Graduated in Veterinary Medicine from FMVZ - USP, São Paulo, SP (1989); Residency in Large Animal Surgery (1990) at FMVZ - Unesp; Master's Degree in Medical Pathophysiology (1994) at the same institution; PhD in Medical Pathology (1998) from the Faculty of Medicine of Unesp; Professor in Large Animal Surgery after Public Tender held in 2008 by FMVZ - Unesp; Associate Professor III through Progression in the Teaching Career Plan at Unesp, obtained in 2014, by FMVZ-Unesp and Full Professor after a Public Tender by FMVZ-Unesp in 2022. He completed a 1-year Post-Doctorate at the Royal Veterinary College - University of London (2010/2011), under the supervision of Prof. Roger K W Smith, in the area of Equine Orthopedics and Regenerative Medicine. She is currently a Full Professor in Large Animal Surgery, being Coordinator of the Postgraduate Program in Animal Biotechnology at FMVZ Unesp (Capes - grade 5); Researcher at CNPq, level 1D; Teaches classes to students in the 3rd, 4th and 5th years of Veterinary Medicine and Postgraduate courses; Coordinates 5 research projects, with international collaborations; Performs University Extension work in the areas of Large Animal Clinic and Surgery (since 1992) and Regenerative Medicine (since 2005), in the form of clinical surgical care, consultation with veterinarians, theoretical-practical courses and assistance to schools in the city of Botucatu . His current research area is Orthobiological Therapy and Tissue Repair, with a focus on Veterinary Orthopedics. He is the leader of the Regenerative Therapy Research Group. She was President of the Research Commission of FMVZ - Unesp and elected Member of the Central Chamber of Research of Unesp, exercising the position of Vice-President of the Central Chamber of Research of Unesp. She is a Research Fellow at CNPq, level 2 since 2006. She has published 150 articles in specialized journals. and numerous works in annals of events. Received 8 recent awards and/or honors. (Source: Lattes Curriculum)
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Pain is the main cause of animal suffering. It is not possible to treat pain without identifying the phenomenon, hence the importance of validated tools to guarantee a precise evaluation of pain and the qualitative and temporal effect of analgesics. Once pain is precisely evaluated, the other challenge is to search for new therapeutic strategies to provide antialgic therapy. We propose tw…
Mesenchymal stem cells (MSC) have been used in the treatment of osteoarthritis (OA), with satisfactory outcomes. However, a major problem that must be overcome before it can be effectively implemented into the clinical setting is a suitable delivery system that can retain an optimal quantity of the cells at the articular joint for a maximal clinical benefits system that will give a mecha…
Osteoarthritis is one of the most prevalent causes of lameness in horses, and it is associated with poor performance, physical incapacity and early retirement of sport horses. Articular cartilage is the key target of the degenerative disorders of osteoarthritis. Nowadays studies have attempted to overcome barriers of the articular cartilage repair. The cell therapy and biomaterials used a…
(Only some records are available in English at this moment)
Currently, there is an intense search for biocompatible materials that are osteoconductive, osseointegrative, with good biomechanical resistance and low elastic modulus, to be used safely as orthopedic implants. Therefore, the objective is to evaluate the osteogenic, osseointegrative and biomechanical potential of the titanium, niobium and tin alloy (Ti-Nb-Sn) system with a high degree of…
Tendinopathies are significative among musculoskeletal injuries in both humans and animals. The treatments used in this disease are not very effective in producing scar tissue of similar quality to the previous one and in reducing the rates of recurrences. New therapies are being tested with the aim of achieving better results such as the use of mesenchymal stem cells (MSCs), bioinks used…
Currently, the application of innovative biotechnologies can be observed in the seeking for an understanding of the developmental processes of musculoskeletal system diseases. These processes generate public health issues in humans and reduce life expectancy in humans and animals. In scientific research that use equine experimental model in orthopaedic diseases, such as Osteoarthritis, th…
One of the most surgical challenges in orthopedics is that the stem cells that are attracted to the injured region are able to differentiate into bone tissue and promote the integration of the prosthesis with the new-formed bone. Well-known that titanium (Ti) alloys are indicated because of their superior strength compared to another alloy. In this way, aiming to the ability of stem cells…
(Only some records are available in English at this moment)
The propose of this work is to evaluate the mechanical characteristics of the synthesized Titanium alloy using Niobium and Tin elements as alloying elements to reduce stiffness and approach bone tissue, and by adding magnesium to promote porosity formation and increase the biocompatibility. In addition the same alloy will be synthesized, but without the addition of magnesium, as a control…
| 1 / 1 | Ongoing research grants |
| 9 / 5 | Completed research grants |
| 1 / 1 | Ongoing scholarships in Brazil |
| 20 / 11 | Completed scholarships in Brazil |
| 1 / 1 | Completed scholarships abroad |
| 32 / 19 | All research grants and scholarships |
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CV Lattes
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