research, in the Netherlands. His research focuses on Cannabis biodiversity, investigating population genomic history and reconstructing the evolution of biosynthetic pathways.
Synopsis
Robin van Velzen is a lecturer at the Biosystematics Group, Wageningen University and Research, in the Netherlands. His research focuses on Cannabis biodiversity, investigating population genomic history and reconstructing the evolution of biosynthetic pathways.
Plant Breeders’ Rights Trials in the Netherlands to protect new cannabis varieties
Naktuinbouw, Team DUS vegetables, ornamentals, agriculture;
CPVO - Community Plant Variety Office
Judith J. Meijles & Lizah van den Engel
Biography
Judith: Graduated in Plant Breeding at Wageningen University in 1992, I worked as a breeder at private breeding companies in ornamental crops and pharmaceutical cannabis. With a passion for innovation in horticultural crops, I am convinced that having a strong IP is important for continuous breeding. I am working at the Variety Testing Department (Naktuinbouw, NL) as technical examiner for Plant Breeders’ Rights (PBR) since 2007. At Naktuinbouw I started to examine vegetable crops and later also ornamentals and agricultural crops. Since 2017 I am fortunate to work with cannabis again.
Lizah: With a background in medical and moleculair biology, I have 5 years of experience in performing quality tests for DUS (Distincness, Uniformity, Stability) to obtain registration and/or Plant Breeders' Rights at the Variety Testing Department (Naktuinbouw, NL). In this position, I am specialized in DUS work of a diverse range of vegetable, ornamental and agricultural crops, including cannabis.
Synopsis
Dutch Inspection Service for Horticulture and the organization that assesses the identity, quality and health of propagating material.
Introduction Plant Breeders’ Rights at Naktuinbouw (brief) - By granting exclusive protection to breeders, PBR enables them to recover costs and earn royalties from their innovative contributions. It also fosters collaboration, ensuring a robust system for quality control in the agricultural sector. Naktuinbouw conducted Dutch PBR trials for pharmaceutical cannabis several years ago. However, there was a period with no applications. When companies renewed their interest, they applied at the CPVO (the EU PBR organization) for European PBR. Naktuinbouw had the technical experience and is the only entrusted examination office to perform the PBR trails since 2017.
PBR trials at Naktuinbouw (focus)- Overview of the procedure (incl. licenses, material, trial set up, protocol, collections, cannabinoids testing)
Cannabis DNA database (focus) - its role in DUS
Wageningen University and Research, The Netherlands
Bedrocan Internation, The Netherlands
Robin van Velzen
Biography
Robin van Velzen is a lecturer at the Biosystematics Group, Wageningen University and Research, in the Netherlands. His research focuses on Cannabis biodiversity, investigating population genomic history and reconstructing the evolution of biosynthetic pathways.
Abstract
Cannabis genomic diversity among natural populations is largely unexplored. We analyzed available whole-genome sequencing data combined with new data from herbarium specimens from across the species’ native range. Phylogenetic and population genomic analyses show three main chloroplast haplogroups and geographic structuring of nuclear genomic genotypes. We also assessed the functional relevance of natural variation in cannabinoid synthase genes by in-vitro experiments. These reveal a key region that strongly affects enzyme activity.
Genomic diversity of Cannabis across the native range and functional analysis of cannabinoid synthase genes
Cannabis sativa genomic diversity and the cannabinoid genes
Agricultural Genomics Foundation, Cornell Cooperative Extension, USA University of Colorado Boulder, USA
Daniela Vergara
Biography
Dr. Daniela Vergara is an evolutionary biologist, data analyst, educator, scientific writer, and public speaker. In addition to her multiple publications, she founded and directs a non-profit organization, the Agricultural Genomics Foundation (AGF; AgriculturalGenomics.org). AGF aims to make hemp and cannabinoid science available to a broad public. Vergara has been part of the scientific teams at private companies including Steep Hill, Inc. who are a global leader in agricultural testing, and the biotech company Front Range Biosciences. Dr. Vergara recently joined the Harvest New York Extension Team from Cornell University as an ‘Emerging Crop Specialist’ to help hemp farmers with their crops.
Abstract
An insight in the genomic diversity of different lineages within Cannabis sativa, addressing the biochemical pathway regarding cannabinoid production and the genes related to these compounds.
