And finally, with both physical pain and anguish of the soul in his voice, the corporal cried out, “It's the Devil, it's the Devil!”
After that, the screams were every bit as bad as Harker's. At least he didn't last as long.
When there was only silence, Copperfield slid the manhole cover back into place. Because of the power cable, the metal plate didn't fit tightly and was tilted up at one end, but it covered most of the hole.
He stationed two men on the sidewalk, ten feet from the rim, and ordered them to shoot anything that came out.
Because a gun had been of no help to Harker, Copperfield and a few other men collected everything needed to manufacture Molotov cocktails. They got a couple of dozen bottles of wine from Brookhart's liquor store on Vail Lane, emptied them, put an inch of soap powder in the bottom of each, filled them with gasoline, and twisted rag fuses into the necks of them until they were snugly stoppered.
Would fire succeed where bullets had failed?
What had happened to Harker?
What had happened to Velazquez?
What will happen to me? Copperfield wondered.
The first of the two mobile field units cost more than twenty million dollars, and the Defense Department had gotten its money's worth.
The lab was a marvel of technological microminiaturization. For one. thing, its computer-based on a trio of intel 432 micromainfranes; 690,000 transistors squeezed onto only nine silicon chips — took up no more room than a couple of suitcases, yet it was a highly sophisticated system that was capable of complex medical analyses. In fact, it was a more system — with general logic and memory capacity than could be found in most major university hospitals' pathology labs.
There was a great deal of It stacked up into the motor home, all of it designed and positioned for maximum utility of the limited space. In addition to a pair of computer access terminals along one wall, there were a number of devices and machines: a centrifuge that would be used to separate the major components of blood, urine, and other fluid samples; a spectrophotometer; a spectrograph; an el microscope with an image interpretation-enhancement mad-out link to one of the computer screens; a compact appliance that would quick-freeze blood and tissue samples for storage and for use in tests in which element extractions were mom easily performed on frozen materials; and much, much more.
Toward the front of the vehicle, behind the drivers' compartment, was an autopsy table that collapsed into the wall when not in use. At the moment, the table was down, and the body of Gary Wechlas — thirty-seven, Caucasian — lay on the stainless-steel surface. The blue pajama bottoms had been scissored away from the corpse and set aside for later examination.
Dr. Seth Goldstein, one of the three leading forensic medicine specialists on the West Coast, would perform the autopsy. He stood at one side of the table with Dr. Daryl Roberts, and General Copperfield stood at the other side, facing them across the dead body.
Goldstein pressed a button on a control panel that was set in the wall to his right. A recording would be made of every word spoken during the autopsy; this was common procedure in even ordinary postmortems. A visual record was also being made: two ceiling-mounted videotape cameras were focused on the corpse; they, too, were activated when Dr. Goldstein pressed the button on the wall panel.
Goldstein began by closely examining and describing the corpse: the unusual facial expression, the universal bruising, the curious swelling. He was especially searching for punctures, abrasions, localized contusions, cuts, lesions, blisters, fractures, and other indications of specific points of injury. He could not find any.
With his gloved hand poised over the instrument tray, Goldstein hesitated, not quite sure where to start. Usually, at the beginning of an autopsy, he already had a pretty good idea of the cause of death, When the deceased had been wasted by a disease, Goldstein usually had seen the hospital report. If death had resulted from an accident, there were visible trauma. If it was death at the hand of another, there were signs of violence. But in this case, the conditions of the corpse raised more questions than it answered, strange questions unlike any he had ever faced before.
As if sensing Goldstein's thoughts, Copperfield said, “You've got to find some answers for us, Doctor. Our lives very probably depend on it.”
The second motor home had many of the same diagnostic machines and instruments that were in the lead vehicle — a test tube centrifuge, an electron microscope, and so forth — in addition to several pieces of equipment that were not duplicated in the other vehicle. It contained no autopsy table, however, and only one videotape system. There were three computer terminals instead of two.
Dr. Enrico Valdez was sitting at one of the programming boards, in a deep-seated chair designed to accommodate a man in a decontamination suit complete with air tank. He was working with Houk and Niven on chemical analysis of samples of various substances collected from several business places and dwellings along Skyline Road and Vail Lane — such as the flour and dough taken from the table in Liebermann's Bakery. They were seeking traces of nerve gas condensate or other chemical substances. Thus far, they had found nothing out of the ordinary.
Dr. Valdez didn't believe that nerve gas or disease would turn out to be the culprit.
He was beginning to wonder if this whole thing might actually be in Isley's and Arkham's territory. Isley and Arkham, the two men without names on their decontamination suits, were not even members of the Civilian Defense Unit. They were from a different project altogether. Just this morning, before dawn, when Dr. Valdez had been introduced to them at the team rendezvous point in Sacramento, when he had heard what kind of research they were doing, he had almost laughed.
He had thought their project was a waste of taxpayers' money. Now he wasn't so sure. Now he wondered…
He wondered… and he worried.
Dr. Sara Yamaguchi was also in the second motor home.
She was preparing bacteria cultures. Using a sample of blood taken from the body of Gary Wechlas, she was methodically contaminating a series of growth media, jellied compounds filled with nutrients on which bacteria generally thrived: horse blood agar, sheep blood agar, simplex, chocolate agar, and many others.
Sara Yamaguchi was a geneticist who had spent eleven years in recombinant DNA research. If it developed that Snowfield had been stricken by a man-made microorganism, Sara's work would become central to the investigation. She would direct the study of the microbe's morphology, and when that was completed, she would have a major role in attempting to determine the function of the bug.
Like Dr. Valdez, Sara Yamaguchi had begun to wonder if Isley and Arkham might become more essential to the investigation than she had thought. This morning, their area of expertise had seemed as exotic as voodoo. But now, in light of what had taken place since the team's arrival in Snowfield, she was forced to admit that Isley's and Arkham's specially seemed increasingly pertinent.
And like Dr. Valdez, she was worried.
Dr. Wilson Bettenby, chief of the civilian scientific arm of the CBW Civilian Defense Unit's West Coast team, sat at a computer terminal, two seats away from Dr. Valdez.
Bettenby was running an automated analysis program on several water samples. The samples were inserted into a processor that distilled the water, stored the distillate, and subjected the filtered-out substances to spectrographic analysis and other tests. Bettenby was not searching for microorganisms; that would require different procedures than these. This machine only identified and quantified all mineral and chemical elements present in the water; the data was displayed on the cathode ray tube.
All but one of the water samples had been taken from taps in the kitchens and bathrooms of houses and businesses along Vail Lane. They proved to be free of dangerous chemical impurities.