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Kehou Pan on Muck Rack

Kehou Pan

As seen in: Nature, Royal Society of Chemistry
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Articles

A novel Porphyra enzymatic hydrolysate modulates gut microbiota and enhances propionate production to alleviate osteoarthritis

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By Qingyang Fu, Yuhao Sun, Huanhuan Chen, Jincheng Liu, Mingyu Xu, Junfei Chen, Xu Zhai, Chunlin Li, Kehou Pan, Changhu Xue, Yaoguang Chang, Kaidi Wang, Lanxia Wu
| Nature Verified
Abstract Osteoarthritis (OA) is a global health challenge with limited nutritional and therapeutic options. Porphyra, an edible-medicinal red alga rich in bioactive compounds with gut-modulating properties, yet remains underutilized as most products are low-value preliminary processed goods. Enzymatic hydrolysis represents a promising strategy to improve the processing and functional utilization of Porphyra.
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Tentative Identification of Key Factors Determining the Hemostatic Efficiency of Diatom Frustule

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By Lulu Wang, Kehou Pan, Lin Zhang, Chengxu Zhou
| Royal Society of Chemistry Verified
Tentative Identification of Key Factors Determining the Hemostatic Efficiency of Diatom Frustule Lulu Wang, Kehou Pan, Lin Zhang, Chengxu Zhou, Yun Li, Baohua Zhu and Jichang Han Abstract It is increasingly essential to develop excellent material for rapid hemorrhage control. Our previous study showed that the centric diatom frustules were superior to QuikClot® in hemostasis, however, related studies in pennate diatoms are still scarce.
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Influence of physicochemical characteristic of diatom frustules on hemorrhage control

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By Lulu Wang, Jing Li, Yun Li Verified, Kehou Pan
| Royal Society of Chemistry Verified
Influence of physicochemical characteristic of diatom frustules on hemorrhage control Uncontrollable hemorrhage is the main cause of death in military and civilian accident. It is necessary and urgent to develop a safe and efficient hemostatic material. In this study, the hemostatic performance of frustules of three centric diatom species (Thalassiosira weissflogii, Thalassiosira sp., and Cyclotella cryptica) with similar shape and different size was investigated. The complicated structure of T.
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