Triastek Succeeds in First In-Human Study of its 3D Printed Medication

Metal AM Markets

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Triastek, a Chinese developer of pharmaceuticals produced with additive manufacturing (AM), announced that the company has completed the first in human (FIH) study of T21, a medication for ulcerative colitis (UC). As with all of its products, Triastek prints T21 with its proprietary Melt Extrusion Deposition (MED) platform.

Thus far, Triastek has placed a particular emphasis on designing drugs with geometries that can only be achieved via AM, primarily in order to control where a given medication is released once ingested, and the rate of release of the medication’s active ingredients in the patient’s system. Regarding T21, these features could lead to a breakthrough for individuals suffering from UC, as it is difficult for the oral medications currently on the market to target the colon, specifically.

Based on imaging results from the FIH study, Triastek has shown that upon consumption, T21 tablets are delivered and released directly to the colon. In addition to a breakthrough for UC patients, this could also be a significant accelerator for Triastek’s efforts to gain approval for a New Drug Application (NDA) for T21.

In a press release about Triastek’s completion of its FIH study for T21, Professor Xiaoling Li, the co-founder and chief scientific officer of Triastek, explained, “The [FIH] study data with T21 verifies the precise colon delivery capability of the MED process, and the platform is poised to become the novel drug delivery system of choice for colon targeted new product with either local efficacy or systemic absorption. We hope to continue showcasing how Triastek’s 3D printing processes can bring technical solutions to pharmaceutical companies for efficient product development of optimized drug delivery, ultimately leading to the ability to provide patients with more clinically valuable medicines.”

As I was told by Triastek’s CEO, Dr. Senping Cheng, “…[T21 can mitigate] potential side effects from systemic exposure [that could result] if the medicine was released elsewhere in the body.” Again, this means that using AM for pharmaceuticals could not only lead to all the potential supply chain advantages that have led companies in virtually every industry to start exploring AM: for pharmaceuticals specifically, AM could lead to better quality products right now.

Of course, this is easier said than done, with the regulatory process for medications taking place on a timescale that makes the aerospace sector look like a breeze. On the other hand, the supply shortages in the pharmaceutical industry have been more intractable than virtually any other industry in the last few years, so this could become a catalyst for an accelerated push to use new manufacturing techniques including AM. This is not to suggest that pharmaceutical regulations should be loosened, but rather that corporations and public agencies should work together to prioritize the use of AM and other automation technologies in the cases where positive results have been proven.

Along these lines, it is interesting that in 2022, global pharma giant Eli Lilly announced that it would collaborate with Triastek to research potential new applications for the MED platform. This is relevant here because in April, 2023, the FDA rejected Eli Lilly’s NDA for a new UC drug, mirikuzmab. Notably, the reason for the rejection was related to concerns the FDA had with Eli Lilly’s manufacturing operations in Branchburg, NJ, involving inadequate quality control.

Images courtesy of Triastek

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