A Life Without Pain

A Life Without Pain is a 2005 documentary film by Melody Gilbert about children who can't feel pain.[1]

A Life Without Pain
Directed byMelody Gilbert
Produced byMelody Gilbert
CinematographyMelody Gilbert
Edited byCharlie Gerszewski
Release date
  • March 12, 2005 (2005-03-12) (South by Southwest)
CountryUnited States
LanguageEnglish

Plot synopsis

The film explores the daily lives of three children with Congenital insensitivity to pain, a rare genetic disorder shared by just a hundred people in the world.[2] Three-year-old Gabby from Minnesota, 7-year-old Miriam from Norway and 10-year-old Jamilah from Germany have to be carefully guarded by their parents so they don't suffer serious, life-altering injuries.

Reception

The release of the film garnered widespread interest in the topic, and the character Gabby was featured on The Oprah Winfrey Show in 2006.[3]

gollark: Using my patented ***ALGORITHM*** of basic statistics and wild guessing™.
gollark: That's basically what I said (the extra volume of halloween stuff mucks up the ratios).
gollark: Any opinions on my theory of what's going on with the pricing? Basically, I said that if extra dragons are introduced to the total but not the rest of the system (golds, whatever else), then rarer stuff's ratios will be affected more than common stuff, so the gold pricing goes crazy and nebulae stay the same.
gollark: 3.
gollark: My theory of what's up, copied from the forum thread:If many new eggs are being introduced to the system, then that will most affect the stuff which is rarest, by making it rarer by comparison, but commons will stay the same. As for why it happened now? Weekly updates, possibly.Example:Imagine there are 200 dragons, 5 of which are golds.The ratio of golds to total dragons is now 5:200 = 1:40. If the target ratio is 1:50 then prices will be higher to compensate.Now imagine there are an extra 200 dragons added, none of which are golds.The ratio would then be 5:400 = 1:80. Then, assuming the same target, prices will drop.This is of course simplified, and the ratios may not work like this, but this matches observed behavior pretty well.

References


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