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Bipin Pandey

BBSRC Discovery Fellow, Faculty of Science

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Biography

Dr. Bipin Pandey is BBSRC Discovery Fellow at University of Nottingham. His main focus is to discover novel root adaptive responses and signals which provide greater access to nutrients and water in poor soils. Recently, we discovered that ethylene acts as a key signal to sense soil compaction (Pandey et al., 2021, Science & Huang et al., 2022, PNAS). Moreover, he co-discovered that how the hormone auxin plays a key role during low phosphate stress by promoting hair elongation (Bhosale, et al, 2018, Nature Comms; Giri et al, 2018, Nature Comms). Dr. Bipin Pandey is employing multidisciplinary approaches to uncover the mechanism of root growth underpinning the root adaptive responses in poor and problematic soils.

Expertise Summary

Imaging expertise of root soil interactions at molecular, cellular and whole plant scale in different soil conditions.

Recent Publications

  • QIN, HUA, PANDEY, BIPIN K, LI, YUXIANG, HUANG, GUOQIANG, WANG, JUAN, QUAN, RUIDANG, ZHOU, JIAHAO, ZHOU, YUN, MIAO, YUCHEN, ZHANG, DABING, BENNETT, MALCOLM J and HUANG, RONGFENG, 2022. Orchestration of ethylene and gibberellin signals determines primary root elongation in rice. The Plant cell.
  • HUANG, GUOQIANG, KILIC, AZAD, KARADY, MICHAL, ZHANG, JIAO, MEHRA, POONAM, SONG, XIAOYUN, STURROCK, CRAIG J, ZHU, WANWAN, QIN, HUA, HARTMAN, SJON, SCHNEIDER, HANNAH M, BHOSALE, RAHUL, DODD, IAN C, SHARP, ROBERT E, HUANG, RONGFENG, MOONEY, SACHA J, LIANG, WANQI, BENNETT, MALCOLM J, ZHANG, DABING and PANDEY, BIPIN K, 2022. Ethylene inhibits rice root elongation in compacted soil via ABA- and auxin-mediated mechanisms. Proceedings of the National Academy of Sciences of the United States of America. 119(30), e2201072119
  • FUSI, RICCARDO, ROSIGNOLI, SERENA, LOU, HAOYU, SANGIORGI, GIUSEPPE, BOVINA, RICCARDO, PATTEM, JACOB K, BORKAR, ADITI N, LOMBARDI, MARCO, FORESTAN, CRISTIAN, MILNER, SARA G, DAVIS, JAYNE L, LALE, ANEESH, KIRSCHNER, GWENDOLYN K, SWARUP, RANJAN, TASSINARI, ALBERTO, PANDEY, BIPIN K, YORK, LARRY M, ATKINSON, BRIAN S, STURROCK, CRAIG J, MOONEY, SACHA J, HOCHHOLDINGER, FRANK, TUCKER, MATTHEW R, HIMMELBACH, AXEL, STEIN, NILS, MASCHER, MARTIN, NAGEL, KERSTIN A, DE GARA, LAURA, SIMMONDS, JAMES, UAUY, CRISTOBAL, TUBEROSA, ROBERTO, LYNCH, JONATHAN P, YAKUBOV, GLEB E, BENNETT, MALCOLM J, BHOSALE, RAHUL and SALVI, SILVIO, 2022. Root angle is controlled by EGT1 in cereal crops employing an antigravitropic mechanism. Proceedings of the National Academy of Sciences of the United States of America. 119(31), e2201350119
  • MEHRA, POONAM, PANDEY, BIPIN K., VERMA, LOKESH, PRUSTY, ANKITA, SINGH, AJIT PAL, SHARMA, SHIVAM, MALIK, NAVEEN, BENNETT, MALCOLM J., PARIDA, SWARUP K., GIRI, JITENDER and TYAGI, AKHILESH K., 2022. OsJAZ11 regulates spikelet and seed development in rice PLANT DIRECT. 6(5),

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