← All stories
Health, Longevity & Biohacking

Guest says severe heart or lung disease can make pregnancy medically inadvisable

By Egleze Editorial Desk · Published October 6, 2026 · Peter Attia Drive · 410 ‒ The biology of pregnancy: physiologic adaptation, childbirth, and long-term maternal health
Guest says severe heart or lung disease can make pregnancy medically inadvisable
Peter Attia Drive
Peter Attia Drive
410 ‒ The biology of pregnancy: physiologic adaptation, childbirth, and long-term maternal health

What was said

"there are folks for who have severe enough cardio or pulmonary disease that um they are unable to tolerate that and then the recommendation is really to to not be pregnant."

Discussing pregnancy-related plasma-volume expansion, the guest says some patients with sufficiently severe cardiac or pulmonary disease cannot physiologically tolerate the changes of pregnancy. She says clinical advice in such cases can be to avoid pregnancy.

Verification status

Attributed speaker claim

Egleze verified who said this and where. The underlying claim has not been independently established by Egleze.

Source and context

Egleze verified who said this and where. The underlying claim has not been independently established by Egleze.

Speaker
Katie (guest; surname not stated in provided evidence) · guest
Programme
Peter Attia Drive
Episode
410 ‒ The biology of pregnancy: physiologic adaptation, childbirth, and long-term maternal health
Clip time
12:49
Original source
Watch the source segment →
From this episode
Peter Attia Drive
Peter Attia Drive

410 ‒ The biology of pregnancy: physiologic adaptation, childbirth, and long-term maternal health

October 5, 2026 · 2h 1m · 3 Egleze moments
Read episode summary and key points →

More moments from this episode

Health, Longevity & BiohackingGuest Katie says placental hypoxia and sFlt-1 may drive pre-eclampsia→Health, Longevity & BiohackingGuest says about half of gestational diabetes patients later develop type 2 diabetes→
More stories More from Peter Attia Drive