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IDi Universities Fund

Application of the probiotic Lactobacillus fermentum with a diet enriched with microalgae biomass as a source of prebiotics to reduce colonization with Salmonella enterica serovar Infantis in broiler chickens

General Objective: To determine the immunological and productive effects of the probiotic treatment L. fermentum with a diet enriched with microalgae biomass in broiler chickens exposed to Salmonella enterica serovar Infantis. Specific Objectives Participating Institutions: YACHAY, UCE,UTA,UTC. Participants: Project manager Marco Andrés Larrea Álvarez. Awarded budget: $44,621.8 Project status: Signing of agreements.

Application of the probiotic Lactobacillus fermentum with a diet enriched with microalgae biomass as a source of prebiotics to reduce colonization with Salmonella enterica serovar Infantis in broiler chickens Read More »

Towards the circular economy: development of eco-packaging from agro-industrial waste

General Objective: Develop eco-packaging from biodegradable waste such as avocado seed and agave waste. Specific Objectives Participating Institutions: YACHAY, ESPOL, EPN, UYAMAFARMS. Participants: Director of the Rose Mary Rita Michell Uribe project. Awarded budget: $43,400 Project status: Signing of agreements.

Towards the circular economy: development of eco-packaging from agro-industrial waste Read More »

Characterization of cough caused by COVID-19 in patients with a positive diagnosis

General Objective: Characterize the cough caused by COVID19 in patients with a positive diagnosis, using Artificial Intelligence and Digital Signal Processing techniques, in order to contribute scientifically to the identification of the disease and timely treatment, as well as to the social economy by the country's time of crisis. Specific Objectives Participating Institutions:

Characterization of cough caused by COVID-19 in patients with a positive diagnosis Read More »

Antiparasitic activity of synthetic peptides derived from amphibian skin against malaria, Chagas and leishmaniasis

General Objective: To evaluate the antiparasitic activity of at least 5 peptides from the cruzioseptin, dermaseptin and pictuseptin families derived from the skin of Ecuadorian amphibians against Plasmodium, Trypanosoma and Leishmania, causal agents of malaria, Chagas disease and leishmaniasis respectively. Specific Objectives Participating Institutions: PUCE, USFQ, IKIAM. Participants: Project Director Miryan Rosita Rivera Íñiguez. Awarded budget: $405,500

Antiparasitic activity of synthetic peptides derived from amphibian skin against malaria, Chagas and leishmaniasis Read More »

Decontamination of shrimp packaging material using ''non-thermal plasma'' technology in times of Covid-19

General Objective: Evaluate the effect of treatment with 'non-thermal plasma' as a new food processing technology to reduce biological risks in shrimp and its packaging material, including the presence of viruses and virus remains. Specific Objectives Participating Institutions: ESPOL, ESPE, UCE. Participants: Project Director Ximena Victoria Yepez Paredes. Awarded budget: $44,700

Decontamination of shrimp packaging material using ''non-thermal plasma'' technology in times of Covid-19 Read More »

Building sustainability in agroecological social enterprises in the province of Azuay, Ecuador

General Objective: Build dissemination tools that promote the transfer of good agroecological practices and organizational practices that contribute to social, economic, cultural and environmental sustainability in agricultural enterprises of popular and solidarity economy in the province of Azuay. Specific Objectives Participating Institutions: UC, UCACUE, ULEAM, WISSEN, ITS of the Social, Popular and Solidarity Economy,

Building sustainability in agroecological social enterprises in the province of Azuay, Ecuador Read More »

Study of the incidence and genetic diversity of Neoscytalidium dimidiatum, a pathogen of the pitahaya crop and the stress factors associated with its infection in the Ecuadorian coast, highlands and Amazon

General Objective: Determine the genetic diversity of N. dimidiatum in yellow pitahaya plantations of the coast, mountains and Ecuadorian Amazon in relation to the isolates present in other countries and the stress factors associated with the development of the disease. Specific Objectives Participating Institutions: ESPOL, IKIAM, ESPOCH. Participants: Project Director Lisbeth del Rocío Espinoza Lozano.

Study of the incidence and genetic diversity of Neoscytalidium dimidiatum, a pathogen of the pitahaya crop and the stress factors associated with its infection on the coast, highlands and Ecuadorian Amazon Read More »

Development of a methodology for sanitation and elimination of viruses in babaco buds (Vasconcellea x heilbornii) using in vitro culture of microcuttings

General Objective: Develop a methodology for the elimination of babaco mosaic virus (BabMV) and papaya ring spot (PRSV) in babaco buds, using heat treatments, for the generation of virus-free babaco clonal lines. Specific Objectives Participating Institutions: ESPOL, UC, UDLA. Participants: Project director Diego Fernando Quito Avila.

Development of a sanitation and virus elimination methodology in babaco (Vasconcellea x heilbornii) buds using in vitro culture of microcuttings Read More »

Discovery of potential probiotic biomarkers for the Ecuadorian shrimp industry

General Objective: Discover potential probiotic biomarkers for the Ecuadorian shrimp industry using metagenomic sequencing. Specific Objectives Participating Institutions: ESPOL, ESPE, UTMACH. Participants: Director of the Bonny Narcisa Bayot Arroyo project. Awarded budget: $75,300 Project status: Signing of agreements.

Discovery of biomarkers of potential probiotics for the Ecuadorian shrimp industry Read more »

Development of highly effective antimicrobial (antiviral and antibacterial) polymeric membranes by electrospinning

General Objective: Develop fibrous polymeric membranes with high antimicrobial effectiveness (antiviral and antibacterial) through electrospinning, from the synthesis of new monomers with the capacity to form liquid polymers with high dipole moment and the inclusion of nanoparticles with antimicrobial capacity; application in a mask prototype. Specific Objectives Participating Institutions: PUCE, ESPE, UTE. Participants: Director

Development of highly effective antimicrobial (antiviral and antibacterial) polymeric membranes by electrospinning Read More »