Published research
-
The Genomics of Cannabis and Its Close Relatives
-
Compromised External Validity: Federally Produced Cannabis Does Not Reflect Legal Markets
-
The phytochemical diversity of commercial Cannabis in the United States
Utilizing basic genetic tools to uncover genotype-phenotype complexity in Cannabis
University of Colorado, USA
Shore/420 Organics, USA
Anna Schwabe
Biography
Dr. Anna Schwabe, an expert in Cannabis Science and Education, holds a B.S. in Cellular & Molecular Biology, an M.S. in Biological Sciences with a focus on Plant Population Genetics, and a Ph.D. in Biological Education and Cannabis Genetics. Her award-winning doctoral research, "A multifaceted approach to investigate genetic aspects in Cannabis sativa," has resulted in multiple journal publications. Currently an Associate Professor at the University of Colorado, Dr. Schwabe co-teaches "Modern Cannabis Science" and spearheads a comprehensive Cannabis education program at Shore/420 Organics in New Jersey. A distinguished presenter and published researcher, she is a prominent figure in the Cannabis industry.
Abstract
Understanding the relationship between genotype and phenotypic expression in Cannabis sativa is just beginning to unfold. The utilization of basic genetic tools, in the absence of federal financial support due to legal restrictions, this research suggests that this relationship may be more intricate than previously realized. We chose reliable and cost-effective de-novo simple sequence repeat markers to explore genetic diversity within strains. Surprisingly, we observed significant phenotypic variation despite identical genetic fingerprints, highlighting the profound impact of environmental factors. This investigation exemplifies how basic genetic methods are effective for examining essential aspects of a valuable yet underexplored plant. Persistent limited research funding, stemming from its illegal status in many parts of the world, underscores the critical nature of these explorations.
Integrating genomic and morphometric approaches to study the diversity of wild Cannabis populations
Botanical Institute of Barcelona (IBB, CSIC-CMCNB), Spain
Manica Balant
Biography
Manica Balant is a doctoral student, carrying out her PhD at The Botanical Institute of Barcelona. In her research she is focusing on studying genetic, morphologic, and phytochemical diversity of wild and landrace Cannabis accessions and its traditional uses worldwide.
Abstract
Cannabis has been used by humans for millennia, which resulted in a complex evolutionary history, involving long distance dispersal, selection and numerous hybridizing events between populations. Combining different approaches can therefore give us a wider view of the unexplored diversity within this species. Phylogenomic and population genomics workflows of over 90 accessions of wild/feral and landrace representatives showed no clear division into species or subspecies but indicated that East Mongolian populations do form a distinct group. The importance of including wild/feral and landrace accessions was also confirmed with our novel morphometric analysis, where many of them displayed distinct leaf shape traits.
Phenotypic and chemotypic diversity of medicinal Cannabis sativa Chemovars legally cultivated in Colombia
Cannaflos GmbH, Germany
Yesid A. Ramirez
Biography
Dr. Yesid A. Ramirez is a chemist with emphasis in biochemistry graduated with honors from Universidad Icesi (Colombia) and PhD Magna Cum Laude in medicinal chemistry and drug design from the University of Würzburg (Germany). Since 2012, he has worked in the use of Cannabis and cannabinoids as therapeutic agents.
His collaborative research between the University of Würzburg and Universidad Icesi, focuses on the development of photo-pharmacological probes for the study of the endocannabinoid system and in the study of the metabolic diversity of Cannabis chemovars cultivated in Colombia. Currently, he works as Head of Scientific Operations at Cannaflos GmbH.
Abstract
Cannabis sativa is a highly versatile plant with a long history of cultivation and domestication. It produces multiple compounds that exert distinct and valuable therapeutic effects by modulating diverse biological systems, including the endocannabinoid system (ECS). Access to standardized, metabolically diverse, and reproducible Cannabis sativa chemotypes (known as chemovars) is essential for physicians to optimize individualized patient treatment and for industries to conduct drug-discovery campaigns. Using liquid and gas chromatography, we measured 10 cannabinoids and 23 terpenes in 156 Cannabis sativa plants in addition to other phenotypic traits in plants grown in diverse ecological regions in Colombia, South America, a hotspot for global biodiversity. Our statistical analysis (PCA, Games-Howell test, Spearman correlation) on this dataset provides insight on the biological and chemotypic diversity of medicinal Cannabis sativa worldwide, specifically in South America with new emerging markets. Colombia, in particular, is a country with enormous cultivation potential due to its diverse climates with possibilities of a medicinal and recreational national and international trade.
