Redox regulation in chloroplasts is a fundamental process that ensures the optimal performance of photosynthesis through the reversible modification of key enzymes. Central to this mechanism is the ...
Enzymes help with specific functions that are vital to the operation and overall health of the body. They help speed up chemical reactions in the human body. They are essential for respiration, ...
This figure illustrates the electrochemical wiring of a redox enzyme via a redox-active MOF, enabling efficient electron transfer. The MOF facilitates enzyme immobilization while maintaining catalytic ...
Many enzymes involved in photosynthesis possess highly conserved cysteine residues that serve as redox switches in chloroplasts. These redox switches function to activate or deactivate enzymes during ...
The Calvin–Benson cycle of carbon dioxide fixation in chloroplasts is controlled by light-dependent redox reactions that target specific enzymes. Of the regulatory members of the cycle, our knowledge ...
A new paper reports a truly radical development: Researchers designed a metalloprotein that can stabilize a reactive organic radical that is not normally stable in water. The work is a first step ...
Some such functions include helping animals digest more nutrients or improving the flavor or capabilities of food. For instance, enzymes are used to tenderize meat, to increase the shelf life of ...
As the world’s population increases and squeezes limited resources, everyone will have to do more with less – and one tool that can help with this is enzymes, such as those made by Novozymes. At IFT’s ...
Scientists at the University of Basel in Switzerland have created artificial organelles (AOs) that can function as tiny intracellular implants in living organisms. When tested in zebrafish embryos, ...
A study led by University of Cincinnati Cancer Center researchers sheds new light on the mechanisms by which a major oncogene promotes and sustains lymphoma development and progression, paving the way ...
University of Cincinnati Cancer Center study sheds light on enzyme’s role in driving lymphoma growth
A study led by University of Cincinnati Cancer Center researchers sheds new light on the mechanisms by which a major oncogene promotes and sustains lymphoma development and progression, paving the way ...
Results that may be inaccessible to you are currently showing.
Hide inaccessible results
Feedback