Turin Shroud DNA 'Jesus' Claim Hits a Snag: Strongest Match Points To Man Who Collected Samples

A DNA investigation into the Shroud of Turin has uncovered a striking genetic match linked to the scientist who gathered the samples nearly five decades ago, rather than providing evidence identifying the cloth's original occupant.

The findings, published in Scientific Reports on 9 July 2026, complicate attempts to establish whether the linen was used to wrap Jesus after his crucifixion. The researchers identified genetic material from several individuals, suggesting that centuries of handling have left the cloth with a mixture of biological traces.

The discovery has renewed attention on the religious relic, which bears the front and back images of a man who appears to have suffered crucifixion. Although some believe the cloth is Jesus's burial shroud, the latest research highlights why identifying its original occupant through DNA remains extraordinarily difficult.

DNA Evidence Points to the Scientist Who Collected the Samples

The researchers examined 12 samples collected from the Shroud in 1978, including linen fibres, vacuum-collected dust and a microscopic biological fragment.

Their analysis identified several human mitochondrial DNA lineages, but the dominant genetic signature in three Shroud samples matched the mitochondrial DNA profile of the late Professor Pierluigi Baima Bollone, who collected the original samples.

Further analysis indicated a close genetic relationship between DNA recovered from three Shroud samples and the professor's genetic profile. The kinship analysis indicated that the DNA could have come from the same individual or a first-degree relative.

The findings suggest that much of the recovered human DNA may be linked to the main collector, alongside additional contamination from other sources. The researchers also identified genetic material associated with other lineages, including those found in Western Eurasia and the Middle East.

However, the presence of DNA associated with a particular geographical region cannot establish when it reached the fabric or identify the individual who originally came into contact with it.

Why the Turin Shroud DNA Cannot Identify Jesus

The study highlights a central difficulty in analysing historical textiles: human DNA can transfer through touch and accumulate over generations.

The Shroud has been displayed, examined, repaired and handled repeatedly throughout its documented history, with each interaction potentially introducing biological material from another person.

The researchers found multiple genetic variants in the specimens, making it difficult to distinguish older traces from more recent contamination.

Their analysis also identified skin-associated microbes, fungi and biological material linked to plants and domesticated animals, illustrating the variety of environmental material accumulated on the cloth.

Even if an ancient human DNA sequence could be isolated, establishing that it belonged to Jesus would require independent evidence linking the genetic material to him. The latest study provides no such identification.

Carbon Dating Adds Another Challenge to the Shroud's Authenticity

The DNA findings follow decades of scientific disagreement over the cloth's origins. Radiocarbon testing conducted in 1988 by laboratories in Oxford, Arizona and Zurich dated the linen to between 1260 and 1390, placing its manufacture in the medieval period rather than the time of Jesus.

Some researchers have questioned the reliability of those results, arguing that differences between samples warrant further investigation.

However, a separate study published in April 2026 examined surviving fragments from the original radiocarbon samples and found no evidence that they came from a repaired section or contained foreign material that would undermine the dating results.

The latest DNA investigation does not establish the Shroud's age or settle questions about how its distinctive human image was formed.

Instead, it demonstrates that the strongest recoverable human genetic signal may be linked to someone who collected samples from the relic decades after its documented appearance in Europe.

For researchers seeking evidence of the Shroud's original occupant, the challenge remains separating its earliest biological traces from those introduced throughout its long history.