Skip to content
The Microbial Menagerie
Menu
  • Home
  • About
    • Blog News and Updates
    • About Jennifer
    • My Other Writing
    • Write a Guest Post
    • Contact Me
    • Privacy Policy and Disclosures
  • Microbes and Microbiologists
    • Meet a Microbiologist
    • Meet a Microbe
    • Microbiology Poems
  • Microbiome
    • Human Microbiome
    • Built Environments
  • Fermented Foods
    • Bread
    • Cheese
    • Kefir
    • All Fermented Foods
  • Diseases and Immunity
    • COVID-19
    • Antimicrobial Resistance
    • Vaccines
    • Infectious Diseases
  • Other
    • Agar Plates
    • Applied Microbiology
    • Fungi
    • Microbes in the Environment
    • Microbial Physiology
    • Microbiology Research Updates
    • Science Communication
    • Microbiology History
    • Microbiology Books
Menu
painting, The Sick Child by Edvard Munch

Five Things I Learned From Reading Everything is Tuberculosis

Posted on March 23, 2026May 9, 2026 by Jennifer Tsang

One of the things I love about reading science non-fiction books is that it’s never “just about the science.”  Rather, it’s about how science has shaped the world and how what was happening in the world shaped research, treatments, and the way we as a society think about disease and health.

Note: As an Amazon Associate I may earn commissions from qualifying purchases from links in this post (affiliate disclosure).

I just finished reading Everything is Tuberculosis by John Green, which captures the history of tuberculosis (TB) and how the treatment and attitude towards the disease was influenced by society. It’s the story of how tuberculosis in the 21st century isn’t just caused by bacteria, but rather it’s largely driven by social and economic inequality. The book follows Green’s encounters with Henry, a TB patient in Sierra Leone, with bits of history and science intertwined in this story.

Here’s five things I learned from Everything is Tuberculosis:

#1 TB can spread from the lungs to the bones. Skeletal TB accounts for ~2-5% of TB cases in Europe and the U.S. In fact, you can find evidence of this in mummies dating to about five thousand years ago where the disease had left holes in the skeleton. This type of tuberculosis occurs when the bacterium travels through the blood to the lymph nodes, bones, and joints.

#2 The outcomes of Mycobacterium tuberculosis infection are highly variable. About 20-25% of people recover from active TB without treatment. It’s also possible for TB to lie dormant for decades or for an entire lifetime. This type of TB is known as latent TB. When latent TB turns into active disease is unpredictable, but once it does, it can be deadly within months or not at all. Yet, just between 5-10% of people with latent TB develop active disease during their lifetime.

#3 TB was romanticized in the 1800s. The disease was linked to beauty, creativity, and artistic genius. Many artists, poets, and authors died of TB during this period and the disease became linked to the professions (but really, a lot of people died of TB at the time). The disease gave its victims a certain aesthetic: pale skin, rosy cheeks, sunken eyes, and reduced body weight from the lack of appetite. This appearance gave rise to what some have called a “tuberculosis chic” or “consumption chic” aesthetic. To achieve the consumption look, women at the time used makeup that contained toxic ingredients (you can read more about this in this ASM article),

#4 White doctors blamed emancipation for an increase in tuberculosis. Some white doctors, drawing on racist pseudoscience, claimed that the end of slavery caused an increase in TB in Black Americans because it was rare before emancipation. A doctor even claimed that returning to slavery could “restore” Black people’s health, showing how deeply racism distorted the medical practice. The reality, however, was that tuberculosis had gone largely undiagnosed before emancipation because enslaved people were denied medical care and formal diagnoses.

#5 Sir Arthur Conan Doyle (yes, the author behind Sherlock Holmes) had an early, but significant, role in what would become the TB skin test. The microbiologist Robert Koch had discovered M. tuberculosis as the cause of TB in 1882.  He was inspired by Pasteur’s vaccinations for anthrax and cholera, which were based on killed bacteria. Koch created a similar serum based on killed M. tuberculosis (tuberculin) and injected it into four subjects (including himself) which made all of them sick in a few hours. By the next day, he appeared to get better and he thought it cured the infection. Koch saw that when injected into patients with tuberculosis, the serum caused affected tissues to die off and claimed that the serum could both prevent and cure the disease. This is when Doyle, who was also a physician in addition to being a writer, took notice of Koch’s work. He noticed that the serum didn’t cure infection and that while it killed the infected tissue, it didn’t kill the bacteria. Doyle also noticed that tuberculin caused an immune response in people who had TB, even if they didn’t have symptoms. There was no response in people who did not have TB. He realized that this could be used for diagnosing TB cases, which is the basis for the TB skin test.

Overall, I thought this was a great read and super accessible. I liked that it balanced the history of TB in society and TB as a bacterium and that Green did all think while telling Henry’s story.

Find the book here: Everything is Tuberculosis

If you’re looking for even more microbiology books, check out my microbiology reading list and my thoughts about other microbiology books.

Featured image: The Sick Child (1885–1886) by Edvard Munch, whose sister and mother died of tuberculosis. Source.

Share this:

  • Click to share on Twitter (Opens in new window)
  • Click to share on Facebook (Opens in new window)
  • Click to share on LinkedIn (Opens in new window)
  • Click to share on Pinterest (Opens in new window)
  • Click to share on Reddit (Opens in new window)
  • Click to email a link to a friend (Opens in new window)
  • Click to print (Opens in new window)

Want more microbiology? You may be interested in...

2 thoughts on “Five Things I Learned From Reading Everything is Tuberculosis”

  1. corradonai says:
    March 23, 2026 at 21:23

    Thank you for sharing! Very fitting for these days… 24 March is World Tuberculosis Day!

    Reply
    1. Jennifer Tsang says:
      March 24, 2026 at 13:16

      True!! Though it was mostly procrastination and coincidence that I posted this yesterday. I read the book a couple months ago!

      Reply

Leave a Reply to Jennifer TsangCancel reply

This site uses Akismet to reduce spam. Learn how your comment data is processed.

Support the blog!

If you've enjoyed reading the blog, please support me on Ko-fi

Stay in Touch

Enter your email address to subscribe to this blog and receive notifications of new posts by email.

Join us on social

  • Facebook
  • Twitter
  • LinkedIn

Categories

Agar Plates Animal Microbiome Antimicrobial Resistance Applied Microbiology Blog News and Updates Built Environments COVID-19 Fermented Foods Fungi Human Microbiome Infectious Diseases Meet a Microbe Meet a Microbiologist Microbes in the Environment Microbial Physiology Microbiology Books Microbiology History Microbiology Poems Microbiology Research Updates Science Communication Vaccines

Top Posts

  • A Microbiologist’s Guide to Yogurt + How to Make Yogurt in the Instant Pot [Recipe]
  • Blood and Bacteria: Blood Agar Reveals How Microbes “Consume” Blood
  • The Beginner’s Guide to Cheese Microbiology
  • Meet a Microbiologist: Rachel Simpson
  • Meet a Microbiologist: Kimberly Walker

Recent Posts

  • Can gut microbes fight peanut allergies?
  • Five Things I Learned From Reading Everything is Tuberculosis
  • Climate change as a driver of fungal infections
  • Holiday Gift Ideas for Microbiologists and Science Fans
  • Imagine tasting your flu infection before the symptoms hit

Archives

Subscribe to Blog via Email

Enter your email address to subscribe to this blog and receive notifications of new posts by email.

© 2026 The Microbial Menagerie | Powered by Minimalist Blog WordPress Theme