Epidermolysys Bullosa and putting kids in vats

  • Context: Medical 
  • Thread starter Thread starter knocking01
  • Start date Start date
  • Tags Tags
    Kids
Click For Summary
SUMMARY

The discussion centers on the challenges and speculative solutions for managing Epidermolysis Bullosa (EB), a genetic skin condition. A proposal suggests using a large vat filled with a suitable fluid to minimize skin damage from friction, potentially allowing EB patients to live in a controlled environment while awaiting gene therapy advancements. However, significant concerns are raised regarding the feasibility of such a solution, including risks of bacterial infection, muscle atrophy, and the practicalities of waste management. The conversation highlights the need for a deeper understanding of both medical and biological principles in addressing complex health issues like EB.

PREREQUISITES
  • Understanding of Epidermolysis Bullosa (EB) and its genetic basis
  • Knowledge of fluid dynamics and buoyancy principles
  • Familiarity with medical waste management techniques
  • Awareness of the physiological effects of weightlessness on the human body
NEXT STEPS
  • Research the latest advancements in gene therapy for Epidermolysis Bullosa
  • Explore the implications of long-term fluid immersion on human physiology
  • Investigate medical solutions for managing waste in immobilized patients
  • Learn about the concept of Orphan Diseases and their impact on treatment options
USEFUL FOR

This discussion is beneficial for medical researchers, healthcare professionals, biomedical engineers, and anyone involved in pediatric care or genetic disease management.

knocking01
Messages
1
Reaction score
0
This is Marky's story, a typical case of EB:



You don't have to watch it. EB is a class of genetic diseases where certain proteins that bind the skin together are not produced anymore, as their mutated genes encode for faulty proteins. Information of the internet is scarce, but it is clear that at killing you it is the constant wounding that does the most.

I am not related to Marky or EB, but watching the video, the first thing I thought was: what if EB patients could be launched aboard the ISS, on special medical modules designed only for them, could then they live long enough for gene therapy to finally reach the proper stage and fix it? I couldn't help but think, "probably".

But if this is plausible, would it be possible to replicate a similar frictionless environment in a large vat? I'm picturing a Minority Report kind of situation with the precogs. What kind of fluid could be designed so that it would be suitable for permanent skin contact? Water-based, oil-based, glycerol-based, or an organic compound blend? As a software engineering student, this is as far as I go.

On the vat itself: it could be roughly 3 meters in diameter and 1.5 meters in depth, the fluid dense enough to offer stronger buoyancy than water, and deep enough so to allow moving, "sitting" and turning frictionless. An evacuation system for feces and urine could pump them out through an extensible tube and then the fluid would be replenished. The air in the room is filtered and possibly enriched in oxygen, the fluid is sterile and self-sterilizing. A lift system operates a stretcher made of a stiff metal frame and tensioned Teflon-like suspension, to move the kids in and out of the vat for the night. Knock-out anesthetics could be used to make the kids unconscious for the entire length of the night, impeding any movement.

What do you think, and what do you think in particular of this hypothetical fluid to keep them in some 16 hours/day for the next 20 years? Could something like it exist?
 
Last edited by a moderator:
Biology news on Phys.org
I appreciate your empathic approach to the problem. Your post is pure speculation, however.

I am picking one aspect of the post out of many that have problems because:
Genetic research may not evolve enough to remediate the problem. It may never have a 'fix' like that. This is hopeful speculation.
I chose:
Suspension in a vat of water has problems.
A. Check out trench foot on google. Long period immersion has fancy name but I like trench foot.
Bacteria would be a horrible problem in oil long term. Minus the trench foot thing isotonic water might be a better choice.
B. You would have to catheterize the patient. Otherwise where does the urine go?
C. How do you handle feces?
D. Muscle atrophy and subsequent abnormal skeletal development would result in a severely deformed and crippled adult. -- all due to lack of proper muscle development induced by weightlessness

As a side note: NASA has a long list of changes to human physiology due to weightlessness - they simulate this condition with neutral bouyancy immersion suits underwater. All of their test subjects are completely healthy adults.

I realize you can respond 'But they can do x, y and Z' to solve the problem you brought here. Not good. Why? It is using more speculation to remediate speculation. In other words a kind of logical fallacy. So please do not do that.

I think you should definitely consider a career in the medical field because of your outlook. You probably do need to learn a lot more biology to correctly and thoroughly understand this one problem you presented. We have folks here in Medical Physics which might be a fit for you. Paging @Choppy

FWIW - do you know the term 'Orphan Disease'? - some pediatric conditions are horrible and parents really try to keep kids alive in hope of cures in the future <- your point of view. It is hard to tell parents and a kid that there is no known cure. This is why so many, um, snake oil medicinal treatments exist.
 
  • Like
Likes   Reactions: Klystron and jedishrfu

Similar threads

  • · Replies 1 ·
Replies
1
Views
10K