Tanner Richie
@microberich.bsky.social
Postdoc UVA SOM Pediatrics | 🧫 PhD Kansas State University | Alumni of NCSU 🐺 | Microbes influencing gut outcomes and the importance of balance | Gut Microbiota | ‘Omics | Avid pianist 🎹 and occasional cupcake baker
Would love to be included!
November 18, 2024 at 4:36 AM
Would love to be included!
🙋♀️ would love to be added!
November 15, 2024 at 2:20 AM
🙋♀️ would love to be added!
A very interesting book comes to mind here “The demon under the microscope” goes into the development of sulfas and the surrounding historical context! WWII had quite the impact on sulfa development.
November 10, 2023 at 6:07 AM
A very interesting book comes to mind here “The demon under the microscope” goes into the development of sulfas and the surrounding historical context! WWII had quite the impact on sulfa development.
We are now moving into mechanistic study! Descriptive microbiome to mechanism in the works - stay tuned for my other chapters coming soon!! #MicrobiomeSky
November 2, 2023 at 2:36 PM
We are now moving into mechanistic study! Descriptive microbiome to mechanism in the works - stay tuned for my other chapters coming soon!! #MicrobiomeSky
Next, to prove that, we isolated and cultured these MAGs and showed that they can indeed use cysteine. We also showed that MAGs/isolates from dysbiotic mice can used cysteine more effectively for growth than MAGs/isolates from healthy mice.
November 2, 2023 at 2:35 PM
Next, to prove that, we isolated and cultured these MAGs and showed that they can indeed use cysteine. We also showed that MAGs/isolates from dysbiotic mice can used cysteine more effectively for growth than MAGs/isolates from healthy mice.
I performed network analyses showing the high association of host cysteine metabolizing genes and MAGs of interest. This drives our thought that the MAGs may be “stealing” valuable cysteine from the host.
November 2, 2023 at 2:34 PM
I performed network analyses showing the high association of host cysteine metabolizing genes and MAGs of interest. This drives our thought that the MAGs may be “stealing” valuable cysteine from the host.