Blood Music

From the simplicity of their activity, that certainly wasn’t obvious; but then, they’d had it pretty easy throughout their lives.

He had talked to them on as high a level of chemical training and had built them up as far as he was going to. Their brief lives were over—he had been ordered to kill them. That would be simple enough. He could add detergent to the containers and their cell membranes would dissolve. They would be sacrificed to the caution and shortsightedness of a group of certifiable flatworm management-types.

His breath grew ragged as he watched the lymphocytes going about their business.

They were beautiful. They were his children, drawn from his own blood, carefully nurtured, operated upon; he had personally injected the biologic material into at least a thousand of them. And now they were busily transforming all their companions, and so on, and so on…

Like Washoe the chimp teaching her child to speak in American Sign Language. They were passing on the torch of potential intelligence. How would he ever know if they could use all their potential?

Pasteur.

“Pasteur,” he said out loud. “Jenner.”

Vergil carefully prepared a syringe. Brows knitted together, he pushed the cannule through the cotton cap of the first tube and dipped it into the solution. He pulled back the plunger. The pastel fluid filled the barrel; five, ten, fifteen cc’s.

He held the syringe before his eyes for several minutes, knowing he was contemplating something rash. Until now, he addressed his creations mentally, you’ve had it real easy. Life of Riley. Sit in your serum and fart around and absorb all the hormones you need. Don’t even have to work for a living. No severe test, no stress. No need to use what I gave you.

So what was he going to do? Put them to work in their natural environment? By injecting them into his body, he could smuggle them out of Genetron, and recover enough of them later to start the experiment again.

“Hey, Vergil!” Ernesto Villar knocked on the doorframe and poked his head in. “We’ve got the rat artery movie. We’re having a meeting in 233.” He tapped his fingers on the frame and smiled brightly. “You’re invited. We need our resident kludge.”

Vergil lowered the syringe and looked off into nothing.

“Vergil?”

“I’ll be there,” he said tonelessly.

“Don’t get all excited,” Villar said peevishly. “We won’t hold the premiere for long.” He ducked out of the door. Vergil listened to his footsteps receding down the hall.

Rash, indeed. He reinserted the cannule through the cotton, squirted the serum back into the tube and dropped the syringe into ajar of alcohol. He replaced the tube in the rack and returned it to the Kelvinator. Before now, the spinner bottle and pallet of tubes had had no Label but his name. He removed his name from the pallet and replaced it with, “Biochip protein samples; lab failures 21–32.” On the spinner bottle he placed a label reading, “Rat anti-goat lab failures 13–14.” No one would mess with an anonymous and unanalyzed group of lab failures. Failures were sacred.

He needed time to think.

Rothwild and ten of the key scientists on the MABs project had gathered around a large-screen projection TV in 233, an empty lab currently being used as a meeting room. Rothwild was a dapper red-haired fellow who acted as a controller and mediator between management and researchers. He stood beside the screen, resplendent in a cream-colored jacket and chocolate brown pants. Villar offered Vergil an avocado-green plastic chair and he sat at the rear of the room, legs crossed, hands behind his head.

Rothwild delivered the introduction. “This is the breakdown from Team Product E-64. You all contributed—” He glanced uncertainly at Vergil, “And now you can all share in the…uh, the triumph. I think we can safely call it that.

“E-64 is a prototype investigator biochip, three hundred micrometers in diameter, protein on a silicon substrate, sensitive to forty-seven different blood fraction variables.” He cleared his throat. They all knew that, but this was an occasion. “On May 10th, we inserted E-64 into a rat artery, closed the very small incision, and let it pass through the artery as far as it would go. The journey lasted five seconds. The rat was then sacrificed and the biochip recovered. Since that time, Terence’s group has ‘debriefed’ the biochip and interpreted the results. By putting the results through a special vector imaging program, we’ve been able to produce a little movie.”

He gestured to Ernesto, who pressed a button on the projector’s video recorder. Computer graphics flashed by—Genetron’s animated logo, stylized signatures from the imaging team, and then darkness. Ernesto switched off the room lights.

A pink circle appeared on the screen, expanded, and distorted into an irregular oval. More circles appeared within the first. “We’ve slowed the journey down six times,” Rothwild explained. “And to simplify things, we’ve eliminated the readouts on chemical concentrations in the rat blood.”

Vergil leaned forward in his chair, troubles momentarily forgotten. Streamers appeared and shot through the fluctuating tunnel of concentric circles.

“Blood flow through the artery,” Ernesto chimed in.

The journey down the rat artery lasted thirty seconds. Vergil’s arm-hair prickled. If his lymphocytes could see, this was what they would experience, traveling down a blood vessel…A long irregular tunnel, blood smoothly coursing, getting caught in little eddies, the artery constricting—smaller and smaller circles, jerks and nudges as the biochip bounced against the walls—and finally, the end of the journey, as the biochip wedged into a capillary.

The sequence ended with a flash of white.

The room filled with cheers.

“Now,” Rothwild said, smiling and raising his hand to return order. “Any comments, before we show this to Harrison and Yng?”

Vergil bowed out of the celebration after one glass of champagne and returned to his lab, feeling more depressed than ever. Where was his spirit of cooperation? Did he actually believe he could tackle something as ambitious as his lymphocytes, all by himself? So far, he had—but at the expense of having the experiment discontinued, perhaps even destroyed.

He slid the notebooks into a cardboard box and sealed the box with tape. On Hazel’s side of the lab, he found a masking tape label on a dewar flask—“Overton, do not remove”—and peeled it off. He applied the label to his box and put the box in a neutral territory beside the sink. He then set about washing the glassware and tidying his side of the lab.

When the time came for an inspection, he would be the meek supplicant; he would give Harrison the satisfaction of victory.

And then, surreptitiously—over the next couple of weeks-he would smuggle out the materials he needed. The lymphocytes would be removed last; they could be kept for some time at his apartment, in the refrigerator. He could steal supplies to keep them viable, but he wouldn’t be able to do any more work on them.

He would decide later how he could best continue his experiment.

Harrison stood in the lab door.

“All clear,” Vergil said, properly repentant.

CHAPTER THREE

They watched him closely for the next week; then, concerned with the final stages of MABs prototype testing, they called off their watchdogs. His behavior had been beyond reproach.

Now he set about the last steps in his voluntary departure from Genetron.

Vergil hadn’t been the only one to step beyond the bounds of Genetron’s ideological largesse. Management, again in the person of Gerald T. Harrison, had come down on Hazel just last month. Hazel had gone off on a sidetrack with her E. colt cultures, trying to prove that sex had originated as a result of the invasion of an autonomous DNA sequence—a chemical parasite called the F-factor—in early prokaryotic life forms. She had postulated that sex was not evolutionarily useful—at least not to women, who could, in theory, breed parthenogenetically—and that ultimately men were superfluous.