The present invention describes diterpenes capable of modulating the expression of extracellular matrix components in human dermal fibroblasts.
The present invention relates to new perimidine derivatives synthesized by direct condensation between naphthalen-1, 8-diamine and itaconic or citraconic anhydrides at low temperature.
La presente invención se refiere a una proteína derivada de Arabidopsis thaliana útil para la promoción del crecimiento y resistencia al estrés osmótico, así como plantas transgénicas que la contienen.
Agronomic formulation of a transforming strain of Trichoderma virens for growth promotion and resistance to fungal and bacterial diseases in solanaceous plants (Divisional of MX308414B).
The present invention relates to novel transforming strains of the fungus Trichoderma ssp.
Transforming strains of the mycoparasite fungus Trichoderma spp. promoting growth and resistance to fungal and bacterial diseases in solanaceous plants, compositions containing them, procedure of application and use thereof
The present invention describes and claims novel transforming strains of the fungus Trichoderma ssp.
Trichoderma citrinoviride strain with antagonistic activity against plant pathogenic and growth-promoting fungi, compositions containing the same and use thereof
The present invention describes and claims a novel strain of the Trichoderma citrinoviride fungus NRRL-50452
Transgenic plants expressing a novel polypeptide encoded by a synthetic gene containing immunoprotective sequences of corynevacterium diphteriae exotoxins by detella pertussis and clostridium tetani
The present invention relates to a plant-produced vaccine against diphtheria, pertussis and tetanus known as DPT triple vaccine.
System for expressing and transporting recombinant perplasmid escherichid coli proteins by the Tat secretion pathway.
Sensors for the Detection and Control of Specific Substances for Broad Spectrum Applications: Security, Bio-medical, Agriculture, Quality Control, Water Quality, etc.
The design and construction of these SERS substrates in the implementation of sensors for the detection and control of specific substances for applications in a wide range of sectors, under research and development at IPICYT, has resulted in the routine use of this technique by non-specialists (farmers, doctors, inspectors, quality control), by means of reliable and cost-effective nanostructured substrates, at prices competitive with those available in the market, with portable Raman equipment (point of care) and a library of SERS signals optimized for various specific areas such as Health and Biomedical, Agri-Food, Human Safety, Quality Control in various industries, Water Quality Control, etc.
Nano for Girls, Boys and Young People: Development of Educational Materials for Teaching Nanotechnology
The Nanosciences and Nanotechnology Project for Girls, Boys and Youth, led by the Advanced Materials Division of IPICYT, has developed a complete ecosystem of educational tools in the areas of nanosciences and nanotechnology. This ecosystem includes manuals for children and instructors, a mobile/tablet application, a laboratory practice kit, a website and content on various platforms, as well as augmented and virtual reality experiences. The main objective is to teach concepts, ideas and techniques related to advanced materials. The project is currently in a pilot phase, which encompasses the design and construction of teaching materials, content development, and implementation and field testing of laboratory practices. By aligning with the Sustainable Development Goals, the World Citizen Model, the Circular Economy and the Manifesto 2030, the project seeks to generate a holistic impact on the development of new generations and contribute to a more equitable and sustainable future. It also offers socially responsible companies the opportunity to participate in this education and sustainable development initiative.