Carlos Arellano-Caicedo
@carellanoc.bsky.social
Microbial ecologist
I'm interested in how microhabitats dictate microbial interactions and evolution. Microfluidics 💉 + microscopy 🔬
Jr group leader - University of Vienna
I'm interested in how microhabitats dictate microbial interactions and evolution. Microfluidics 💉 + microscopy 🔬
Jr group leader - University of Vienna
Looking for Master's thesis projects?
Join us in Vienna to study :
- bacterial ecology
- fungal-bacterial interactions
- microbial modeling
Join us in Vienna to study :
- bacterial ecology
- fungal-bacterial interactions
- microbial modeling
April 27, 2025 at 1:31 PM
Looking for Master's thesis projects?
Join us in Vienna to study :
- bacterial ecology
- fungal-bacterial interactions
- microbial modeling
Join us in Vienna to study :
- bacterial ecology
- fungal-bacterial interactions
- microbial modeling
Why?
Spatial analysis shows highest degradation in the intermediate levels of accessibility in less connected structures. This could be due to reduce competition and enhance collaboration, or facilitation of spatial organization regulated by mechanisms like quorum sensing.
Spatial analysis shows highest degradation in the intermediate levels of accessibility in less connected structures. This could be due to reduce competition and enhance collaboration, or facilitation of spatial organization regulated by mechanisms like quorum sensing.
December 10, 2024 at 4:44 PM
Why?
Spatial analysis shows highest degradation in the intermediate levels of accessibility in less connected structures. This could be due to reduce competition and enhance collaboration, or facilitation of spatial organization regulated by mechanisms like quorum sensing.
Spatial analysis shows highest degradation in the intermediate levels of accessibility in less connected structures. This could be due to reduce competition and enhance collaboration, or facilitation of spatial organization regulated by mechanisms like quorum sensing.
What did we find?
Channels and mazes with lower level of connectivity showed the highest substrate degradation. This occurred for the two types of structures tested: channels, and mazes.
Channels and mazes with lower level of connectivity showed the highest substrate degradation. This occurred for the two types of structures tested: channels, and mazes.
December 10, 2024 at 4:44 PM
What did we find?
Channels and mazes with lower level of connectivity showed the highest substrate degradation. This occurred for the two types of structures tested: channels, and mazes.
Channels and mazes with lower level of connectivity showed the highest substrate degradation. This occurred for the two types of structures tested: channels, and mazes.
How?
We inoculated a soil bacterial inoculum into microfluidic chips containing either channels or mazes of various levels of connectivity. Chips were filled with nutrient medium and a fluorogenic substrate to track peptidase activity.
We inoculated a soil bacterial inoculum into microfluidic chips containing either channels or mazes of various levels of connectivity. Chips were filled with nutrient medium and a fluorogenic substrate to track peptidase activity.
December 10, 2024 at 4:43 PM
How?
We inoculated a soil bacterial inoculum into microfluidic chips containing either channels or mazes of various levels of connectivity. Chips were filled with nutrient medium and a fluorogenic substrate to track peptidase activity.
We inoculated a soil bacterial inoculum into microfluidic chips containing either channels or mazes of various levels of connectivity. Chips were filled with nutrient medium and a fluorogenic substrate to track peptidase activity.
New paper published in
@JournalSpectrum
😍
doi.org/10.1128/spec...
co-authors:
@pelleohlsson.bsky.social
, Saleh Moradi, and
@edithhammer.bsky.social
We observed that the sole connectivity of a microhabitat can determine the function (substrate degradation) of a soil community. How? (1/5)👇
@JournalSpectrum
😍
doi.org/10.1128/spec...
co-authors:
@pelleohlsson.bsky.social
, Saleh Moradi, and
@edithhammer.bsky.social
We observed that the sole connectivity of a microhabitat can determine the function (substrate degradation) of a soil community. How? (1/5)👇
December 10, 2024 at 4:42 PM
New paper published in
@JournalSpectrum
😍
doi.org/10.1128/spec...
co-authors:
@pelleohlsson.bsky.social
, Saleh Moradi, and
@edithhammer.bsky.social
We observed that the sole connectivity of a microhabitat can determine the function (substrate degradation) of a soil community. How? (1/5)👇
@JournalSpectrum
😍
doi.org/10.1128/spec...
co-authors:
@pelleohlsson.bsky.social
, Saleh Moradi, and
@edithhammer.bsky.social
We observed that the sole connectivity of a microhabitat can determine the function (substrate degradation) of a soil community. How? (1/5)👇