Bachelor's degree in Biological Sciences from the Botucatu Institute of Biosciences (IBB/UNESP). Master's and PhD candidate in General and Applied Biology (Center of Concentration: Structural and Functional Cell Biology) (CAPES classification 6), under the guidance of Professor Dr. Luis Antonio Justulin Jr., at the IBB's Developmental Biology and Multi-Omics Lab (DBMOL). Focused on the DOHaD concept, during his Scientific Initiation, he investigated the morphophysiological impact of Maternal Protein Restriction and the role of estrogen in the modulation of miRNAs in the rodent prostate. During his Master's degree, he worked on the epigenetic mechanisms of the Developmental Origins of Prostate Cancer, particularly non-coding RNAs. Currently, he is dedicated to understanding the prostate microenvironment reprogrammed by estrogenic imprinting. The work tools used are: histotechniques and staining, in silico analyses (transcriptome, microRNome and proteomics) and integration with clinical data from patients with Prostate Cancer, RT-qPCR, cell culture (siRNA, MTT, Wound Healing, 3D ECM Production, survival assay and isolation of cells in primary culture), confocal and electron microscopy, western blot and zymography. (Source: Lattes Curriculum)
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The DOHaD approach (Developmental Origins of Health and Disease) seeks to establish the correlation between the incidence of diseases in adult life and in aging in view of the events suffered during early development. One of his most used models for DOHaD studies is the submission of rodents to maternal protein restriction (PMR). Experimental studies have already shown that it is responsi…
The DOHaD (Developmental Origin of Health and Disease) approach seeks to establish the correlation between the incidence of diseases in adult life and in aging facing the events suffered during the beginning of development. One of its most used models for DOHaD studies is the rodent submission maternal protein restriction (PMR). Experimental studies have already shown that PMR is responsi…
Adverse gestational conditions can lead to irreversible morphofunctional changes in the fetus, a phenomenon known as Fetal Programming (FP). Protein restriction in utero, a widely studied model of FP, is responsible for low birth weight and development of insulin resistance and type II diabetes in adulthood. PF also change levels of steroid hormones and growth factors, and these events ha…
The pancreas, a crucial organ implicated in digestion and blood sugar regulation, is frequently impacted by aggressive forms of cancer that exhibit rapid dissemination to neighboring tissues and organs. Pancreatic cancer poses a considerable challenge for early detection, often resulting in delayed diagnoses and advanced disease stages, thereby contributing to elevated mortality rates. Pr…
| 3 / 3 | Completed scholarships in Brazil |
| 1 / 1 | Completed scholarships abroad |
| 4 / 4 | All Scholarships |
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