Kendrick investigates Henry’s time-travel genes

Dr. Kendrick’s investigation of Henry’s time-travel genes is the point at which an experience that has resisted explanation becomes a scientific research program. The work moves from Henry’s testimony to blood sampling, sleep-laboratory observation, and candidate genetic findings; its promise of treatment is inseparable from the knowledge that Henry’s condition has shaped his life and may not be easily changed.

From testimony to a research question

On April 12, 1996, Henry tells Kendrick the history of his condition: its beginning, the way he learned to survive it, the exhilaration of knowing things ahead of time, and the anguish of losses that cannot be prevented. Kendrick listens through the afternoon before responding. Their exchange shifts the problem from whether Henry’s account can be believed to how its causes might be investigated.

Kendrick connects Henry’s visual symptoms to clock genes, which help regulate circadian rhythms. He explains that these genes occur in many kinds of cells and points to the suprachiasmatic nucleus, above the optic chiasm, as a kind of reset mechanism for the sense of time. The suggestion gives the investigation a starting point, not yet an explanation: Kendrick proposes beginning with the systems most plausibly related to Henry’s symptoms.

Blood, genes, and the body as evidence

Kendrick draws Henry’s blood and proposes sequencing his DNA. Rather than attempting to sequence the entire genome, which Kendrick says would take years, he intends to begin with likely sites, including chromosome 17. Henry asks what the comparison would be if the human genome had not yet been sequenced. Kendrick answers that a disruptive disease might appear as a repeated stretch of genetic code, giving Huntington’s disease and its extra CAG triplets on chromosome 4 as an example.

This exchange makes the research concrete while preserving its uncertainty. Henry’s body becomes a source of testable biological evidence, but Kendrick does not claim to have found the cause. He also plans further investigations, including brain imaging and a referral to a sleep laboratory. The proposed work therefore proceeds by several routes: genetic analysis, scans, and observation of Henry’s sleep and episodes.

The sleep-laboratory trial

By June 1996, Henry has spent five nights in the sleep laboratory. For the monitored session, a technician applies cream and attaches electrodes to his head and chest in a room designed to resemble a bedroom. Behind one-way glass, the laboratory staff can monitor recordings of his eye movements, respiration, and brain waves. The procedure attempts to observe his condition under controlled conditions rather than relying only on Henry’s account of what happens elsewhere in time.

The observation produces a result. Henry wakes to find Kendrick and Dr. Larson beside him, and asks whether they captured it. Kendrick says that it was perfect. Henry then loses consciousness. The episode supplies the researchers with direct recorded evidence of a time displacement in the laboratory, though the scene does not yet say that they have discovered a treatment or established the full biological mechanism.

Candidate findings and the proposed experiment

On February 16, 1998, Henry receives a call from Kendrick while he and Clare are preparing to go out. His notes record four genes, including entries for “pert,” “timeless!,” and “Clock,” a possible new time-traveler gene, candidate chromosomes, and a question about repeated sequences. Clare recognizes that Kendrick has made a discovery. The fragmentary notes present findings in progress rather than a settled account of how the condition works.

When Clare asks what comes next, Henry explains Kendrick’s plan: to clone the genes, put them into mice, and then try to cure the mice. The sequence carries the investigation beyond identifying a possible genetic basis. It proposes an experimental model in which the suspected genetic material can be studied and, potentially, the time-travel condition treated.

Stakes for Henry and Clare

Henry and Clare first laugh and dance at the news, their relief and excitement giving way to a more sober recognition of what the findings mean. Clare reflects that Henry’s difference may be written in a few letters of code, yet the prospect of changing that code makes the discovery matter. She stops laughing when she understands that the project concerns life and death, not merely a scientific puzzle.

The investigation thus changes the terms on which Henry’s condition can be imagined. It offers a possible path from involuntary episodes toward treatment, but the evidence does not establish that the planned mouse experiments succeed or that Henry is cured. Its decisive narrative role lies in making the condition legible to scientific inquiry while keeping its human cost in view: biological explanation may open a route to intervention, but it cannot erase the losses and uncertainty Henry has described.