Global pioneer in the field of genetic research of Cannabis.
Global pioneer in the field of genetic research of Cannabis.
Global pioneer in the field of genetic research of Cannabis.
Global pioneer in the field of genetic research of Cannabis.
Global pioneer in the field of genetic research of Cannabis.
Our developed methods of genetic research have been examined and proven to be feasible and effective.
Our developed methods of genetic research have been examined and proven to be feasible and effective.
Our developed methods of genetic research have been examined and proven to be feasible and effective.
Our developed methods of genetic research have been examined and proven to be feasible and effective.
Our developed methods of genetic research have been examined and proven to be feasible and effective.
Mariana’s scientists, geneticists and molecular biologists are world class leaders in their respective fields, with over 30 years of experience in genetic research and biometry.
Mariana’s scientists, geneticists and molecular biologists are world class leaders in their respective fields, with over 30 years of experience in genetic research and biometry.
Mariana’s scientists, geneticists and molecular biologists are world class leaders in their respective fields, with over 30 years of experience in genetic research and biometry.
Who we are
Who we are
Mariana Bio science is an Israeli based R&D company founded in 2018, to develop superior technologies regarding the genetic improvement of cannabis.
Our team is composed of leading world-class experts who specializes in plant science, genetics and biometry. We hold an R&D facility located in Israel.
Mariana Bio science is an Israeli based R&D company founded in 2018, to develop superior technologies regarding the genetic improvement of cannabis.
Our team is composed of leading world-class experts who specializes in plant science, genetics and biometry. We hold an R&D facility located in Israel.
Mariana Bio science is an Israeli based R&D company founded in 2018, to develop superior technologies regarding the genetic improvement of cannabis.
Our team is composed of leading world-class experts who specializes in plant science, genetics and biometry. We hold an R&D facility located in Israel.
Mariana Bioscience is an Israeli based R&D company founded in 2018, to develop superior technologies regarding the genetic improvement of cannabis.
Our team is composed of leading
world-class experts who specializes in plant science, genetics and biometry. We hold an R&D facility located in Israel.
Research
Research
Our mission to achieve a comprehensive understanding, adjustment and modification of the mechanisms that regulate Cannabis genetic potential .The primary objective of our project is to produce a resource population consisting of extremely high variable cannabis plants.
We aim to utilize our scientific experience and agronomic methodologies to become a leading R&D company in the Cannabis industry. Using a combination of classical and molecular approaches, we plan to redefine the standard for Cannabis-based products.
Our mission to achieve a comprehensive understanding, adjustment and modification of the mechanisms that regulate Cannabis genetic potential .The primary objective of our project is to produce a resource population consisting of extremely high variable cannabis plants.
We aim to utilize our scientific experience and agronomic methodologies to become a leading R&D company in the Cannabis industry. Using a combination of classical and molecular approaches, we plan to redefine the standard for Cannabis-based products.
Our mission to achieve a comprehensive understanding, adjustment and modification of the
mechanisms that regulate Cannabis genetic potential The primary objective of our project is to produce a resource population consisting of extremely high variable cannabis plants.
We aim to utilize our scientific experience and agronomic methodologies to become a leading R&D company in the Cannabis industry. Using a combination of classical and molecular approaches, we plan to redefine the standard for Cannabis-based products.
Our mission to achieve a comprehensive understanding, adjustment and modification of the mechanisms that regulate Cannabis genetic potential the primary objective of our project is to produce a resource population consisting of extremely high variable cannabis plants.
We aim to utilize our scientific experience and agronomic methodologies to become a leading R&D company in the Cannabis industry. Using a combination of classical and molecular approaches, we plan to redefine the standard for Cannabis-based products.
WHAT FOR
Redefining the Standard for the cannabis industry
Redefining the Standard for the cannabis industry
Redefining the Standard for the cannabis industry
Genetic stability
Genetic stability
Tired of clonal propagation? Say no more! Mariana’s strains are genetically uniform and phenotypically stable! Save time, money and space with seeds derived from our germplasm collection.
Tired of clonal propagation? Say no more! Mariana’s strains are genetically uniform and phenotypically stable! Save time, money and space with seeds derived from our germplasm collection.
Cannabis based raw materials
Cannabis based raw materials
Recent and past studies consistently show that certain cannabinoids/terpenoids, or a combination of those, has the potential to alleviate various disease symptoms directly or indirectly. Our unique strains chemotypes will enable the development of new cannabis based drugs.
Recent and past studies consistently show that certain cannabinoids/terpenoids, or a combination of those, has the potential to alleviate various disease symptoms directly or indirectly. Our unique strains chemotypes will enable the development of new cannabis based drugs.
Recent and past studies consistently show that certain cannabinoids/terpenoids, or a combination of those, has the potential to alleviate various disease symptoms directly or indirectly. Our unique strains chemotypes will enable the development of new cannabis based drugs.
Genetic control of cannabinoids
Genetic control of cannabinoids
The majority of genetic components involved in the cannabinoid and terpenoid bio-pathways are unknown or poorly understood. We aim to achive a comprehensive understanding of the mechanisms underlying metabolites accumulation and plant development.
The majority of genetic components involved in the cannabinoid and terpenoid bio-pathways are unknown or poorly understood. We aim to achive a comprehensive understanding of the mechanisms underlying metabolites accumulation and plant development.
HOW WE DO IT
Genetic Control of Cannabinoids and How it Works
Genetic Control of Cannabinoids and How it Works
Genetic Control of Cannabinoids and How it Works
Genetic control of cannabinoids
Our database consists of data collected from more than 4000 different individuals. This one-of-a- kind, highly variable population is imperative to precisely associate between genomic regions and quantitative traits.
Our database consists of data collected from more than 4000 different individuals. This one-of-a- kind, highly variable population is imperative to precisely associate between genomic regions and quantitative traits.
Our database consists of data collected from more than 4000 different individuals. This one-of-a- kind, highly variable population is imperative to precisely associate between genomic regions and quantitative traits.
Our database consists of data collected from more than 4000 different individuals. This one-of-a- kind, highly variable population is imperative to precisely associate between genomic regions and quantitative traits.
Our database consists of data collected from more than 4000 different individuals. This one-of-a- kind, highly variable population is imperative to precisely associate between genomic regions and quantitative traits.
Metabolic engineering
Our proficient scientific team utilizes advanced genetic methods such as CRISPR-Cas9 to produce Non-GMO strains with customized properties. Concepts such as mono-cannabinoid strains are now at reach!
Our proficient scientific team utilizes advanced genetic methods such as CRISPR-Cas9 to produce Non-GMO strains with customized properties. Concepts such as mono-cannabinoid strains are now at reach!
Our proficient scientific team utilizes advanced genetic methods such as CRISPR-Cas9 to produce Non-GMO strains with customized properties. Concepts such as mono-cannabinoid strains are now at reach!
Varieties stabilization
Using molecular and classical approaches, Mariana aims to produce a homozygous, doubled haploid population. It will allow us to produce genetically uniform and phenotypically stable F 1 hybrids.
Using molecular and classical approaches, Mariana aims to produce a homozygous, doubled haploid population. It will allow us to produce genetically uniform and phenotypically stable F 1 hybrids.
Using molecular and classical approaches, Mariana aims to produce a homozygous, doubled haploid population. It will allow us to produce genetically uniform and phenotypically stable F 1 hybrids.