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The Vespucci-2023 Vitis vinifera OneGenE experiment
The Vespucci-2023 Vitis vinifera OneGenE experiment is officially started, for more scientific info about it please look at this thread https://gene.disi.unitn.it/test/forum_thread.php?id=370.
Thank you all for your support! 15 May 2023, 17:14:30 UTC · Comment

Maintenance (filesystem and o.s.)
Right now that our queue is empty it is the perfect time to switch our filesystem to the new one and to upgrade the operating system of the server. This will probably happen the 2nd of May, for a couple of days. During this period the server may be down for awhile. After that, if everything will go smoothly, we plan to start distributing work again. 28 Apr 2023, 15:15:44 UTC · Comment

The end of the FANTOM-1 experiment
At our current pace the remaining workunits related to the very long and computational intensive OneGenE FANTOM-1 experiment (started in March 2018) will be distributed in more or less two days. This will be the end of this job.

For the future of the gene@home project please look at this thread
https://gene.disi.unitn.it/test/forum_thread.php?id=366 7 Apr 2023, 14:11:13 UTC · Comment

Storage problem (again)
As all of you already know we are constantly struggling with our problematic storage. The University have bought a new one and they planned the moving procedure. The HPC cluster should be moved this Monday (March, 6th), the other resources will follow.
I will reasonably shut down the server when needed, I will tell you when as soon as I know the date. Meanwhile the work generator will be active just a few hours a day, so very few workunits will be available.
Thank you all for your understanding and patience. 2 Mar 2023, 10:00:42 UTC · Comment

Paper published on Biomolecules
Although the current focus of our job is on the Homo sapiens genome, in the recent past we also ran some gene expansion experiments on the Vitis vinifera organism. We are still evaluating those results, in collaboration with the Edmund Mach Foundation and the Universitat de València (Spain), also involving some students.

We are pleased to inform you that our article "Vitis OneGenE: A Causality-Based Approach to Generate Gene Networks in Vitis vinifera Sheds Light on the Laccase and Dirigent Gene Families" has been published in Biomolecules as part of the Special Issue Gene Regulatory Networks Controlling Secondary Metabolism in Plants: Computational Approaches and Mechanistic Insights and is available online: https://www.mdpi.com/2218-273X/11/12/1744

Thank you all for your invaluable contribution! 23 Nov 2021, 18:42:01 UTC · Comment

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