Plant Breeders’ Rights Trials in the Netherlands to protect new Cannabis varieties
Naktuinbouw, Team DUS vegetables, ornamentals, agriculture, The Netherlands
Judith J. Meijles
& Lizah van den Engel
Biography
Judith: Graduated in Plant Breeding at Wageningen University in 1992, Judith worked as a breeder at private breeding companies in ornamental crops and pharmaceutical cannabis. With a passion for innovation in horticultural crops, she is convinced that having a strong IP is fundamental to continuous breeding. Since 2007, she has been employed at the Variety Testing Department (Naktuinbouw, NL) as technical examiner for Plant Breeders’ Rights (PBR). At Naktuinbouw, she examined vegetable, ornamental and agricultural crops. Since 2017, her work has been focused on Cannabis.
Lizah: With a background in medical and moleculair biology, Lizah has 5 years of experience in performing quality tests for DUS (Distincness, Uniformity, Stability) to obtain registration and/or Plant Breeders' Rights at the Variety Testing Department (Naktuinbouw, NL). In this position, she specializes in DUS work of a diverse range of vegetable, ornamental and agricultural crops, including Cannabis.
Abstract
Introduction to Plant Breeders’ Rights at Naktuinbouw; by granting exclusive protection to breeders, PBR enables them to recover costs and earn royalties from their innovative contributions. It also fosters collaboration, ensuring a robust system for quality control in the agricultural sector. Naktuinbouw conducted Dutch PBR trials for pharmaceutical cannabis several years ago. However, there was a period with no applications. When companies renewed their interest, they applied at the CPVO (the EU PBR organization) for European PBR. Naktuinbouw had the technical experience and is the only entrusted examination office to perform the PBR trails since 2017.
Zoom-in 1: PBR trials at Naktuinbouw; overview of the procedure (incl. licenses, material, trial set up, protocol, collections, cannabinoids testing)
Zoom-in 2: Cannabis DNA database and its role in DUS
Conference Moderator
Biotech Tricopharming Research, Spain
Luis Matías Hernández
Biography
Luis Matías Hernández, graduated in Biochemistry (University of Navarra, Master in Plant Biotechnology by CIHEAM-Cret) and obtained his PhD in Plant Genetics by the University of Milan and Master in International Health (Queen Margaret University, Edinburgh, Scotland). He did his Post-doc
at the Centre for Research in Agrogenomics (CRAG) in Plant Molecular Pharming and is currently the Principal Investigator & founder of Biotech Tricopharming Research which mission is to generate, through cutting-edge R&D activities, revolutionary molecular pharming technologies in order to increase the therapeutic potential of MAPs (Medicinal and Aromatic Plants).
Published research
Organizers
Botanical Institute of Barcelona
The Botanical Institute of Barcelona (IBB) is a joint venture between the Spanish National Research Council (CSIC) and the Natural Science Museum of Barcelona Consortium (CMCNB). It is the second largest botanical center in Spain and stands out due to both its scientific significance and the volume of its collections. Current botanical collections include approximately 800,000 herbarium specimens. These collections, as well as the specialized library, are part of the CSIC Library Network, which can be accessed via the Internet and is fully accessible to all interested researchers. The institute also holds the Salvador Cabinet, one of the few naturalist collections of the Enlightenment period still preserved. This collection includes a variety of specimens: fossils, shells, seeds, various animal and plant products and the herbarium. Holdings also include a scientific, medical and pharmaceutical library from the 16th and 18th centuries—one of the most important libraries of its kind in the world.
Cannaflos Genetics
Cannaflos Genetics is a wholly owned subsidiary of Cannaflos GmbH. Operating from within the Parc Científic de la Universitat de València, Cannaflos Genetics aims to drive genetic diversity and traceability of the Cannabis plant to deliver high impact cultivars for Medical development. They conduct pioneering research and developement on their unique germplasm bank of 130+ landraise genetics from 27 countries. They have developed 14 Pharma-grade, Virus free & Nagoya compliant, Cannabis sativa L. Cultivars (CPVO registered, EU) through an ongoing breeding program of elite cultivars for medical purposes. Cannaflos holds exclusive research collaborations with the Botanical Institute of Barcelona & University of Valencia over the analysis of our Cannabis traditional uses database and genome sequencing studies.
