海角黑料

Contact

• workRoom C31 Plant Sciences
  Sutton Bonington Campus
  Sutton Bonington
  Leicestershire
  LE12 5RD
  UK
• work0115 951 6284
• fax0115 951 6334
• ranjan.swarup@nottingham.ac.uk

Biography

Dr Ranjan Swarup

Associate Professor in Plant and Crop Sciences

Dr Ranjan Swarup is a Plant Molecular Biologist and a world renowned expert on hormone regulated root development, authoring many highly cited papers describing the mechanisms controlling the regulation of auxin transport (Dharmasiri, Swarup et al 2006, Science, Peret et al Plant Cell 2012), root angle (Swarup et al, Nature Cell Biology, 2005), lateral root emergence (Swarup et al, Nature Cell Biology 2008) and root hair development (Jones et al, Nature Cell Biology, 2009; Bhosale et al Nature Communications 2018; Giri et al Nature Communications, 2018). He is currently leading a BBSRC-LINK grant investigating the role of phosphite in promoting plant development. Working with several industrial partners, his group has shown that foliar application of phosphite based formulations consistently enhances root growth and development in a range of crops (Rossall et al Acta Horticulturae, 2016). The current finding of the grant are summarised in a white paper that can be accessed here.

Expertise Summary

Root and Lateral root Development, Root Gravitropism, Protein Trafficking, Auxin Transport, AUX/LAX proteins, AXR4, ER Accessory Proteins, Non Protein Coding RNA, in situ mmunolocalisation, Confocal Microscopy, Biostimulants.

Teaching Summary

• Module convenor (4 modules)

BIOS4128 Cell Factories

BIOS3037 Molecular Biological Laboratory Skills

BIOS2082 Research Skills for Biotechnologists

BIOS2027 Molecular Biology and the Dynamic Cell

• Other PG Modules

BIOS4010 Plant Cell Signalling

BIOS4127Advanced Molecular Methods in Biotechnology

• Other UG Modules

BIOS3016 Plant Cell Signalling

BIOS1028 Academic Development and Employability'

BIOS1017 Plant Science research tutorials

BIOS1009 Biochemistry The Building Blocks of Life

BIOS1003 Plant Science

Research Summary

Global food security is one of the biggest challenges facing world agriculture. Significant improvements in crop yields are urgently required to meet the 50% increase in world population by 2050.… read more

Recent Publications

• CAINE, ROBERT S., YIN, XIAOJIA, SLOAN, JENNIFER, HARRISON, EMILY L., MOHAMMED, UMAR, FULTON, TIMOTHY, BISWAL, AKSHAYA K., DIONORA, JACQUELINE, CHATER, CASPAR C., COE, ROBERT A., BANDYOPADHYAY, ANINDYA, MURCHIE, ERIK H., SWARUP, RANJAN, QUICK, W. PAUL and GRAY, JULIE E., 2019. NEW PHYTOLOGIST. 221(1), 371-384
• SWARUP R and BHOSALE R, 2019. Frontiers in plant science. 10, 1306
• SILVA-NAVAS J, CONESA CM, SAEZ A, NAVARRO-NEILA S, GARCIA-MINA JM, ZAMARRE脩O AM, BAIGORRI R, SWARUP R and DEL POZO JC, 2019. The New phytologist. 224(1), 242-257
• MOHAMMED U, CAINE RS, ATKINSON JA, HARRISON EL, WELLS D, CHATER CC, GRAY JE, SWARUP R and MURCHIE EH, 2019. Scientific reports. 9(1), 5584

• View all publications

Current Research

Global food security is one of the biggest challenges facing world agriculture. Significant improvements in crop yields are urgently required to meet the 50% increase in world population by 2050. Root architecture impacts the efficient uptake of nutrients, minerals and water from the soil. A greater understanding of the molecular and cellular mechanisms that control root architectural traits like root hair development (Bhosale et al Nature Communications 2018; Giri et al Nature Communications, 2018), lateral root development (Swarup et al 2008, Nature cell Biology, 10, 946-954) and root gravitropism (Swarup et al Science, 2006; Swarup et al Nature Cell Biology 2005) are likely to identify key regulators that may provide the tools to design novel strategies for future crop improvement programmes.

