Using a 1D cardiovascular model, the results of 10.1002/cnm.2598 are reproduced. The same blood vessel network is replicated, an endograft and endoleak are modeled. Results are discussed and compared with the scientific literature in a 20-page report that meets the formatting requirements for paper submission.
An aortic valve stenosis is simulated using a closed-loop model, also taking into account the influence of baroreflex. In a 20-minute presentation, the main pressure indexes, as well as flow and pressure curves, are discussed, comparing what was obtained with the literature.
Two models of tumor dynamics, immunotherapy and chemotherapy response, are studied. The results are reproduced and their accuracy and realism are discussed by comparing them with the scientific literature. The conclusions of the study are outlined in a 34-page report and a 48-slide presentation.
Computational complexity of DNA sequence processing algorithms is studied by developing and analyzing Python functions. These functions identify frequent k-mers and their point mutations and locate specific SPET positions in DNA sequences. Theoretical complexity analysis and practical benchmarking are conducted to evaluate the performance of these algorithms.