This paper examines the shaping factors, drivers, and impact credentials of students’ entrepreneurial intention during the COVID-19 pandemic. The proposed framework addresses the antecedents of entrepreneurial intention among students in Romania, focusing on three focal constructs, namely, risk-taking, proactiveness, and innovativeness, with a keen focus on the mediation effect of the entrepreneurial university environment. The study used self-reported data collected through an online questionnaire during November 2020–February 2021 from a sample of 1,411 students in western Romania. The methodology relies on (...) two modern techniques of modeling cross-sectional data, namely, structural equation modeling and Gaussian graphical models. The main results highlight that the three constructs positively relate to students’ entrepreneurial intention in a comprehensive framework where the entrepreneurial university environment drives innovativeness. The paper brings forward, in an innovative way, that entrepreneurship education and training at the university level enhance students’ entrepreneurial intentions as it fosters the attainment of advanced knowledge and skills. The results are well associated with the start-up process as prerequisites for successful entrepreneurship engagement of youth in a globalized digital economy, particularly during this challenging pandemic outbreak, but also post-pandemic times. This research sheds new light on the essential role played by higher education institutions in providing advanced knowledge and necessary skills matched with the labor market needs, thus enhancing students’ innovativeness and their entrepreneurial intentions. (shrink)

God revealed to man during the history of his salvation in two ways: through word and through image. In other words, the divine message was addressed to the hearing and seeing of man. In the second case, revelation was achieved in a complete form. Man was part of a theophanic act, he was enveloped by the divine light and with the help of his spiritual eyes he was able to see, as much as it was permitted, God who is light. (...) This light was not completely strange to man, even though he could not see it with his physical eyes. The uncreated light that God made even from the first day of creation did not disappear when the great light were put in the sky. It had the purpose to arrange creation and to be the environment within which man could meet God and talk to Him face to face. Even though the fall took man out of sight, God established that from time to time this bright environment should be revealed to man in order to call him back to the life within light. These presentations of the Lord in the light of His glory continued after His incarnation. The mystical experiences of the Fathers of the Church constitute a testimony to this respect. But seeing this divine light is not reserved exclusively to the mystics, but may be experienced, partly, by the faithful nowadays. The present study endeavours to provide contemporary man with the necessary premises to experience the sight of the deifying light by means of religious imagery. Whether we have in view icons painted on wood or walls or stained glass imagery, they all contain, hidden within, the kind of light which, once experienced, illuminates man and fills him with light. (shrink)

Protein ubiquitination constitutes a post‐translational modification mediated by ubiquitin ligases whereby ubiquitinated substrates are degraded through the proteasomal or lysosomal pathways, or acquire novel molecular functions according to their “ubiquitin codes.” Dysfunction of the ubiquitination process in cells causes various diseases such as cancers along with neurodegenerative, auto‐immune/inflammatory, and metabolic diseases. KCTD10 functions as a substrate recognition receptor for cullin‐3 (CUL3), a scaffold protein in RING‐type ubiquitin ligase complexes. Recently, studies by ourselves and others have identified new substrates that are (...) ubiquitinated by the CUL3/KCTD10 ubiquitin ligase complex. Moreover, the type of polyubiquitination (e.g., K27‐, K48‐, or K63‐chain) of various substrates (e.g., RhoB, CEP97, EIF3D, and TRIF) mediated by KCTD10 underlies its divergent roles in endothelial barrier formation, primary cilium formation, plasma membrane dynamics, cell proliferation, and immune response. Here, the physiological functions of KCTD10 are summarized and potential mechanisms are proposed. (shrink)