There are three major themes in my lab.

A. BIOSTIMULANTS

One of the key areas of research in my lab is root development and its impact on above ground physiology. I am currently leading a BBSRC-LINK grant investigating the role of phosphite-a plant biostimulant- in promoting plant development. Working with several industrial partners, my group has shown that foliar application of phosphite based formulations consistently enhances root growth and development in a range of crops (Rossall et al, 2016, Acta Horticulturae). This can have great implications for enhancing farm yield in a sustainable manner.

Our results show that low doses of phosphite promote root growth and improve resource use efficiency and thus is likely to have a direct impact on farm income leading to improved nutritional, financial and social stability. This facilitates entry to a new area of precision farming where traits may be deliberately manipulated via application of non harmful chemicals.

We recently have created a white paper summarising key findings of this grant: Further information can be accessed using the links below:

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B. AUXIN AND AUXIN TRANSPORT

Another key area of research in my lab is auxins. Auxin is a key plant hormone regulating various aspects of plant growth and development. My work has focussed around AUX/LAX gene family that encodes high affinity auxin transporters which facilitate auxin transport. Recently, in collaboration with Malcolm Bennet group, we have shown that auxin influx carriers are required for low Phosphorus mediated root hair elongation response in Arabidopsis and rice (Bhosale et al 2018, Nature communications; Giri et al 2018, Nature Communications).

My work has previously shown that AUX/LAX proteins are located on the plasma membrane (PM). My work on AUX1 provided evidence that AUX1 PM localisation is mediated by AXR4 (Swarup et al Science, 2006). Currently my group is focusing on rice homolog of AXR4. Using genetic and functional complementation approaches, my group has shown that rice AXR4 is a functional homolog of Arabidopsis AXR4 (manuscript under preparation).

Our group has also been investigating molecular mechanisms regulating lateral root development. Auxin is one of the key hromones regulating lateral root development. We have previuosly shown that auxin influx carrier LAX3 plays a key role in lateral root emergence (Swarup et al 2008, Nature Cell Biology).

In recent years we have been involved in very detailed gene expression profiling during lateral root organogenesis and generated data sets for wild type and in the mutant backgrounds of four key regulators of lateral root development (ARF7, ARF19, LBD16 and LBD29). A number of candidate genes are currently been investigated for their role in lateral root development.

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C. SHOOT AND ROOT CROSS TALK

One of the key areas of research in my lab is root and shoot signalling. As a proof of concept study in collaboration with Erik Murchie and Julie Gray (Sheffield University), we have manipulated stomata numbers in rice to reduce water loss and show that this results in improved tolerance to drought (Mohammed et al, 2018, Scientific Report).

------------------------------------------------------------------------------------------------------------------------------------------------Selected Publications

Swarup R and Bhosale R (2019) Developmental roles of AUX1/LAX auxin Influx carriers in plants. Frontiers in Plant Science, 10:1306.

Swarup R and Denyer T (2019) miRNAs in plant development. In: Annual Plant Reviews, Vol 2, J Roberts (ed) John Wiley & Sons, Ltd.

Silva-Navas J, Conesa CM, Saez A, Navarro-Neila S, Garcia-Mina JM, Zamarre帽o AM, Baigorri R, Swarup R, and Del Pozo JC (2019) Role of cis-zeatin in root responses to phosphate starvation. New Phytologist doi: 10.1111/nph.160202019.

Mohammed U, Caine RS, Atkinson JA, Wells D, Chater CC, Gray JE, Swarup R, Murchie EH (2019) Rice plants overexpressing OsEPF2 show reduced stomatal density and increased root cortical aerenchyma formation. Scientific Report (Nature) 9:5584.

