NUTRACEUTICS

Nutraceutics

o   Development of Elysium "Nose-Throat" Nano-spray

ELYSIUM Cell Bio ITA has developed a novel "DIETARY SUPPLEMENT" Elysium Nose-Throat is a dietary supplement based on Mullein, Thyme, Propolis and Polyphosphates. The product is registered "AS  FOOD SUPPLEMENTS" at the  MINISTRY OF HEALTH code NO. 163054.  The product is Patented by Elysium Cell bio ITA srl 80145 – Naples (n. 102023000016338, August 2023; n. 102024000005170, March 2024 and EU patent application, European Patent EP24192124 31/07/2024 "Composition with antiviral, antibacterial and antifungal activity" ).

PRESS (ITALIAN) 

Article published 17-06-24 on Journal Translational Medicine (BMC- Nature publishing Group).


o   Development of Elysium " Natural SKIN care - FACE and BODY CREAM
A new product to fight against inflammatory processes occurring on skin facing to early phases of cancer ( e.i. basalioma) and Dermatitis (e.i  Psoriasis,  Atopic Dermatitis, and Juvenile acne). This product is now ready for the market  and on sales by the 1st of  July 2024. The benefits are described PRUDUCTS website section.


cancer

ELYSIUM Cell Bio ITA is focused on translational studies (in vitro and in vivo) on metastatic brain tumors and breast cancers (e.g., Medulloblastoma and Triple Negative Breast Cancer, respectively) by studying those changes occurring within the tumor microenvironment affecting the cellular metabolism due to the application of new small molecules able to inhibit the Warburg effect and enhance the immunotherapeutic benefits.

Therapeutics


ELYSIUM Cell Bio ITA has developed non toxic molecules capable to target Prune1 in tumorigenic cells by enhancing its intracellular degradation, thus inhibiting its related metastatic axis, by reducing TGF-beta signalling in the tumor microenvironment and affecting the epithelial to mesenchymal transition. 
Patent related to this project: European Patent 28/10/2022 n. EP22204452, “Prune1 inhibitors Iand therapeutics use thereof ”.
References related to this issue:

https://pubmed.ncbi.nlm.nih.gov/29490009/; https://www.sciencedirect.com/science/article/pii/S2589004220311354