polyhydroxyketone

the polyhydroxyketone structure contains multiple carbonyl and hydroxyl groups arranged in a specific pattern.

researchers discovered a novel polyhydroxyketone in marine sponges with potential anticancer properties.

the molecular weight of polyhydroxyketone influences its solubility and reactivity in organic solvents.

industrial chemists have developed efficient methods for polyhydroxyketone synthesis using biocatalytic processes.

polyhydroxyketone derivatives exhibit unique fluorescence properties useful in biomedical imaging.

the metabolic pathway for polyhydroxyketone degradation has been characterized in several bacteria.

natural polyhydroxyketone compounds often serve as defensive toxins in plants and fungi.

the polymerization of polyhydroxyketone monomers creates biodegradable plastics with excellent mechanical properties.

spectroscopic analysis revealed the detailed chemical structure of the polyhydroxyketone polymer.

polyhydroxyketone biosynthesis involves complex enzymatic reactions requiring specific cofactors.

the unique polyhydroxyketone configuration allows for hydrogen bonding with biological molecules.

sustainable production of polyhydroxyketone offers promising alternatives to petroleum-based polymers.