Caine RS, Sloan J, Harrison EL, Mohammed U, Fulton T, Biswal AK, Dionora J, Chater CC, Coe RA, Bandyopadhyay A, Murchie E, Swarup R, Quick P and Gray JE (2018) Rice with reduced stomatal density conserves water and has improved drought tolerance under future climate conditions. New Phytologist, 221, 371-384.

Bhosale R, Giri J, Pandey BK, Giehl RFH, Hartmann A, Traini R, Truskina J, Leftley N, Hanlon M, Swarup K, Rashed A, Vo脽 U, Alonso J, Stepanova A, Yun J, Ljung K, Brown KM, Lynch JP, Dolan L, Vernoux T, Bishopp A, Wells D, von Wir茅n N, Bennett MJ and Swarup R (2018) A mechanistic framework for auxin dependent Arabidopsis root hair elongation to low external phosphate. Nature Communications 9, 1409.

Giri J, Bhosale R, Huang G, Pandey BK, Parker H, Zappala S, Yang J, Dievart A, Bureau C, Ljung K, Price A, Rose T, Larrieu A, Mairhofer S, Sturrock CJ, White P, Dupuy L, Hawkesford M, Perin C, Liang W, Peret B, Hodgman CT, Lynch J, Wissuwa M, Zhang D, Pridmore T, Mooney SJ, Guiderdoni E, Swarup R and Bennett MJ (2018) Rice auxin influx carrier OsAUX1 facilitates root hair elongation in response to low external phosphate. Nature Communications 9, 1408.

Muller L, Bennett MJ, French A, Wells DM and Swarup R (2018) Root Gravitropism: Quantification, Challenges and Solutions. Methods in Molecular Biology, 1761, 103-112.

Rossall S, Qing C, Paneri M, Bennett M and Swarup R (2016) A 'growing' role for phosphites in promoting plant growth and development. Acta Hortic 1148, 61-67.

Swarup R, Crespi M and Bennett M (2016) One gene, many proteins: Mapping cell-specific alternative splicing in plants. Dev Cell, 39, 383-385.

Sato EM, Hijazi H, Bennett MJ, Vissenberg K, Swarup R (2015) New insights into root gravitropic signalling. J Exp Bot, 66, 2155-2165.

Swarup R and Bennett MJ (2014) Auxin Transport: Providing plants with a new sense of direction. Biochemist 36, 12-16.

Boutt茅 Y, Jonsson K, McFarlane H, Johnson E, Gendre D, Swarup R, Friml J, Samuels J, Robert S and Bhalerao R (2013) ECHIDNA-mediated post-Golgi trafficking of auxin carriers for differential cell elongation. Proc Natl Acad Sci, USA, 110, 16259-16264.

Peret B, Yang Y, Swarup K, James N, Ferguson A, Casimiro I, Perry P, Syed A, Laplaze L, Bennett M, Murphy A, Nielsen E and Swarup R (2012) AUX/LAX genes encode a family of auxin influx transporters that perform distinct function during Arabidopsis development. Plant Cell, 24, 2874-2885.

Swarup R, Swarup K, Benkov谩 E, Casimiro I, P茅ret B, Yang Y, Parry G, et al (2008) The auxin influx carrier LAX3 promotes lateral root emergence. Nature Cell Biol, 10, 946-954.

Swarup R, Dharmasiri S, Mockaitis K, Dharmasiri N, Singh S, Kowalchyk A, Marchant A, Mills S, Sandberg G, Bennett M and Estelle M (2006) AXR4 is required for localisation of AUX1. Science, 312, 1218-1220.

Swarup R, Kramer E, Perry P, Knox K, Leyser HMO, Haseloff J, Beemster G, Bhalerao R and Bennett M (2005) Root gravitropism requires lateral root cap and epidermal cells for transport and response to a mobile auxin signal. Nature Cell Biol, 7, 1057-1065.

