program dies. No sense risking a refusal so early in the game. I certainly didnât want to get him worried about stem cell politics.
But Johnston was insistent. âWhatâs it all about?â
âWell . . .â I drew out the word reluctantly. âIf this concept pans out, we might be able to do something about paraplegics.â
âDo what?â
âGet them up and walking, I hope.â
âLike that guy who played Superman?â
It was too late for Christopher Reeve, but at least I had Johnstonâs attention. I began explaining as we strode along the factory aisle. On either side of us the biogenerators cultivated silent industrious colonies of genetically altered bacteria that were tirelessly producing more of themselves. The microbes had been designed to digest various forms of industrial wastes, crude petroleum, toxic chemicals. They were harvested and shipped to oil spills, chemical factories, paper mills, municipal landfills. There they gobbled up the wastes and converted them to carbon dioxide, methane, water.
Other processors in the factory were producing agricultural products: bacteria that made potatoes resistant to frosts, microbes that fixed nitrogen from the air for wheat and other cereal grains so that they needed far less chemical fertilizers than previously.
Johnston looked intrigued with my idea about paraplegics, but not happy. âAnother medical project. A lot of competition there.â
âNobodyâs doing anything like this,â I said.
âMaybe so. But youâve got all those goddamned government agencies to deal with. Look what theyâre doing to your clinical trials. Lowenstein tells me weâll hafta send your team to Mexico, for godâs sake. Or maybe Brazil.â
âThatâs part of the cost of doing business,â I replied. âYou factor that into the price when the product comes on the market.â
âYeah, and then the goddamned government pressures us to lower the price,â Johnston grumbled.
I kept a straight face. Iâd never heard the CEO use the word âgovernmentâ without âgoddamnedâ in front of it.
âMedical projects are a big pain in the butt, you know.â
âBut very profitable,â I said.
âOh, yeah? You heard what the goddamned Department of Agriculture is doing now? They want us to pay royalties for the genetic materials we use. Royalties to some half-assed Third World countries who claim that the raw materials we use come from their territories. Part of the Biodiversity Treaty, they claim. Royalties, by damn! There go any profits we might make.â
I let him grumble. There were hardly any other people on the factory floor. The equipment churned along unattended, except for the teams sitting in the monitoring stations up on the iron grillwork balcony above us. They watched their gauges and display screens as intently as any NASA mission controllers.
But there were half a dozen men and women in white smocks standing around the conglomeration of pipes and tubing at the end of the row. They all had radiation gauges clipped to the breast pockets of their smocks.
âThis is why I asked you to drop by,â Johnston said. âThis is where weâre having trouble.â
There were big red DANGER â RADIATION signs plastered on the tubing andwalls all around the equipment. I noticed that Johnston stopped a good twenty feet short of the black and yellow warning lines on the wooden floor.
The corporation had other research operations, in addition to my lab. One of them was under way here at the Yonkers plant, a program to engineer a microbe so that it could take dissolved radioactive uranium and thorium out of contaminated water and convert them into solid pellets. The pellets would be much easier to dispose of safely than tons of radioactive water. They were working with a microbe called
Deinococcus radiodurans
, which could withstand