Locate family members with the last name DI-COMITE.

Amelia Di Comite is an academic who published a paper in 2023-06-15 entitled Fulminant echovirus 11 hepatitis in male non-identical twins in northern Italy, April 2023. The paper was published in a journal entitled Eurosurveillance.

M. DI COMITE is an academic who published a paper in 2015 entitled Irisin, the novel myokine responsible for benefits of physical exercise on bone. M. DI COMITE published this work as part of a team: Colaianni, G.. Here is a description of this work: It has been recently reported that, after physical exercise activity, the skeletal muscle releases Irisin, the newly identified myokine able of driving transition of white adipocytes into brown, following a phenomenon known as the browning response. This result suggested that skeletal muscle is crucial in the regulation of energy homeostasis, supporting its role as endocrine organ that targets adipose tissue by promoting energy expenditure. In accordance with this new finding, we demonstrated that conditioned media (CM) collected from primary myoblasts of exercised mice were able to induce osteoblast differentiation in a greater extent than those of mice housed in resting conditions and this effect is Irisin-mediated. In view of further proving the involvement of Irisin in bone metabolism, we validate its direct effect on osteoblasts by u.

Mariasevera Di Comite is an academic who published a paper in 2015-06-04 entitled Quantitative Analysis of Defects at the Dentin-Post Space in Endodontically Treated Teeth. The paper was published in a journal entitled Materials.

Maria Severa Di Comite is an academic who published a paper in 2024-07-09 entitled Evaluation of Biomarkers of Bone Metabolism on Salivary Matrix in the Remodeling of Periodontal Tissue during Orthodontic Treatment. The paper was published in a journal entitled Dentistry Journal.

MARIASEVERA DI COMITE is an academic who published a paper in 2017 entitled LIGHT/TNFSF14 affects basal bone remodeling. MARIASEVERA DI COMITE published this work as part of a team: Brunetti, Giacomina. Here is a description of this work: LIG,,T (TNFSF14), expressed by different cells of the immune system, binds two trans-membrane receptors: HVEM and LTβR. It is over-expressed in erosive rheumatoid arthritis and lytic myeloma-bone disease and controversial data have been published on its role in osteoclast (OC) formation in vitro. Here, we investigated the role of LIGHT on in vitro murine osteoclastogenesis model and bone phenotype in LIGHT-/, mice. Firstly, we showed that murine macrophages stimulated with LIGHT alone did not differentiate into OCs. Interestingly, the presence of LIGHT and sub-optimal RANKL concentration displayed synergic effects on OC formation through the early and sustained activation of Akt, NFκB and JNK pathways. Secondly, by microCT we found that the femurs of LIGHT-KO mice exhibited a 30% (p<,0. 01) decrease in trabecular BV/TV due to a significant reduction in trabecular thickness and num.

SEVERA DI COMITE is an academic who published a paper in 2015 entitled Irisin injected mice display increased tibial cortical mineral density and polar moment of inertia. SEVERA DI COMITE published this work as part of a team: Colaianni, Graziana. Here is a description of this work: It has been recently reported that, after physical activity, the skeletal muscle releases Irisin, the newly identified myokine able of driving transition of white adipocytes into brown [1]. This result supported the role of skeletal muscle as endocrine organ, suggesting that it could target other tissues besides adipose tissue. In our previous work, we demonstrated that conditioned media collected from primary myoblasts of exercised mice were able to increase OB differentiation and this effect was Irisinmediated [2]. Here we show that Irisin has positive effect on cortical mineral density and geometry in vivo. Young male mice were injected with r-Irisin and cortical bone adaptation was analyzed by micro-CT at tibial midshaft. Our results show that cortical tissue mineral density is significantly increased in Irisi.