Swarup R, Kargul J, Marchant A, Zadik D, Rahman A, Mills R, Yemm A, May S, Williams L, Millner P, Tsurumi S, Moore I, Napier R, Kerr ID and Bennett MJ 2004 Structure-Function Analysis of the presumptive Arabidopsis Auxin Permease AUX1. Plant Cell, 14, 3069-3083.

Swarup R and Bennett MJ (2003) Auxin transport: the fountain of life in plants? Dev Cell, 5, 1-2.

Swarup R, Parry G, Graham N, Allen T and Bennett M J (2002) Auxin cross-talk: integration of signalling pathways to control plant development. Plant Mol Biol, 49, 411-426.

Swarup R, Friml J, Marchant A, Ljung K, Sandberg G, Palme K and Bennett MJ (2001) Localization of the auxin permease AUX1 suggests two functionally distinct hormone transport pathways operate in the Arabidopsis root apex. Genes Dev, 15, 2648-2653.

Past Research

Plant hormone auxin is crucial for plant growth and development. We mapped the tissues required for auxin transport and auxin response during root gravitropism (Swarup et al, 2005, Nature Cell Biology, 7, 1057-1065). This study revealed that epidermis is the primary site for auxin action during root gravitropism.

• CAINE, ROBERT S., YIN, XIAOJIA, SLOAN, JENNIFER, HARRISON, EMILY L., MOHAMMED, UMAR, FULTON, TIMOTHY, BISWAL, AKSHAYA K., DIONORA, JACQUELINE, CHATER, CASPAR C., COE, ROBERT A., BANDYOPADHYAY, ANINDYA, MURCHIE, ERIK H., SWARUP, RANJAN, QUICK, W. PAUL and GRAY, JULIE E., 2019. NEW PHYTOLOGIST. 221(1), 371-384
• SWARUP R and BHOSALE R, 2019. Frontiers in plant science. 10, 1306
• SILVA-NAVAS J, CONESA CM, SAEZ A, NAVARRO-NEILA S, GARCIA-MINA JM, ZAMARRE脩O AM, BAIGORRI R, SWARUP R and DEL POZO JC, 2019. The New phytologist. 224(1), 242-257
• MOHAMMED U, CAINE RS, ATKINSON JA, HARRISON EL, WELLS D, CHATER CC, GRAY JE, SWARUP R and MURCHIE EH, 2019. Scientific reports. 9(1), 5584
• BHOSALE R, GIRI J, PANDEY BK, GIEHL RFH, HARTMANN A, TRAINI R, TRUSKINA J, LEFTLEY N, HANLON M, SWARUP K, RASHED A, VO脽 U, ALONSO J, STEPANOVA A, YUN J, LJUNG K, BROWN KM, LYNCH JP, DOLAN L, VERNOUX T, BISHOPP A, WELLS D, VON WIR脡N N, BENNETT MJ and SWARUP R, 2018. Nature communications. 9(1), 1409
• GIRI J, BHOSALE R, HUANG G, PANDEY BK, PARKER H, ZAPPALA S, YANG J, DIEVART A, BUREAU C, LJUNG K, PRICE A, ROSE T, LARRIEU A, MAIRHOFER S, STURROCK CJ, WHITE P, DUPUY L, HAWKESFORD M, PERIN C, LIANG W, PERET B, HODGMAN CT, LYNCH J, WISSUWA M, ZHANG D, PRIDMORE T, MOONEY SJ, GUIDERDONI E, SWARUP R and BENNETT MJ, 2018. Nature communications. 9(1), 1408
