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Product Details
| ISBN-13: | 9780595421589 |
|---|---|
| Publisher: | iUniverse, Incorporated |
| Publication date: | 11/22/2006 |
| Edition description: | New Edition |
| Pages: | 314 |
| Product dimensions: | 6.00(w) x 9.00(h) x 0.70(d) |
Read an Excerpt
Mind Field
A Novel
By John F. Egbert
iUniverse LLC
Copyright © 2014 John F. EgbertAll rights reserved.
ISBN: 978-0-595-42158-9
CHAPTER 1
Termez, Uzbekistan. Formerly U.S.S.R.
July 13, 2010
A small, one-bedroom stone house is nestled at the base of a soaring black mountain range. Inside, a family of three sleeps, sharing one room. The embers of a fire smolder in the rock fireplace, the burned, smoky odor hanging in the air.
A baby wakes in the middle of the night. She has had a nightmare. She stands up in her crib but loses her balance. Her legs slip through the slats and her body falls like dead weight, her jaw crashing down on the top rail, throwing her head back violently.
She screams as blood trickles down her chin.
Her parents are sound asleep in the bed next to the crib. Her father is caught up in a dream; her mother slumbers peacefully, exhausted from a hard day's work.
Eventually, the child tires of crying and falls back to sleep as well.
When the sun rises and pours through the lone window in the room, the mother awakens to see that her child's cheek is stained with dried blood. She screams and reaches out for the girl, brushing her hair back to reveal the bruised and swollen neck.
"Vlad," she says to her husband. "Wake up."
Her husband does not stir.
"Vlad, get up. What is the matter with you?"
No response.
The mother runs to the phone to call a doctor.
There is no dial tone.
She dials frantically anyway—no ring. No answer. She thinks the phone is dead.
CHAPTER 2July 20, 2010
"It starts with nausea and vomiting. And it's much worse than the food poisoning I had a few years back," the frail man said.
"Then what happens?" Nathan asked, lifting the stethoscope from the right side of the man's chest and placing it nearer to his heart.
"It gets worse, much worse. The migraines are unbearable. Then more nausea, flashes of brilliant white lights, and squiggles racing through my vision. Can't stand the light. Can't stand any sounds. I just want to go crawl in a dark hole someplace and die."
"How long before the vertigo sets in?"
"A day or two, maybe longer."
"Do you have it now?"
"Oh, hell no. I wouldn't be here if I did. Can't get off the floor when that happens. Everything just spins around. You feel like you're about to be flung off the face of the planet."
"Anything else?"
"The ringing. Nonstop ringing. It's like I'm standing next to a giant church bell, or maybe right inside it. It's awful; I can hardly describe it. Then, after a few minutes, it goes away. But it always comes back. And of course, you can't hear a damn thing for hours afterward."
"Does everyone in town go through the same thing?" Nate asked, making another notation on his pad.
"Pretty much. Some of them have had seizures. I've seen people fall down in the store and just start flopping around like a bass out of water. We've only got the one clinic in town, so it's hard for them to get to everyone. It's been going on now for a week, and you know what?"
"What?"
"It's gettin' a lot worse. The doctors from Spokane, the ones who said they were specialists, came and went and were totally baffled. No one knows what it is. They said someone would come from the CDC, but we haven't seen them yet.
"That's when I decided to call the EPA. We had nothin' to lose."
* * *
Watching the wide-open evening sky shift from dark blue to violet over the town of Troy, Montana, Nathan Bannister sat at a desk in the town's only medical clinic—a small, sparse, gray room—and rubbed the soft stubble of beard on his chin.
He was a rugged man: tall, with big shoulders and thick forearms toned by years spent digging fence-post holes at his parents' ranch. He wore a flannel long-sleeve shirt, a pair of faded Levi's and heavy Justin cowboy boots; uncommon clothing for someone working for the Environmental Protection Agency. Combing his fingers through his thick mahogany hair, he realized that he was long overdue for a shower.
At the end of that first day in July, he had interviewed ten people on his list, and each time the story was identical. As far as he could tell, more than half of the citizens shared the same confounding symptoms.
He was one of a handful of scientists with the EPA that specialized in the monitoring and research of airborne contaminants, and after the Homeland Security Agency had become the umbrella agency for infectious disasters, it seemed that airborne threats were becoming more and more common.
In fact, hardly a week passed anymore without some sort of threat to the nation's security: bomb scares or chemical disbursements—tainted water supplies, plagues, diseases—anything to kill, maim, or at least scare people and ultimately shut down infrastructure and the economy.
Today, he was in Troy, about twenty-five miles north of the last disaster he'd investigated—the asbestos poisoning in Libby, Montana. Thank God, Nathan thought, most of these things don't pan out to be anything as serious as that.
