A slow-release oxygen composite based on sulfur/CaO for sustained in-situ ammonia degradation form farmland drainage.

The in-situ nitrification process continuously requires a stable supply of oxygen. However, the application of conventional oxygen-releasing materials is limited by its high alkalinity and rapid oxygen release rates. In this study, a novel sulfur-based slow-release oxygen material (SOSM) was designed to address these challenges.

Essential role of bromodomain proteins in renal cell carcinoma (Review).

Histone alterations are a hallmark of kidney cancer. Histone acetylation modification mediated by bromodomain proteins (BRD) has been indicated to be related to a variety of cancer types and several targeted inhibitors have been proven to be promising modalities for cancer adjuvant therapy. As renal cell carcinoma (RCC) is not sensitive to radiotherapy or chemotherapy, the exploration of effective adjuvant therapies remains an important research direction for advanced RCC.