• HUBBART S, SMILLIE IRA, HEATLEY M, SWARUP R, FOO CC, ZHAO L and MURCHIE EH, 2018. Communications biology. 1, 22
• CAINE RS, YIN X, SLOAN J, HARRISON EL, MOHAMMED U, FULTON T, BISWAL AK, DIONORA J, CHATER CC, COE RA, BANDYOPADHYAY A, MURCHIE EH, SWARUP R, QUICK WP and GRAY JE, 2018. The New phytologist. 221(1), 371-384
• MULLER L, BENNETT MJ, FRENCH A, WELLS DM and SWARUP R, 2018. Methods in molecular biology (Clifton, N.J.). 1761, 103-112
• SCHOENAERS S, BALCEROWICZ D, BREEN G, HILL K, ZDANIO M, MOUILLE G, HOLMAN TJ, OH J, WILSON MH, NIKONOROVA N, VU LD, DE SMET I, SWARUP R, DE VOS WH, PINTELON I, ADRIAENSEN D, GRIERSON C, BENNETT MJ and VISSENBERG K, 2018. Current biology : CB. 28(5), 722-732.e6
• HENRY S, DIEVART A, DIVOL F, PAULUZZI G, MEYNARD D, SWARUP R, WU S, GALLAGHER KL and P脡RIN C, 2017. Developmental biology. 425(1), 1-7
• HUNT L, AMSBURY S, BAILLIE A, MOVAHEDI M, MITCHELL A, AFSHARINAFAR M, SWARUP K, DENYER T, HOBBS JK, SWARUP R, FLEMING AJ and GRAY JE, 2017. Plant physiology. 174(2), 689-699
• ROY, SONALI, ROBSON, FRAN, LILLEY, JODI, LIU, CHENG-WU, CHENG, XIAOFEI, WEN, JIANGQI, WALKER, SIMON, SUN, JONGHO, COUSINS, DONNA, BONE, CAITLIN, BENNETT, MALCOLM J., DOWNIE, J. ALLAN, SWARUP, RANJAN, OLDROYD, GILES and MURRAY, JEREMY D., 2017. PLANT PHYSIOLOGY. 174(1), 326-338
• JASSY DRAKULIC, OLUBUKOLA AJIGBOYE, RANJAN SWARUP, TOBY BRUCE and RUMIANA V. RAY, 2016. Applied and Environmental Microbiology. 82, 6548-6556
• STREET IH, MATHEWS DE, YAMBURKENKO MV, SOROOSHZADEH A, JOHN RT, SWARUP R, BENNETT MJ, KIEBER JJ and SCHALLER GE, 2016. Development. 143(21), 3982-3993
• SWARUP R, CRESPI M and BENNETT MJ, 2016. Developmental Cell. 39, 383-385
• ROSSALL S, QING C, PANERI M, BENNETT MJ and SWARUP R, 2016. In: Proceedings of the II World congress on the use of Biostimulants in Agriculture. 61-67
• PORCO S, P臍N膶脥K A, RASHED A, VO脽 U, CASANOVA-S脕EZ R, BISHOPP A, GOLEBIOWSKA A, BHOSALE R, SWARUP R, SWARUP K, PE艊脕KOV脕 P, NOV脕K O, STASWICK P, HEDDEN P, PHILLIPS AL, VISSENBERG K, BENNETT MJ and LJUNG K, 2016. Proceedings of the National Academy of Sciences of the United States of America. 113(39), 11016-21
• PORCO, SILVANA, LARRIEU, ANTOINE, DU, YUJUAN, GAUDINIER, ALLISON, GOH, TATSUAKI, SWARUP, KAMAL, SWARUP, RANJAN, KUEMPERS, BRITTA, BISHOPP, ANTHONY, LAVENUS, JULIEN, CASIMIRO, ILDA, HILL, KRISTINE, BENKOVA, EVA, FUKAKI, HIDEHIRO, BRADY, SIOBHAN M., SCHERES, BEN, PERET, BENJAMIN and BENNETT, MALCOLM J., 2016. DEVELOPMENT. 143(18), 3340-3349
