Nurses General Nursing
Published Jan 7, 2015
wrraboin
9 Posts
It is my understanding that (generally speaking) people with inactive tuberculosis have the mycobacteria, but the bacteria is in an inactive form or the person's immune system is able to keep it bay. The person has anti-bodies for the bacteria, and the presence of those anti-bodies is what makes the skin-test come back positive.
My question- Can a mother with inactive tb pass tb anti-bodies to her baby either through the placenta or through her breast milk?
I've spent a lot of time searching online, and cannot find the answer. Most of the sites say that mothers with active tb can pass it to their baby, but that's not my question.
Your insight would be appreciated. Thanks!
klone, MSN, RN
14,805 Posts
Google "LTBI vertical transmission"
I found lots of good articles and info
Transmission of TB is not what I'm asking about. I'm specifically interested in the transmission of the anti-bodies. Perhaps you can provide a link?
nurseprnRN, BSN, RN
1 Article; 5,115 Posts
Many antibodies (it's not hyphenated) can be passed along to a newborn, often in colostrum/breast milk, but they don't last long, 6-24 weeks. The newborn has to grow a functioning immune system to make his own.
Thanks. Do you happen to know if tb antibodies are among those passed to the newborn?
You specifically asked about "inactivated TB". That is what LTBI is.
LTBI stands for Latent Tuberculosis Infection. The infection causes the production of the antibodies, but is not the same thing.
A related question-
Can a person have tb antibodies without having latent or active tb?
But unless you have received the vaccine, the only way a person's body would produce antibodies is through infection.
If you're looking for info on vertical transmission of antibodies, discrete from infection, latent or active, then google "BCG vertical transmission"
A related question-Can a person have tb antibodies without having latent or active tb?
Yes, if they've received the BCG
*Assume the person was never infected with the bacteria
*See my post above