Semi-synthetic hydrogenase

Sinochem New Network News: Researchers at the Institute of Photobiotechnology at Ruhr University in Bochum, Germany, have developed a groundbreaking technology for producing bioactive hydrogenase through semi-synthetic methods. This innovative approach combines biotechnology with chemical synthesis, opening new pathways for large-scale hydrogen production. The team mimics the natural structure and formation process of the catalytic centers found in hydrogenases. They first synthesize clusters of iron atoms connected with carbon monoxide and cyanide groups. These clusters act as "transplantable" components that can be integrated into specific protein scaffolds. By combining these synthetic iron-based structures with non-catalytically active enzyme precursors, they successfully transferred the artificial iron-iron biocatalytic centers into biological enzyme molecules. The result is a semi-synthetic hydrogenase that exhibits catalytic activity identical to its natural counterpart. This method offers significant advantages over traditional approaches. Enzymatic hydrogen production is more energy-efficient and environmentally friendly, eliminating the need for expensive metal catalysts. As a result, it has the potential to drastically reduce production costs. However, despite these benefits, obtaining large quantities of hydrogenase remains a major challenge in the field. With this new technique, scientists are one step closer to making sustainable hydrogen production more viable and accessible. The research not only advances our understanding of hydrogenase function but also paves the way for future industrial applications in green energy technologies.

Grow Light With Controller

The controller features various adjustable parameters such as light intensity, duration, and color temperature. Users can easily program the lights to simulate natural sunlight or create specific lighting conditions for optimal plant development. The controller also offers the convenience of scheduling lighting cycles, ensuring plants receive consistent and appropriate light exposure.

The function of the controller for plant lights is to control the switch, brightness, spectrum and light time of the lamp to meet the needs of plant growth. Through the controller, suitable light conditions can be set according to different plant species and growth stages, providing suitable light energy supply, promoting plant photosynthesis and growth and development. The controller can also adjust the brightness and spectrum of the lamp as needed to simulate different natural lighting conditions and help plants grow in different environments. In addition, the controller can also set the lighting schedule, automatically control the switch of the light, realize the function of turning the light on and off at a certain time, provide a stable lighting environment, and facilitate the management and care of plants. In short, the controller is an important part of the plant lamp, which can effectively control the parameters of the lamp, provide suitable lighting conditions for the plant, and promote the healthy growth of the plant.

full spectrum led grow light 730w,cheap 1000w led grow lights,green fingers 1000w led grow light review

Shenzhen Pvison Technology Co., Ltd. , https://www.pvisunggrowlight.com