Karen Grace Bondoc-Naumovitz
@seeseamic.bsky.social
currently working on diatom motility
previous research: marine viruses, Ehux, HABs, sea cucumbers.
previous research: marine viruses, Ehux, HABs, sea cucumbers.
Reposted by Karen Grace Bondoc-Naumovitz
🌊 Save the Date! 🌍
#SAME18 — Aquatic Microbiomes on a Changing Planet
📍 Barcelona, Spain | 🗓️ Sept 28 – Oct 3, 2025
At the iconic PRBB 🧬🌿
Join us to explore the frontiers of aquatic microbial ecology.
📢 Stay tuned for more info and follow us on Bluesky!
#MicrobialEcology #MarineMicrobiology #SAME18
#SAME18 — Aquatic Microbiomes on a Changing Planet
📍 Barcelona, Spain | 🗓️ Sept 28 – Oct 3, 2025
At the iconic PRBB 🧬🌿
Join us to explore the frontiers of aquatic microbial ecology.
📢 Stay tuned for more info and follow us on Bluesky!
#MicrobialEcology #MarineMicrobiology #SAME18
March 22, 2025 at 12:47 PM
🌊 Save the Date! 🌍
#SAME18 — Aquatic Microbiomes on a Changing Planet
📍 Barcelona, Spain | 🗓️ Sept 28 – Oct 3, 2025
At the iconic PRBB 🧬🌿
Join us to explore the frontiers of aquatic microbial ecology.
📢 Stay tuned for more info and follow us on Bluesky!
#MicrobialEcology #MarineMicrobiology #SAME18
#SAME18 — Aquatic Microbiomes on a Changing Planet
📍 Barcelona, Spain | 🗓️ Sept 28 – Oct 3, 2025
At the iconic PRBB 🧬🌿
Join us to explore the frontiers of aquatic microbial ecology.
📢 Stay tuned for more info and follow us on Bluesky!
#MicrobialEcology #MarineMicrobiology #SAME18
New pub! We studied how different #diatom species move combining experiments + simulations! We show how the morphology of the diatom affects its movement patterns that may contribute to niche segregation in a biofilm.
Plus, we did the first 3D tracking of their motion (using a healing crystal😂).
Plus, we did the first 3D tracking of their motion (using a healing crystal😂).
Delighted to see our work on #diatom motility published in @pnas.org !🎉
doi.org/10.1073/pnas...
These abundant single-celled algae are responsible for a significant portion of the air we breathe yet often overlooked. Here we show how how diatom (raphe) shape impacts their gliding function... 1/3
doi.org/10.1073/pnas...
These abundant single-celled algae are responsible for a significant portion of the air we breathe yet often overlooked. Here we show how how diatom (raphe) shape impacts their gliding function... 1/3
March 19, 2025 at 1:38 PM
New pub! We studied how different #diatom species move combining experiments + simulations! We show how the morphology of the diatom affects its movement patterns that may contribute to niche segregation in a biofilm.
Plus, we did the first 3D tracking of their motion (using a healing crystal😂).
Plus, we did the first 3D tracking of their motion (using a healing crystal😂).