But the Libby incident had been a different situation. It involved the asbestos that came from the mines. First it killed miners. Then it killed their wives and children, slipping into their homes on the sooty clothing of the hard-working men. Eventually, the mine was closed, but the dying went on.
The fatal symptom of the asbestos poisoning was the coughing up of blood. It was a slow, painful, and ugly death where each individual literally drowned in his own blood or simply stopped breathing.
That was ten years ago in 2000, and Nathan's investigation was the reason a national scandal was uncovered—the government had tried to sweep it all away—hide it as if it had just been a minor misunderstanding. As if it wasn't enough to deal with potential terrorism, Nathan thought, we also have to deal with fraud and cover-ups from our own government—cover-ups that cost lives.
CHAPTER 3Paris, France. Amarante Hotel. July 28, 2010.
"Ladies and gentlemen. Can we have order? Will the members of the summit please come to order?" the chairman asked, pounding a heavy wood and brass gavel on the podium in front of him.
Seated in a large oval auditorium in the five-star hotel were thirty of the world's leading biochemists representing the U.S., France, Germany, Spain, Britain, Canada, and twenty-four other countries.
The room was filled with the chatter of anticipation as the chairman continued to bang the podium.
One notable representative—the Russian delegate—was not yet in his seat. His name was Dr. Sergi Revchenko, a specialist in biochemistry, and he had been invited to the summit to discuss environmental issues, emerging technologies and, in particular, breakthroughs in the hot-button topic of personalized medicine and the use of nano-technologies in chemistry.
Revchenko was the eastern counterpart to the three American scientists, Robert Fleishman, Craig Venter, and Francis Collins who had nearly simultaneously published the first full genome (map) of a living organism in 1995—an obscure bacteria that can transmit meningitis. That had begun the revolution in research to map the human genome.
Revchenko's tardiness was not unusual the chairman thought. Though brilliant, he'd always been a little scattered. Besides, he was now over eighty years old.
The chairman decided to start the meeting without Revchenko's participation, inviting the first delegate to the podium.
The British delegate rose to his feet, approached, and tapped the microphone to ensure it was working and then began to speak to the group.
"Fellow chemists, as you know, we are here for two days to discuss a variety of issues. However, I think we all agree that personalized medicine is one of the most fascinating topics we face.
"Unfortunately, Dr. Revchenko has apparently been delayed, so I will give you a brief description of what he'll be talking about."
He cleared his throat.
"Ladies and gentlemen, consider what's coming soon: Your entire genetic code will soon be imprinted on an ID card, very much like your ATM card. Everything that is known about your health, your body, will be contained on that magnetic strip across the back of the card.
"A healthcare official or doctor will simply swipe the card into a portable reader and they will have everything they need to know to begin personalized treatment—treatment that is designed specifically for you and your particular problem.
"Personalized medicine is literally just around the corner. Very soon, a simple test will allow doctors to predict with great accuracy whether a given medication will work for you, or be highly toxic to you.
"Currently, as you are all aware, most of our medical expenditures are for doctors and interventions; in other words, treatment after the fact, after you get sick.
"Treatments will shift from emergencies to specific, deliberate personalized actions prior to the 'event,' before there is an emergency. Once scientists know what you are predisposed to because of your genetic structure, then a specific preventative treatment will be 'designed' for you.
"These medicines won't necessarily be more pills or injections, they might wind up being the food you eat, or the soap you use, a patch on your skin or something you simply inhale ... or, it could be almost science fiction—medicines could be contained on a microchip smaller than a grain of rice that is permanently implanted under your skin.
"Ladies and gentlemen, this brings us into the realm of nano-technology, the science of building things at the atomic level. As Dr. Revchenko will tell you, it's quite possible right now, in today's laboratories, to write a person's name using single atoms. But, of course, you all know that. What you may be interested to hear is that recently, in America, Cornell University scientists have built 'nano-submarines.' These devices are equal parts organic and inorganic. They run on the same bioelectric energy that powers our cells. Some of these submarines even have actual propellers."
At that point, the British scientist paused for dramatic effect: "That's right, propellers. They can run for two-and-a-half hours on a single charge; and they are about as large as a virus, which we all know is only visible under electron microscopes.
"We believe, along with Dr. Revchenko, that sometime in the near future, 'nano-nurses' or 'nano-doctors,' meaning a minute amount of medicine, will ride in these molecular-sized subs to the specific diseased cells within your body and eliminate them with molecular doses of medicine—medicine that does not affect any other part of your system.
"Just imagine the potential of that kind of personalized medical care. Something the size of a few atoms in your bloodstream playing a very high tech medical version of a video arcade game, shooting down only those individual and specific bad cells, which were about to make you very, very sick."
The speaker paused, took a sip of his glass of water, and then continued.
"In addition, for the first time, we will be able to see a complete map of how life was programmed—no mean feat.
