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Scientists honor Frank Zappa, naming human zit-causing bacterium now infecting vineyards

Date:
February 18, 2014
Source:
Molecular Biology and Evolution (Oxford University Press)
Summary:
In a striking case of pathogen transfer involving the bacteria responsible for human acne, P. acnes, scientists report on a new type of P. acnes which exploits grapevines, dubbing it P. acnes type Zappae. They named the bacterium after the Italian term 'zappa,' meaning, hoe, as well as a tribute to eclectic composer Frank Zappa. This is the first evidence ever of human-to-plant obligate transfer and gives new perspective of bacteria host transfer between humans and domesticated plants.
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In a striking case of pathogen transfer involving the bacterium responsible for human acne, P. acnes, authors Campisano, et. al., report in the journal Molecular Biology and Evolution on a new type of P. acnes which exploits grapevines, dubbing it P. acnes type Zappae.

They named the bacterium after the Italian term "zappa," meaning, hoe, as well as a tribute to eclectic composer Frank Zappa, who once wrote of "sand-blasted zits" in one of his most famous satirical songs, "Jewish Princess," from his controversial '79 "Sheik Yerbouti "album.

"This bacteria is so unconventional in its behavior, and its new habitat is so unexpected that we thought of Frank Zappa. Indeed, at the time we were discovering it, we were both playing a Zappa album in our cars" say authors Andrea Campisano and Omar Rota-Stabelli.

The bacterium was first discovered by the research team via a 16S rDNA gene-based microbiome analysis gathered from the stems of plants sampled from multiple sites throughout Northeast Italy.

The bacterium colonizes bark tissues, and the pith, where the bacterium can localize intracellularly. Thus, compared to being a bane to millions of teenage faces, P. Zappae has adapted to an entirely new intracellular ecological niche in grapevines.

The research team also investigated the evolutionary history of P. Zappae by using two marker genes, recA and tly. Remarkably, their results support a human origin for the P. Zappae bacterium. Their data also suggests a loss of function of recA, a protein essential for the repair of DNA, which means that P. Zappae must rely on its grapevine host for survival. Finally, they estimate the emergence of P. Zappae around 7,000 years ago, an age highly compatible with the first domestication of the grapevine and a time when human intensive practices, such as the grafting and pruning of vines, may have led to the transfer to its new host.

This is the first evidence ever of human-to-plant obligate transfer and gives new perspective of bacteria host transfer between humans and domesticated plants. The significance of P. Zappae and its influence on plant growth and health will be continued in future studies.


Story Source:

The above post is reprinted from materials provided by Molecular Biology and Evolution (Oxford University Press). Note: Materials may be edited for content and length.


Journal Reference:

  1. A. Campisano, L. Ometto, S. Compant, M. Pancher, L. Antonielli, C. Varotto, G. Anfora, I. Pertot, A. Sessitsch, O. Rota-Stabelli. Interkingdom transfer of the acne causing agent, Propionibacterium acnes, from human to grapevine. Molecular Biology and Evolution, 2014; DOI: 10.1093/molbev/msu075

Cite This Page:

Molecular Biology and Evolution (Oxford University Press). "Scientists honor Frank Zappa, naming human zit-causing bacterium now infecting vineyards." ScienceDaily. ScienceDaily, 18 February 2014. <www.sciencedaily.com/releases/2014/02/140218185056.htm>.
Molecular Biology and Evolution (Oxford University Press). (2014, February 18). Scientists honor Frank Zappa, naming human zit-causing bacterium now infecting vineyards. ScienceDaily. Retrieved June 30, 2015 from www.sciencedaily.com/releases/2014/02/140218185056.htm
Molecular Biology and Evolution (Oxford University Press). "Scientists honor Frank Zappa, naming human zit-causing bacterium now infecting vineyards." ScienceDaily. www.sciencedaily.com/releases/2014/02/140218185056.htm (accessed June 30, 2015).

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