Red Alert. Jessica Andersen
right. Maybe she had been neglecting her social life for too long. Maybe it was time to meet a man, someone she could hike and bike and climb with, someone who loved all the things she used to love.
As soon as the licensing went through and tenure was announced, she promised herself. Then she’d focus on moving from ice-blue walls to something more interesting.
Maybe teal. Hot pink.
Sapphire blue.
Focus, Meg! She gave herself a mental shake and continued her explanation. “We’re testing whether the different phases of pregnancy affect our results. In addition, we’ll be able to examine your baby for most known genetic diseases. We can—”
“Some people say that’s impossible,” Erik interrupted. His attention wasn’t on the wall art anymore. Now it was focused on Meg. “Plenty of experts in the field say your results are nothing but false positives and hopeful interpretation.”
Normally, Meg would have taken the challenge and explained the strength of her science. But now she paused as her instincts jangled a warning.
Something told her that this guy wasn’t quite what he seemed.
She forced a smile. “I see you’ve done your homework, Mr. Phillips.”
“Call me Erik.” He leaned forward, hitching his weight to the left to ease his bad leg. “And yes, I’ve done some background reading. Three of the top experts in the field of prenatal testing have publicly denounced your discovery.”
“Only because I beat them to it.”
“They say it’s impossible to isolate a baby’s cells from maternal blood.”
“Not impossible,” Meg countered. “Even dinosaurs like Lafitte in Paris and Heinz Kramer in Dusseldorf admit that fetal cells and DNA are carried in the maternal bloodstream for years, sometimes even decades after the pregnancy. They simply don’t believe that it’s possible to isolate the one-in-a-million fetal cell and use it for testing.”
“And you believe it’s possible?”
“I’ve done it,” she said simply, and with a bone-deep sense of pride for the work that would help so many. No more pregnancies would be lost due to a misdirected amniocentesis needle or a nick during chorionic villus sampling, two of the most common—and invasive—procedures used for prenatal genetic testing.
“How does it work?” he asked, eyes revealing nothing.
She tapped the brochure. “The process is summarized here.”
He dismissed the schematic with a wave. “I’ve read what’s posted on the Web site, but how does it really work? How exactly do you isolate the fetal cells? Is it true that the baby’s cells can sometimes heal the mother if she’s injured?”
“That hasn’t been proven to my satisfaction,” Meg said, a chill chasing through her bloodstream, because she had no intention of pursuing the question. Not now. Not ever. Not with the risks involved. “I’m sorry, but I’m not at liberty to discuss the specifics of the process.”
Especially not until next month, when the last of the patents would finally be filed.
A handful of university glitches had delayed the applications, leaving her in a legal gray area. If another researcher—or worse, one of the big drug companies—tried to scoop her work, she was in trouble. Though she had her lab notes, patent battles were notoriously long and messy, and neither Boston General nor Thrace University could stand up to one of the big companies if it came down to lawyers and money.
Be careful, her father had cautioned when he’d been in town the week before. Your work is at its most vulnerable right now. They know you’ve done it, but not how, and they’ll be itching for that one detail, the one trick that lets you do what everyone said couldn’t be done.
With that caution ringing in her ears, Meg narrowed her eyes. “Why do you ask?”
“No reason, really.” Raine touched her husband’s arm, urging him to relax. “Ever since I found out about the pregnancy, Erik’s been fascinated by the technology.”
He shot her an unreadable look, but shrugged with a half smile that did little to lighten the intensity of his face. “Sorry. Occupational hazard.”
“You’re an engineer?” Meg asked. She glanced quickly at Raine’s questionnaire.
“No, I’m—” A muted buzz cut him off midsentence. He frowned, reached into his coat pocket and pulled out a seriously high-tech communications device—a little handheld that combined a phone, computer, fax and probably a food processor into one unit. He read the display and frowned. “We’ve got to go.”
He didn’t show his wife the message and she didn’t argue. They rose as one and, despite his bad leg, showed an almost military precision in their actions.
Meg rounded the desk and held the door for them. “Please look over the material and call me if you have any questions. We’ll be in touch once the preliminary blood screening is complete.” Though she already knew what it would show. “If the blood work looks good, you can decide whether you’re willing to make the necessary time commitment in return for free genetic screening for the baby and a small stipend.”
She ushered them out and closed the door behind them, knowing damn well she wouldn’t see either of them again.
Moments later there was a brisk knock on the door. Jemma opened the panel without waiting for an invite, and raised her eyebrows when she saw that Meg was alone. “Where did Mrs. Phillips go?”
“Let me guess. She’s not pregnant.” Meg scowled toward the elevators. “It was a setup. A fishing expedition. Who were they working for? TRL? Genticor?”
Jemma shook her head, eyes worried. “I don’t know about that, but she’s definitely pregnant, and there’s a problem. You’ve got to get her back here, right now.”
“You’ve already got results back on the baby?” Meg asked, confused. Impossible. Her technique was fast, but not that fast.
“No, we haven’t even started separating out the cells. But Max needed an unknown sample for one of his test runs, so I gave him a small subsample of Raine Phillips’s blood.”
Max Vasek was Meg’s second in command. With two degrees and a decade in research, he could easily have his own lab, but preferred the freedom of working for Meg. He kept the lab running smoothly and followed his own investigative directions on the side. These days, he was working on a panel of accelerated genetic tests for expecting mothers. So new he hadn’t yet reported it to the hospital or the university, Max’s technique could identify the presence of twenty-plus genetic abnormalities that could endanger the life of mother or child—all in the space of less than fifteen minutes.
A sick pit opened up in Meg’s stomach. “Max’s technique hasn’t been fully validated, and I’m not ready to go public. If we know something, I can’t tell them how or why we know it.”
He shouldn’t have performed the test on an unenrolled patient’s DNA. Though they had signed consent for Raine’s preliminary sample, the initial forms didn’t include blanket consent for all tests. They’d stumbled over into an ethical gray area.
Damn it, Max.
Jemma handed her the printout. “I don’t care how you do it, but get her back here. She’s heterozygous for both the Factor V Leiden and prothrombin 20210 mutations.”
“Oh, hell.” Meg was out the door in an instant, headed for the elevators. Halfway there, she called, “Phone down to the front desk and see if they can grab her. She needs to be on supportive therapy, pronto!”
The mutations were ticking time bombs. Separately, they increased the risk of blood clot disorders including strokes, heart attacks and pulmonary embolisms during pregnancy.
Together, they virtually guaranteed a problem. Perhaps even