General
CU2022TEA501A102
01/09/2022 - 31/08/2027
Due to global warming and increased sun exposure, skin cancer has a high incidence and increasing prevalence within the Cuban population. An extract obtained from the local marine plant Thalassia testudinum, rich in polyphenols, has shown effective photoprotection properties and antitumor activity against skin cancer. Until now, the extract production implicates the collection of the species from its natural habitat. However, such approach may endanger biodiversity and eco-sustainability as T. testudinum (known as turtle paste) nurtures other species and plays a central role in the coral reef-seagrass-mangrove ecosystem, which in turn protects the dune from extreme weather events, the coastal communities and the archipelago itself. To preserve the environment, ecological alternatives will be developed for efficient production of secondary metabolites facilitated by abiotic elicitors via bioreactor, tissue culture and plant biotechnology. The obtained biomolecules will next be conjugated to nanostructures to promote synergistic biological effects and to increase therapeutic efficacy. Altogether, environmental friendly and eco-sustainable production strategies will be developed for novel safe and effective pharmaceutical formulations from T. testudinum applicable in the prophylaxis of skin cancer, a serious health problem in Cuba. The overall goal is to strengthen training of gender balanced male and female researchers and build up institutional infrastructure capacities in blue (marine) and green (plant) biotechnology applications to improve health of the Cuban population and to stimulate sustainable eco-friendly circular bio-economy in Cuba. The uptake and outreach of the solutions here achieved may improve international visibility of local institutions, reinforcing global citizenship while education, access to scientific advancement and its benefits, health and human welfare (basic human rights) are improved.
General information
Title
SI-Building in vitro plant biotechnology capacities for ecological sustainable production of marine phytochemical formulations against skin-cancer in Cuba.
ID
XM-DAC-2-10-10690
Start date
End date
Activity status
Implementation
Budget
€262.955
Actor
VLIR-UOS - Vlaamse Interuniversitaire Raad - Flemish Interuniversity Council
Country
CUBA
Sector
Industry - Pharmaceutical production
Aid type
Core support to NGOs, other private bodies, PPPs and research institutes
Fragile state
No
Least developed country
No
Budgetline
54 41 452501 Steun aan VLIR mbt de realisatie van de doelen van de gemeenschappelijke strategische kaders
Finance type
GRANT
Tied status
No
Flow type
ODA
Documents
Documents