Mike Neugent PhD
@mikeneugent.bsky.social
Ruth L. Kirschstein NRSA Postdoctoral Fellow | NIDDK | host microbiome metabolic interfaces | biochemical ecology | Women’s health | The De Nisco Lab
Hey!!! Ok i downloaded the bsky app so i can send you some coffee cheers too!
September 23, 2025 at 2:24 PM
Hey!!! Ok i downloaded the bsky app so i can send you some coffee cheers too!
Just 3 months late! Cheers!
July 26, 2025 at 7:21 PM
Just 3 months late! Cheers!
That was so much fun!!! Love giving these workshops!
Zero to hero in statistical analysis in R!
Zero to hero in statistical analysis in R!
July 2, 2025 at 2:55 AM
That was so much fun!!! Love giving these workshops!
Zero to hero in statistical analysis in R!
Zero to hero in statistical analysis in R!
This feels like a critical next step for microbial ecology. 🌍
Not just “who’s there,” but what kind of world they’re living in.
Let’s talk. Who’s working on this?
👇👇👇
#microbiome #metabolomics #molecularnetworking #systemsbiology #datascience #ecology
Not just “who’s there,” but what kind of world they’re living in.
Let’s talk. Who’s working on this?
👇👇👇
#microbiome #metabolomics #molecularnetworking #systemsbiology #datascience #ecology
March 28, 2025 at 4:05 PM
This feels like a critical next step for microbial ecology. 🌍
Not just “who’s there,” but what kind of world they’re living in.
Let’s talk. Who’s working on this?
👇👇👇
#microbiome #metabolomics #molecularnetworking #systemsbiology #datascience #ecology
Not just “who’s there,” but what kind of world they’re living in.
Let’s talk. Who’s working on this?
👇👇👇
#microbiome #metabolomics #molecularnetworking #systemsbiology #datascience #ecology
Then take it a step further:
Can we jointly assess microbial and chemical beta diversity in a single, unified analysis? 🔗🧫📊
Imagine the insight we could gain.
Can we jointly assess microbial and chemical beta diversity in a single, unified analysis? 🔗🧫📊
Imagine the insight we could gain.
March 28, 2025 at 4:05 PM
Then take it a step further:
Can we jointly assess microbial and chemical beta diversity in a single, unified analysis? 🔗🧫📊
Imagine the insight we could gain.
Can we jointly assess microbial and chemical beta diversity in a single, unified analysis? 🔗🧫📊
Imagine the insight we could gain.
Can we build something like UniFrac, but for chemicals? 📐💥
We already have MS2 spectral similarity through tools like GNPS molecular networking—why not use this to define biochemical beta diversity?
We already have MS2 spectral similarity through tools like GNPS molecular networking—why not use this to define biochemical beta diversity?
March 28, 2025 at 4:05 PM
Can we build something like UniFrac, but for chemicals? 📐💥
We already have MS2 spectral similarity through tools like GNPS molecular networking—why not use this to define biochemical beta diversity?
We already have MS2 spectral similarity through tools like GNPS molecular networking—why not use this to define biochemical beta diversity?
Microbes live in biochemical environments they help shape—this is the biochemical ecology. 🧬🌱
Untargeted metabolomics captures this, but we still lack great tools to compare samples in ecological terms.
Untargeted metabolomics captures this, but we still lack great tools to compare samples in ecological terms.
March 28, 2025 at 4:05 PM
Microbes live in biochemical environments they help shape—this is the biochemical ecology. 🧬🌱
Untargeted metabolomics captures this, but we still lack great tools to compare samples in ecological terms.
Untargeted metabolomics captures this, but we still lack great tools to compare samples in ecological terms.
It’s like counting animals on a savannah without noticing the grass, trees, rocks, or soil. 🐘🌾🌳🪨
You get a species list—but not the ecosystem that gives it meaning.
You get a species list—but not the ecosystem that gives it meaning.
March 28, 2025 at 4:05 PM
It’s like counting animals on a savannah without noticing the grass, trees, rocks, or soil. 🐘🌾🌳🪨
You get a species list—but not the ecosystem that gives it meaning.
You get a species list—but not the ecosystem that gives it meaning.
Cheers!!! Im inside because its -5C/23F here in Dallas Texas 🥶
Have a great week!
Have a great week!
January 21, 2025 at 4:20 PM
Cheers!!! Im inside because its -5C/23F here in Dallas Texas 🥶
Have a great week!
Have a great week!
Ciao!! Hahaha 🤣
December 20, 2024 at 2:50 AM
Ciao!! Hahaha 🤣