1. he, z.; chen, w.; hu, k., luo, y.; zeng, w.; he, x.; li, t.; ouyang, j.; li, y.; xie, l.; zhang, y.; xu, q.; yang, s.; guo, m.; zou, w.; li, y.; huang l.; chen, l.; zhang, x.; saiding, q.; wang. r.; zhang, m.; kong, n.; xie, t.; song, x.; tao, w., resolvin d1 delivery to lesional macrophages using antioxidative black phosphorus nanosheets for atherosclerosis treatment. nature nanotechnology 2024, asap.(共一)
2. xie, l.; zhang, l.; hu, k.; hanyu, m.; zhang, y.; fujinaga, m.; minegishi, k.; ohkubo, t.; nagatsu, k.; jiang, c.; shimokawa, t.; ashisuke, k.; okonogi, n.; yamada, s.; wang, f.; wang, r.; zhang, m.-r., a 211at-labelled mglur1 inhibitor induces cancer senescence to elicit long-lasting anti-tumor efficacy. cell reports medicine 2023, 4 (4), 100960. (共一)
3. wang, d.; zhou, j.; fang, w.; huang, c.; chen, z.; fan, m.; zhang, m.-r.; xiao, z.; hu, k.; luo, l., a multifunctional nanotheranostic agent potentiates erlotinib to egfr wild-type non-small cell lung cancer. bioactive materials 2022, 13, 312-323.
4. wang, d.; feng, c.; xiao, z.; huang, c.; chen, z.; fang, w.; ma, x.; wang, x.; luo, l.; hu, k.; tao, w., therapeutic hydrogel for enhanced immunotherapy: a powerful combination of mno2 nanosheets and vascular disruption. nano today 2022, 47, 101673.
5. sun, j.; huangfu, z.; yang, j.; wang, g.; hu, k.; gao, m.; zhong, z., imaging-guided targeted radionuclide tumor therapy: from concept to clinical translation. advanced drug delivery reviews 2022, 190, 114538.
6. hu, k.; wu, w.; xie, l.; geng, h.; zhang, y.; hanyu, m.; zhang, l.; liu, y.; nagatsu, k.; suzuki, h.; guo, j.; wu, y.; li, z.; wang, f.; zhang, m., whole-body pet tracking of a d-dodecapeptide and its radiotheranostic potential for pd-l1 overexpressing tumors. acta pharmaceutica sinica b 2022, 12 (3), 1363-1376.
7. xie, l.; hu, k.; duo, y.; shimokawa, t.; kumata, k.; zhang, y.; jiang, c.; zhang, l.; nengaki, n.; wakizaka, h.; cao, y.; zhang, m.-r., off-tumor ido1 target engagements determine the cancer-immune set point and predict the immunotherapeutic efficacy. journal for immunotherapy of cancer 2021, 9 (6), e002616. (共一)
8. hu, k.; yang, z.; zhang, l.; xie, l.; wang, l.; xu, h.; josephson, l.; liang, s. h.; zhang, m.-r., boron agents for neutron capture therapy. coordination chemistry reviews 2020, 405, 213139.
9. hu, k.; xiong, w.; sun, c.; wang, c.; li, j.; yin, f.; jiang, y.; zhang, m.-r.; li, z.; wang, x.; li, z., self-assembly of constrained cyclic peptides controlled by ring size. ccs chemistry 2020, 2 (1), 42-51.
10. hu, k.; xie, l.; zhang, y.; hanyu, m.; yang, z.; nagatsu, k.; suzuki, h.; ouyang, j.; ji, x.; wei, j.; xu, h.; farokhzad, o. c.; liang, s. h.; wang, l.; tao, w.; zhang, m.-r., marriage of black phosphorus and cu2 as effective photothermal agents for pet-guided combination cancer therapy. nature communications 2020, 11 (1), 2778.
11. hu, k.; jiang, y.; xiong, w.; li, h.; zhang, p.-y.; yin, f.; zhang, q.; geng, h.; jiang, f.; li, z.; wang, x.; li, z., tuning peptide self-assembly by an in-tether chiral center. science advances 2018, 4 (5), eaar5907.
12. hu, k.; geng, h.; zhang, q.; liu, q.; xie, m.; sun, c.; li, w.; lin, h.; jiang, f.; wang, t.; wu, y.-d.; li, z., an in-tether chiral center modulates the helicity, cell permeability, and target binding affinity of a peptide. angewandte chemie international edition 2016, 55 (28), 8013-8017.