# tuberculosis (news sources) — RSS Amplifier

Recent posts from the 1 feeds in the RSS Amplifier directory that cover tuberculosis.

Page: <https://rssamplifier.com/topics/tuberculosis/news>  
Feed: <https://rssamplifier.com/topics/tuberculosis/news.md>

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## [Review 3: "Human Interferon Stimulated Genes Target Ancient Features of Animal and Bacterial Viral Replication"](https://rrid.mitpress.mit.edu/pub/cg1d7sop)

_2026-08-19 · Joe Pogliano · Rapid Reviews Infectious Diseases_

Despite certain limitations, reviewers considered the study an elegant proof-of-concept that bacteriophage infection can serve as a simple, scalable platform for identifying antiviral human ISGs and exploring their function.

## [Review 2: "Human Interferon Stimulated Genes Target Ancient Features of Animal and Bacterial Viral Replication"](https://rrid.mitpress.mit.edu/pub/hx6u8zb9)

_2026-08-19 · Toni Nagy · Rapid Reviews Infectious Diseases_

Despite certain limitations, reviewers considered the study an elegant proof-of-concept that bacteriophage infection can serve as a simple, scalable platform for identifying antiviral human ISGs and exploring their function.

## [Review 1: "Human Interferon Stimulated Genes Target Ancient Features of Animal and Bacterial Viral Replication"](https://rrid.mitpress.mit.edu/pub/i4niejqc)

_2026-08-19 · John MacMicking · Rapid Reviews Infectious Diseases_

Despite certain limitations, reviewers considered the study an elegant proof-of-concept that bacteriophage infection can serve as a simple, scalable platform for identifying antiviral human ISGs and exploring their function.

## [Reviews of: "Human Interferon Stimulated Genes Target Ancient Features of Animal and Bacterial Viral Replication"](https://rrid.mitpress.mit.edu/pub/s2c5kn9i)

_2026-08-19 · John MacMicking · Rapid Reviews Infectious Diseases_

Reviewers: J MacMicking (HHMI, Yale University) & S Silverman (Yale University) & K V Narvaez (Yale University) | 📗📗📗📗◻️ • T Nagy (University of Colorado Boulder) | 📗📗📗📗◻️ • J Pogliano (UC San Diego) | 📗📗📗📗◻️

## [Review 1: "Catalytic Rewiring of RuvC-II Catalytic Site Activates Trans-Cleavage in Fanzor2"](https://rrid.mitpress.mit.edu/pub/z9bshet5)

_2026-08-19 · Kaiyi Jiang · Rapid Reviews Infectious Diseases_

Reviewers support the core discovery but recommend additional experiments and more restrained framing before the broader mechanistic and diagnostic conclusions are considered fully established.

## [Review 3: "Catalytic Rewiring of RuvC-II Catalytic Site Activates Trans-Cleavage in Fanzor2"](https://rrid.mitpress.mit.edu/pub/w5zzg5tm)

_2026-08-19 · Heng Zhang · Rapid Reviews Infectious Diseases_

Reviewers support the core discovery but recommend additional experiments and more restrained framing before the broader mechanistic and diagnostic conclusions are considered fully established.

## [Review 2: "Catalytic Rewiring of RuvC-II Catalytic Site Activates Trans-Cleavage in Fanzor2"](https://rrid.mitpress.mit.edu/pub/7v6k1pj8)

_2026-08-19 · Hong Li · Rapid Reviews Infectious Diseases_

Reviewers support the core discovery but recommend additional experiments and more restrained framing before the broader mechanistic and diagnostic conclusions are considered fully established.

## [Reviews of: "Catalytic Rewiring of RuvC-II Catalytic Site Activates Trans-Cleavage in Fanzor2"](https://rrid.mitpress.mit.edu/pub/yy5pbxfs)

_2026-08-19 · Kaiyi Jiang · Rapid Reviews Infectious Diseases_

Reviewers: K Jiang (Princeton University) | 📗📗📗📗◻️ • H Li (Van Andel Institute) | 📘📘📘📘📘 • H Zhang & J Yang (Tianjin Medical University) | 📘📘📘📘📘

## [Review 2: "Spicing up urinary tract infections: synergistic action of fosfomycin with trans-cinnamaldehyde - insight to the mode of action"](https://rrid.mitpress.mit.edu/pub/85qvy05m)

_2026-08-16 · Anonymous · Rapid Reviews Infectious Diseases_

Reviewers agreed that the study identifies a promising antibiotic-potentiating strategy, but emphasized that stronger validation and disease-relevant infection models are needed before conclusions can be fully supported.

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_2026-08-16 · **Sponsored**_

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## [Review 1: "Spicing up urinary tract infections: synergistic action of fosfomycin with trans-cinnamaldehyde - insight to the mode of action"](https://rrid.mitpress.mit.edu/pub/uggjbnc7)

_2026-08-16 · Hannes Link · Rapid Reviews Infectious Diseases_

Reviewers agreed that the study identifies a promising antibiotic-potentiating strategy, but emphasized that stronger validation and disease-relevant infection models are needed before conclusions can be fully supported.