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Cluster of fluorescent pink rods of bacteria.

Cultivating Diverse Microbes For Laboratory Study And Genetic Engineering

October 03, 2024, at 12:00 PM ET

Abstract

A staggering amount of genetic and phenotypic diversity in the biosphere remains inaccessible due to our limited ability to manipulate diverse microbes in the lab. In order to unlock the genetic potential of the biosphere, Cultivarium establishes genetic tractability across the microbial tree of life. In collaboration with ATCC, Cultivarium aims for these foundational resources to accelerate microbiological research in biomes across the globe. This talk will describe our approach to identify favorable growth conditions and functional genetic parts in diverse microbes with a focus on extremophilic bacteria. I will highlight our multiplexed assays and predictive software, as well as the Cultivarium Portal, a digital resource with actionable insights for non-model microbes.

Key Points

  • Cultivarium creates open-source tools for life scientists to expand access to novel microorganisms and inspire new research applications.
  • Cultivarium’s scalable workflows and software enable rapid identification of methods for culturing, DNA delivery and genetic parts to help you jump start research in your favorite microbes.
  • Cultivarium Portal is a one-stop-shop digital resource offering actionable organism specific information for non-model microbes.

Watch the Presentation

Presenter

Webinar - Zaira Martin Moldes.jpg

Zaira Martín Moldes, PhD

Principal Scientist, Cultivarium

Dr. Zaira Martin Moldes is a Principal Scientist for Microbiology at Cultivarium. She has a background in Biochemistry and Biotechnology. She received her PhD in Environmental Microbiology from Universidad Autonoma de Madrid and her research interests include non-model microorganisms, genetic tractability, and high-throughput microbiology.

Grainy red and black Deinococcus radiodurans extremophilic bacterium.

Explore extremophiles

ATCC has a wide selection of extremophiles from a variety of environmental sources. Our growing portfolio includes thermophiles and hyperthermophiles (grow at high and very high temperatures), psychrophiles (grow best at low temperatures), acidophiles and alkaliphiles (adapted to acidic or basic pH values), and halophiles (which require NaCl for growth). Explore this fascinating collection today!

Explore extremophiles