Ted Kosmatka - The Games

The crowd broke out in applause. Baskov paused, waiting for the applause to die down. “It was born yesterday, early in the morning, and is now resting comfortably at our complex’s neonatal unit. It’s healthy and strong, thanks, in no small part, to our program head, Dr. Silas Williams.” Baskov turned and smiled toward Silas, clapping theatrically.

Silas stood and nodded his acknowledgment to the crowd as they applauded again. He sat quickly.

“We live in interesting times, my friends,” Baskov continued. “I think that history will look back with its clear sight on this, the twenty-first century, and call it the age of genetics. This is the age that will fundamentally alter the lifeways of our species as no other period in the time of man. If you doubt me, read the headlines of your local newspapers. Diseases are being cured. Organ transplants are being performed in instances where rejection would have made those procedures impossible just a few short years ago. Deafness is no longer a life sentence, nor must be paralysis, or blindness. Eye tissues are actually being grown from a person’s own cells. I don’t know how it is they do it, but they do it, and sight has been returned to people who haven’t seen their children’s faces in twenty years.”

If you have the money or connections , Silas noted to himself. He poured his beer into a glass.

“But these great leaps forward are not limited only to helping those of us suffering from disability or disease. Telomere research holds great promise in the area of longevity. We may see life spans double, perhaps treble. Gene-therapy research is now under way that will one day soon eliminate obesity, baldness, and nearsightedness.” He paused for effect. “These are all conditions that will come to an end in our lifetimes. Daily progress is being made. We are standing at the door of a golden age, and that door is swinging open because of the advancements being made by talented people like the scientists at Helix. I believe God is on our side in this struggle. I believe He gave us our uniquely powerful minds in order that we may unlock our own destinies. Yes, we live in interesting times, my friends.” He smiled and leaned in to the lectern with his elbows. “And I don’t have to tell you who’s leading the way, do I?”

The crowd applauded wildly. They knew, all right.

Baskov grinned into the wash of approval, letting it linger. Finally, he continued, speaking in slightly lower tones. “Before the end of next year, our gladiator will compete right here in the U.S., in the city of Phoenix. The human portion of the Games will take place in Monterrey shortly thereafter.

“Rightly or wrongly, the gladiator competition has come to represent much more than just a simple Olympic event. More than just our opening event. When the rest of the Games commence a month later in Monterrey, the events of Phoenix will still be ringing in the hearts and minds of people around the world. What happens in that arena has come to stand for each nation’s bioengineering capabilities. The results are a badge each nation wears. But I think it is much more than that, even. I think it is what biologists call true signaling—a single trait that stands for a whole suite of characteristics related to strength and vitality. It is the peacock’s feathers. It is the lion’s mane. It is the sheer raging bulk of a charging bull elephant. And these things are not meaningless.” Baskov slapped his hand on the lectern. “They stand for something.” Then softly, “Just as this United States team has stood for something for the last twelve years. Our Olympic Development team has yet to lose in the steel arena.”

As Silas watched Baskov spool out his practiced monologue, he had to admit the man was very fucking good. The bait was in the fish’s mouth, and all he had to do now was set the hook.

“Most significant to you, our precious sponsors, is this: last year more people watched the Olympic Games worldwide than any other single event in the history of the world.” Baskov rested for a moment to let it sink in.

“The Chinese don’t watch the Super Bowl. Americans don’t watch the World Cup. Last year, the only ones interested enough to watch the inauguration of Indian Prime Minister Saanjh Patil were the Indians. And understandably so. Each nation has its own concerns. But everywhere around the planet, people watched the gladiator event. Billions of people.”

Baskov paused for effect.

“I don’t have to tell you how important product placement is to the dynamic of the global marketplace; you already know that. But you should also know that by helping us, you are also helping yourselves. And I’m not talking about your bottom line. Or not just your bottom line, anyway. The scientific advancements that are made while striving toward Olympic gold can be used to benefit everyone. What we learn can be applied against disease. It can be applied toward getting a larger yield from an acre of crop. It can be used to prevent birth defects. By helping us, you are helping yourselves. You are helping mankind.”

Wham! Baskov jerks hard on his finely tuned fishing pole . Silas smiled, but it was less a grin of pleasure than one of simple embarrassment. Poor fish never saw it coming .

The applause swelled again. Baskov smiled indulgently, holding up his hands in a show of modesty after all that bluster.

But the crowd wouldn’t be quieted. Eventually, he gave up and let it roll over him, unimpeded, a wave of applause. The crowd rose to its collective feet, first in the front, then all around the room. The faces were smiling, eyes alight.

Silas took a sip of his beer to assuage the sour that had crept into his stomach. The man should run for president, Silas thought, as the applause went on and on. But no, then he’d lose too much power.

BENJAMIN SAT on a stool in the near darkness of the gene-mapping lab, slowly rubbing his sore eyes. He placed his glasses back on the bridge of his nose and concentrated, but the information contained on the glowing surface of the electrophoretic gel still made no sense. Something had to be wrong. He resigned himself to starting the entire process over again. Either way, Silas would want confirmation.

He pipetted a new sample out of the plastic cap labeled F helix DNA . Earlier they had used a centrifuge to isolate the plasma from a sample of whole blood serum drawn from the newborn’s arm. Affinity chromatography provided the necessary quantity of purified DNA, which had then been cleaved through several steps by restriction enzymes for the analysis he was about to conduct.

He slid the tip of the standardized pipette cautiously into the agarose gel and pushed the dispense button. The solution gathered in a tiny pool beneath the bulging surface tension of the gelatinous matrix. He hit the toggle at the side of the apparatus and electrified the field. DNA molecules possess a negative charge due to their phosphates, so the various segments always tended to migrate toward the positively charged side of the unit. The differential action of friction on the relative sequence lengths determined how fast and how far they moved. The smaller the segment, the better it traversed the micropores in the gel, and the farther it migrated in the two-minute time period. Benjamin toggled the electricity off.

He stained the newly attenuated DNA with an ethidium bromide standard and bathed the set in ultraviolet light for a full six minutes. As expected, the result was an unbroken fluorescence down the entire column of gel lane. Benjamin then used the Southern blot technique to develop the reference standard he’d need later. He applied a final critical restriction enzyme to the sample set and then transferred the entire assemblage of DNA fragments to a metered nitrocellulose filter, being particularly careful that the sequences on the filter were oriented in the same way as when they were in the gel. If human error was a factor the first time around, this is where it had most likely been introduced.