The phrase "algal cellulose" is correct and usable in written English.
It can be used in scientific or environmental contexts, particularly when discussing the cellulose derived from algae.
Example: "Researchers are exploring the potential of algal cellulose as a sustainable alternative to traditional plant-based fibers."
Alternatives: "cellulose from algae" or "algae-derived cellulose".
A geometric phase analysis has been applied to high-resolution transmission electron microscopy images from algal cellulose microcrystals.
The hydrogen-bond network in algal cellulose is the bottleneck of algae enzymolysis.
FGKC and DKC are Processed Eucheuma Seaweed (PES) composed mainly of water-soluble molecular carrageenan (k-carrageenan) and insoluble algal cellulose [ 22].
The improvement in algal biomass biodegradability after the hydroxyl radical-aided thermal pretreatment suggests that the pretreatment effectively deconstructed the algal cellulose hydrogen-bond network and crystalline structure.
The three types of algal cellulose correlate well with the arrangements of cellulose synthesizing complexes, i.e., a multiple-row linear type, a consolidated rosette type, and an isolated rosette type, respectively [ 18, 19].
In recent work, Igarashi and coworkers [ 28] reported on the enzymatic digestibility of different crystalline allomorphs of Cladophora cellulose (algal cellulose - predominantly cellulose Iα) by T. reesei Cel7A to be in the following order: cellulose IIII > cellulose Iα > cellulose Iβ.
Subsequently, the structural destruction of algal biomass facilitates cellulose degradation.
The algal species with high cellulose contents showed lower cellulose conversion than those with low cellulose contents.
Marine organisms also produce cold-active enzymes for hydrolysis of starch, cellulose, and algal polysaccharides, which can be employed in bioethanol process.
In general, algal biomass contains lower cellulose content (<20 %) than terrestrial biomass.
Hydroxyl radical-aided thermal pretreatment was used as a novel method to disrupt the hydrogen bonds and cellulose crystallinity in algal biomass, which is beneficial to conversion of the carbohydrates in the algal cell wall into simple sugars by enzymolysis process.
