##FEATURE ARTICLE: Balogh LP, Are we there yet? [Precis. Nanomed. 2022;5(1):870-878](https://doi.org/10.33218/001c.74009) OPINION _Summary:_ This paper examines the advantages, disadvantages, opportunities, and dangers of using AI Large Language Models (LLMs) like ChatGPT to write scholarly articles in natural sciences. These intelligent and impactful tools may be used for many purposes, both good and bad. There is great potential in applying these tools for science, but they have limited capabilities for now, especially in medicine-related articles. These tools should not be listed as authors or co-authors, and their sole use for overviewing the literature could eliminate citations, potentially leading to a major crisis in academic publishing. [ALTMETRIC and CITATIONS](https://precisionnanomedicine.org/prnano-902023) Markwalter CE, Wang LZ, Sharaf OM, Padakanti P, Esposito M, Wilson BK, Blankemeyer E, Carlin SD, Alavi A, and Prud’homme RK, Polymeric nanocarriers co-encapsulating PET probes and protein therapeutics, [Precis. Nanomed. 2022, 5(4):994-1006](https://doi.org/10.33218/001c.57619) POTENTIAL CLINICAL SIGNIFICANCE _Summary_ Two core-shell-corona nanocarriers with similar sizes and surfaces were prepared by inverse Flash NanoPrecipitation, for 64Cu PET imaging in a murine adenocarcinoma xenograft model . The hydrophobic shell layer in one case was poly(lactic acid), and the other nanocarrier shell was poly(styrene) (PS). It was found that the clearance of the PS nanocarrier occurred in less than 3 hours while the PLA nanocarrier exhibited circulation times greater than 24 hours and enhanced accumulation in the lymphatics and the tumor. [ALTMETRIC and CITATIONS](https://precisionnanomedicine.org/prnano-862022)