How we work

Our Aims

The Bolivian Society for Molecular Biology works with a vision to position molecular biology as a driving force for scientific advancement in Bolivia. These aims reflect our commitment to excellence, innovation, and collaboration, fundamental pillars for achieving sustainable development and a better future for the country, with the aim of generating a positive impact both on the scientific community and society at large.

Foster an active and collaborative community of molecular biologists in Bolivia, connecting researchers, students, and professionals, as well as facilitating interaction with professionals from other disciplines to generate more comprehensive knowledge.

Promote innovative and multidisciplinary scientific research, strengthening the impact of molecular biology on Bolivian society and addressing national and international challenges.

Highlight the contribution of Bolivian molecular biologists, emphasizing their role and contribution to scientific and technological progress, both locally and globally.

Promote continuous training and professional development, creating new academic spaces and training opportunities to ensure the constant growth and advancement of the scientific community.

Facilitate the transfer of knowledge and technology, establishing links between science and society, and promoting public policies and regulations based on scientific evidence for sustainable development.

Our Strategy

The strategy of the Bolivian Society for Molecular Biology (SBBM) is based on a collaborative and interdisciplinary approach aimed at strengthening the development of molecular biology in Bolivia. We aim to achieve our objectives through the implementation of the following key actions:

Flickr-micrograph showing vesicular stomatitis virus (VSV) 1

Fostering Collaborative Networks:

Promote connections between molecular biologists and professionals from various disciplines, both nationally and internationally, to enrich the exchange of ideas and resources.

Flickr-micrograph showing vesicular stomatitis virus (VSV) 2

Training and Development

Offer continuous training opportunities to our members by organizing workshops, seminars, and courses that address the needs of the current scientific context.

Flickr-micrograph showing vesicular stomatitis virus (VSV) 3

Knowledge Dissemination:

Implement initiatives to showcase the work of our professionals and facilitate access to scientific knowledge through conferences, publications, and digital platforms.

Flickr-micrograph showing vesicular stomatitis virus (VSV) 4

Promoting Innovative Research:

Encourage multidisciplinary research projects that address the most relevant challenges for Bolivian society, ensuring the application of molecular biology in strategic areas such as health, biodiversity, and the environment.

Flickr-micrograph showing vesicular stomatitis virus (VSV) 5

Engagement with Society:

Facilitate the transfer of knowledge and technologies to the community, supporting public policies based on scientific evidence that promote sustainable development.

Through these actions, the SBBM positions itself as a key player in the advancement of molecular biology in Bolivia, working to ensure that this discipline not only grows within the scientific community but also has a positive impact on people’s everyday lives and the country’s development.

Areas

We Work In

The Bolivian Society for Molecular Biology covers a wide range of key areas that reflect the diversity and scope of molecular biology in Bolivia and the scientists included in our community. Through our initiatives and projects, we drive scientific advancement in various fields that contribute to development. Explore the main areas we engage with:

Health

Contributions to public health, research on infectious, emerging, environmental, and genetic diseases.

Biodiversity Conservation

Application of genomic tools to understand, assess, and protect endangered species and ecosystems.

Biotechnology

Development of solutions and technologies based on the use of living organisms and biomolecules.

Ecology

Study of ecological interactions and evolution at the molecular level in different environments.

Agroecology

Genetic improvement of crops, disease resistance, and agricultural biotechnology.

Bioinformatics

Analysis of genomic and proteomic data using advanced computational tools.

Microbiology

Research on microorganisms at the genetic level for applications in health and the environment.

Evolutionary Biology

Research on the evolution of organisms at the genetic and molecular level.

Virology

Research on emerging diseases and monitoring.

Science Education and Outreach

Training new generations of scientists and promoting public knowledge.

Public Science Policy

Advising on the creation of regulations and policies based on molecular biology.