On-Chip Nucleic Acid Purification Followed by ddPCR for SARS-CoV-2 Detection von Ma, Cong, Sun, Yimeng, Huang, Yuhang, Gao, Zehang, Huang, Yaru, Pandey, Ikshu, Jia, Chunping, Feng, Shilun, Zhao, Jianlong

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Visualization of the Dynamics of Invasion and Intravasation of the Bacterium That Causes Lyme Disease in a Tissue Engineered Dermal Microvessel Model von Guo, Zhaobin, Zhao, Nan, Chung, Tracy D., Singh, Anjan, Pandey, Ikshu, Wang, Linus, Gu, Xinyue, Ademola, Aisha, Linville, Raleigh M., Pal, Utpal, Dumler, J. Stephen, Searson, Peter C.

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Corrigendum to “Engineering a biopolymer for vascular embolization based on fundamental polymer principals[Polymer 309, (2024) 127437] von Wong, Robert, Sloutski, Aaron, Gopal, Megha, Dashti, Nakisa, Li, Juyi, Rai-Gersappe, Diya, Pandey, Ikshu, Guo, Jessica, Tsai, Esther, Freychet, Guillaume, Peselev, Ziv, Cohn, Daniel, Sadasivan, Chandramouli, Rafailovich, Miriam

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Engineering a biopolymer for vascular embolization based on fundamental polymer principals von Wong, Robert, Sloutski, Aaron, Gopal, Megha, Dashti, Nakisa, Li, Juyi, Rai-Gersappe, Diya, Pandey, Ikshu, Guo, Jessica, Tsai, Esther, Freychet, Guillaume, Peselev, Ziv, Cohn, Daniel, Sadasivan, Chandramouli, Rafailovich, Miriam

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Engineering a biopolymer for vascular embolization based on fundamental polymer principals von Wong, Robert, Sloutski, Aaron, Gopal, Megha, Dashti, Nakisa, Li, Juyi, Rai-Gersappe, Diya, Pandey, Ikshu, Guo, Jessica, Tsai, Esther, Freychet, Guillaume, Peselev, Ziv, Cohn, Daniel, Sadasivan, Chandramouli, Rafailovich, Miriam

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