The project has a theoretical and methodological basis for the development of in vitro tests of the dressing for the release of Amoxicillin-Clavulanic Acid. In the Fall 2022 we will start researching the relationship between the concentration of the drug Amoxicillin- Clavulanic Acid and the inhibition of Staphylococcus spp and Staphylococcus aureus bacteria over a 24-hour period. For this, we aim to develop a program using MATLAB software to perform image-processing and to be able to observe the interaction of the antibiotic released by the cellulose over a period of 24 hours. With this code, we aim to obtain a mathematical model to stablish the optimum antibiotic concentration for the bacterial cellulose-based dressing.

The project has been developed in the facilities of the Institute for Technological Development and Innovation (IDIT) of the Universidad Iberoamericana Puebla, where the microbiology and chemistry laboratories where the research labs for the project are located. Bacterial cellulose is an easily obtained biocompatible material, using low-cost elements such as tea, sugar, acetic acid and the inoculum of our bacteria Acetobacter Xylinum. Once the culture medium has been made under sterile conditions and has an adequate maintenance, bacterial cellulose can be produced continuously and in wide extensions according to the research needs, which could benefit us in the future for the implementation of dressings according to the dimensions required by the patient.

At beginings of 2023 I started my own cafetria "Epigrafe" with a friend, I learned a lot of Management, providers and of course, coffee.