"It literally means that in the not-so-distant future, we will be able to control our own evolution. We will completely understand our heredity and the biological transmission of traits. We could stop disease dead in its tracks and reengineer our own immune systems. We could personalize medicine. The possibilities are limitless, ladies and gentlemen."
The British delegate paused and looked to the door. There was still no sign of Dr. Revchenko. He'd been scheduled to speak after the British delegate's introduction.
The chairman stood up as the British delegate sat down.
"Ladies and gentlemen, it appears that our keynote speaker has been detained. Let us continue with the delegate from the United States," he said, gesturing to the far side of the auditorium.
* * *
In the heart of the city at Two Avenue Gabriel, on the northwest corner of the historic Place de la Concorde, stood the United States Embassy—a majestic, baroque building whose architecture dated back to 1768.
The building faced the gardens of the Champs-Elysees and off to one side was the famous Hotel de Crillion, perhaps the most beautiful example of eighteenth century French architecture in the country.
Inside the staid and quiet embassy, just down the hall from the Ambassador's office, sat a small, nervous man. Though it was a sweltering July day in the city, the man with thin graying hair and thick bifocals wore a heavy, full-length camel's hair coat. With his left hand, he twiddled the brim of a fedora hat. In his right hand, he held a legal size manila folder that was bulging with paperwork.
He sat on the hard marble bench, which faced the Ambassador's outer office door. A larger than life bronze statue of Benjamin Franklin, one of the earliest ambassadors to France, stood nearby, glaring down at the small man, scrutinizing him.
President Bush had nominated Craig Roberts Stapleton as Ambassador to France. When the new President, Robert Jordan, was elected and George W. Bush left, Stapleton was asked to remain.
A half hour had passed since the small man had been asked to sit in the foyer. He sat patiently, but his eyes were continually scanning his surroundings. They would dart from the doorways to the folder in his lap, and then back down the hall.
When another fifteen minutes passed, a young man appeared in the Ambassador's doorway and strode across the floor, his footsteps echoing off the hard marble and up through the rococo building.
"Dr. Revchenko," the man said as he extended his hand and smiled. "I am Wes Baker, Ambassador Stapleton's assistant. I'm sorry we've kept you waiting so long."
The slight man, not 5 feet 7 inches tall, rose to greet the assistant.
"That is quite alright, young man. What I have to say to the Ambassador is extremely important. I will wait as long as I need."
"Well, that is what I'm here to help you with. Before you can see Ambassador Stapleton, you will need to be interviewed by a few other people here—our security staff."
"That is quite all right, Mr. Baker. This matter is one of security—national security for your country. I'm sure they will want to hear what I have to say."
"I'm sure they will, doctor. Come. Come with me."
As the doctor followed alongside, he added, "Mr. Baker, did I tell you I would be asking for asylum?"
Baker turned back abruptly, "Uh, no, no, doctor, you didn't. That will complicate things a little."
"I have no intention of complicating things for you, Mr. Baker. We must take care of this matter as soon as possible. I will need to be granted asylum before I can reveal the, how do you say, parameters of the virus," the diminutive man said, as if he'd just simply ordered a ham sandwich for lunch.
"Virus?"
"Yes, extremely contagious and often deadly. And quite an ugly demise as well," he added.
CHAPTER 4Nathan had never been political and didn't much care for all the bureaucracy that was so much a weave of the fabric of his job, but he was a dedicated scientist who was genuinely concerned about the environment. He wanted to help people, and the EPA was his best opportunity to do what he felt he was chosen in life to do.
He was raised on a cattle ranch outside Billings, the one his parents still owned. They had instilled in him a love of the outdoors and a respect for every living thing, which seemed inevitable given the part of the country where he was raised.
In the summers, Montana seemed endless: larger, bluer, more infinite than any other part of America he'd ever seen.
He was an avid fisherman and hiker. During the summer, if he had the time, and he wasn't working on the ranch, he volunteered with the forestry service to clear firebreaks.
Had he not gone to the University of Western Montana on a chemistry scholarship, he knew he would have been an M.D., or even a veterinarian. He'd graduated with a Masters in Environmental Sciences in 1997 and immediately applied to the EPA.
Working with the agency gave him an opportunity to do everything that was important to him. He believed deep in his soul that he could make a difference in people's lives as one of the roughly 4,000 EPA employees that were actually engaged in science and medicine. The other 14,000 worked in legal affairs, management, or as engineers.
After the Libby asbestos scandal, his superiors, the administrators in Washington D.C., tried to force him to leave—they knew they couldn't fire him, so they tried intimidation and peer pressure, but his whistle-blowing had been far too loud and too well publicized.
When he'd first heard about the new situation in Troy, it had occurred to him that maybe there was still some fatal dust from Libby blowing north.
(Continues...)
Excerpted from Mind Field by John F. Egbert. Copyright © 2014 John F. Egbert. Excerpted by permission of iUniverse LLC.
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