Chapters (73)
- Title Page
- Copyright Page
- Dedication
- Acknowledgements
- PART I
- Chapter 1.
- Chapter 2.
- Chapter 3.
- Chapter 4.
- Chapter 5.
- Chapter 6.
- Chapter 7.
- Chapter 8.
- Chapter 9.
- Chapter 10.
- Chapter 11.
- Chapter 12.
- Chapter 13.
- Chapter 14.
- Chapter 15.
- Chapter 16.
- Chapter 17.
- Chapter 18.
- Chapter 19.
- Chapter 20.
- Chapter 21.
- Chapter 22.
- Chapter 23.
- Chapter 24.
- PART II
- Chapter 25.
- Chapter 26.
- Chapter 27.
- Chapter 28.
- Chapter 29.
- Chapter 30.
- Chapter 31.
- Chapter 32.
- Chapter 33.
- Chapter 34.
- Chapter 35.
- Chapter 36.
- Chapter 37.
- Chapter 38.
- Chapter 39.
- Chapter 40.
- Chapter 41.
- Chapter 42.
- Chapter 43.
- Chapter 44.
- PART III
- Chapter 45.
- Chapter 46.
- Chapter 47.
- Chapter 48.
- Chapter 49.
- Chapter 50.
- Chapter 51.
- Chapter 52.
- Chapter 53.
- Chapter 54.
- Chapter 55.
- Chapter 56.
- Chapter 57.
- Chapter 58.
- Chapter 59.
- Chapter 60.
- Chapter 61.
- Chapter 62.
- Chapter 63.
- Chapter 64.
- EPILOGUE
- ALSO BY ROBIN COOK
“Okay, good. Next we looked at the life-span statistics of individuals lucky enough under current procurement and distribution protocols to get a new organ, be it a lung, a heart, a liver, a kidney, or a pancreas, depending on which degenerative disease is involved. We found that getting an organ alters these people’s life expectancies to a marked degree. Understand that we already factored in standard organ replacement rates in the preliminary data that we all approved, and it was at that time a small variable. But the new circumstances, the potential new circumstances, I should say, caused us to drill down into those statistics further and find different research that previously wasn’t relevant.”
Henry paused again to take a drink. Edmund was fit to burst.
“There are newer statistics which show how well new organs work for patients over a long period. The older figures implied that organ recipients still had the propensity, whatever it was, to affect the new organ and often adversely. But to a greater extent than we initially would have expected, new organs, or at least a large percentage of them, do very well over many years provided it’s a good match. Of course newer antirejection drugs have helped as well. In many or most cases, ten to fifteen years of life expectancy can be added to patients’ lives. In lay terms, it appears that you can put a new radiator in a beat-up car engine, and it doesn’t matter so much how you drive. The radiator’s going to hold up.
“We applied these newly developed statistics to the bell curves of LifeDeals’ policyholders and there’s no way around it—the implications are pretty catastrophic for cash flow if a percentage of policyholders get new organs. The higher the percentage, of course, the more catastrophic the effect.”
“What percentage?” Edmund barked.
“Well, the problem seems to be that the cash flow issue starts almost immediately with just a small shift to the right. Just a few percentage points.”
“What do you mean by ‘a few’? Five? Ten?”
“Er, five’s not good, ten would be, as I said, catastrophic.”
“So we’d need five to ten percent of diabetics to get a new pancreas,” said Edmund. “What are the chances of that happening?”
There was silence.
“These are not rich people. They won’t be able to afford it. It’s fucking pie in the sky.”