Resveratrol fraud case update: Dipak Das loses editor’s chair, lawyer issues statement refuting all charges

Das, via UConn

Many Retraction Watch readers will now be familiar with the case of Dipak Das, the resveratrol researcher about whom the University of Connecticut issued a voluminous report yesterday – summary here — detailing 145 counts of data fabrication and falsification. This has been a fast-moving story, so we wanted to highlight a number of updates to our original post, and offer a few more.

First, we have confirmed with publisher Mary Ann Liebert this morning that Das has been relieved of his duties as co-editor in chief of Antioxidants & Redox Signaling. He had shared that post with Chandan Sen, and his name as been removed from the masthead of that journal. Here’s a statement from the publisher:

India’s Kalasalingam University swiftly fires professor, kicks out six students after data manipulation scandal

Kalasalingam University in India has fired a professor who last month blamed unethical students for data manipulation that forced the retraction of three papers amid questions about five more.

As Krishna Pillai of the K2P blog reports, Sangiliyandi Gurunathan, head of Kalasalingam’s biotechnology department, was asked to resign, and did so on Friday, August 5. Kalasalingam also revoked the registrations of six graduate students who were co-authors on the retracted papers. Here’s the university press release with the details.

In comments to Retraction Watch for our earlier post, Gurunathan laid the blame on unethical students and journals, although his story didn’t quite hold together:

Angiogenesis retracts two papers, cites image manipulation in eight, as PI blames unethical students

The journal Angiogenesis is retracting two articles by a group of researchers in India whom it accuses of using manipulated images in six other publications as well.

According to the retraction notice for one of the papers, “Gold nanoparticles inhibit vascular endothelial growth factor-induced angiogenesis and vascular permeability via Src
dependent pathway in retinal endothelial cells” (we’ve annotated with links and citation data):