Most weight lost with GLP-1 obesity drugs came from fat, while relative muscle mass was largely preserved. GLP-1 obesity drugs can lead to substantial weight loss, but an important question is what the body is actually losing. New research presented at the European Congress on Obesity (ECO2026) suggests that 80-85% of weight lost during treatment […]
Nickel Catalysts Don’t Work the Way Scientists Thought
A hidden atomic structure formed on nickel oxide could enable powerful methane catalysts that use 10 times less nickel. Producing syngas efficiently from methane could become easier with a better understanding of what actually drives the reaction at the atomic level. Partial oxidation of methane (POM) is considered a promising industrial method for making syngas, […]
Nickel Catalysts Don’t Work the Way Scientists Thought
A hidden atomic structure formed on nickel oxide could enable powerful methane catalysts that use 10 times less nickel. Producing syngas efficiently from methane could become easier with a better understanding of what actually drives the reaction at the atomic level. Partial oxidation of methane (POM) is considered a promising industrial method for making syngas, […]
Nickel Catalysts Don’t Work the Way Scientists Thought
A hidden atomic structure formed on nickel oxide could enable powerful methane catalysts that use 10 times less nickel. Producing syngas efficiently from methane could become easier with a better understanding of what actually drives the reaction at the atomic level. Partial oxidation of methane (POM) is considered a promising industrial method for making syngas, […]
Nickel Catalysts Don’t Work the Way Scientists Thought
A hidden atomic structure formed on nickel oxide could enable powerful methane catalysts that use 10 times less nickel. Producing syngas efficiently from methane could become easier with a better understanding of what actually drives the reaction at the atomic level. Partial oxidation of methane (POM) is considered a promising industrial method for making syngas, […]
Nickel Catalysts Don’t Work the Way Scientists Thought
A hidden atomic structure formed on nickel oxide could enable powerful methane catalysts that use 10 times less nickel. Producing syngas efficiently from methane could become easier with a better understanding of what actually drives the reaction at the atomic level. Partial oxidation of methane (POM) is considered a promising industrial method for making syngas, […]
Nickel Catalysts Don’t Work the Way Scientists Thought
A hidden atomic structure formed on nickel oxide could enable powerful methane catalysts that use 10 times less nickel. Producing syngas efficiently from methane could become easier with a better understanding of what actually drives the reaction at the atomic level. Partial oxidation of methane (POM) is considered a promising industrial method for making syngas, […]
Nickel Catalysts Don’t Work the Way Scientists Thought
A hidden atomic structure formed on nickel oxide could enable powerful methane catalysts that use 10 times less nickel. Producing syngas efficiently from methane could become easier with a better understanding of what actually drives the reaction at the atomic level. Partial oxidation of methane (POM) is considered a promising industrial method for making syngas, […]
Nickel Catalysts Don’t Work the Way Scientists Thought
A hidden atomic structure formed on nickel oxide could enable powerful methane catalysts that use 10 times less nickel. Producing syngas efficiently from methane could become easier with a better understanding of what actually drives the reaction at the atomic level. Partial oxidation of methane (POM) is considered a promising industrial method for making syngas, […]
Nickel Catalysts Don’t Work the Way Scientists Thought
A hidden atomic structure formed on nickel oxide could enable powerful methane catalysts that use 10 times less nickel. Producing syngas efficiently from methane could become easier with a better understanding of what actually drives the reaction at the atomic level. Partial oxidation of methane (POM) is considered a promising industrial method for making syngas, […]