• ROSSALL, S., QING, C., PANERI, M., BENNETT, M. and SWARUP, R., 2016. Acta Horticulturae-II World Congress on the Use of Biostimulants in Agriculture. 1148, 61-67
• WILSON, MICHAEL H, HOLMAN, TARA J, SORENSEN, IBEN, CANCHO-SANCHEZ, ESTER, WELLS, DARREN M, SWARUP, RANJAN, KNOX, J PAUL, WILLATS, WILLIAM G T, UBEDA-TOMAS, SUSANA, HOLDSWORTH, MICHAEL, BENNETT, MALCOLM J, VISSENBERG, KRIS and HODGMAN, T CHARLIE, 2015. Frontiers in cell and developmental biology. 3, 10
• SATO EM, HIJAZI H, BENNETT MJ, VISSENBERG K and SWARUP R, 2015. Journal of experimental botany. 66(8), 2155-2165
• MALEKPOOR MANSOORKHANI, F, SEYMOUR, G B, SWARUP, R, MOEINIYAN BAGHERI, H, RAMSEY, R J L and THOMPSON, A J, 2015. Biotechnology & genetic engineering reviews. 30(1-2), 95-112
• PANOLI, ANEESH, MARTIN, MARIA VICTORIA, ALANDETE-SAEZ, MONICA, SIMON, MARISSA, NEFF, CHRISTINA, SWARUP, RANJAN, BELLIDO, ANDRES, YUAN, LI, PAGNUSSAT, GABRIELA C. and SUNDARESAN, VENKATESAN, 2015. PLOS ONE. 10(5),
• FABREGAS, NORMA, FORMOSA-JORDAN, PAU, CONFRARIA, ANA, SILIGATO, RICCARDO, ALONSO, JOSE M., SWARUP, RANJAN, BENNETT, MALCOLM J., MAHONEN, ARI PEKKA, CANO-DELGADO, ANA I. and IBANES, MARTA, 2015. PLOS GENETICS. 11(4),
• ROBERT, HELENE S., GRUNEWALD, WIM, SAUER, MICHAEL, CANNOOT, BERNARD, SORIANO, MERCEDES, SWARUP, RANJAN, WEIJERS, DOLF, BENNETT, MALCOLM, BOUTILIER, KIM and FRIML, JIRI, 2015. DEVELOPMENT. 142(4), 702-711
• KASPRZEWSKA, ANIA, CARTER, ROSS, SWARUP, RANJAN, BENNETT, MALCOLM, MONK, NICK, HOBBS, JAMIE K. and FLEMING, ANDREW, 2015. PLANT JOURNAL. 83(4), 705-718
• CONTI L, NELIS S, ZHANG C, WOODCOCK A, SWARUP R, GALBIATI M, TONELLI C, NAPIER R, HEDDEN P, BENNETT MJ and SADANANDOM A, 2014. Developmental Cell. 28, 102-110
• BAND, LEAH R., WELLS, DARREN M., FOZARD, JOHN A., GHETIU, TEODOR, FRENCH, ANDREW P., POUND, MICHAEL P., WILSON, MICHAEL H., YU, LEI, LI, WENDA, HIJAZI, HUSSEIN I., OH, JAESUNG, PEARCE, SIMON P., PEREZ-AMADOR, MIGUEL A., YUN, JEONGA, KRAMER, ERIC, ALONSO, JOSE M., GODIN, CHRISTOPHE, VERNOUX, TEVA, HODGMAN, T. CHARLIE, PRIDMORE, TONY P., SWARUP, RANJAN, KING, JOHN R. and BENNETT, MALCOLM J., 2014. PLANT CELL. 26(3), 862-875
• KUMPF, ROBERT, THORSTENSEN, TAGE, RAHMAN, MOHUMMAD AMINUR, HEYMAN, JEFRI, NENSETH, H. ZEYNEP, LAMMENS, TIM, HERRMANN, ULLRICH, SWARUP, RANJAN, VEISETH, SILJE VEIE, EMBERLAND, GITIKA, BENNETT, MALCOLM J., DE VEYLDER, LIEVEN and AALEN, REIDUNN B., 2014. PLANT PHYSIOLOGY. 166(2), 632-U272
• SWARUP, R, WELLS, D and BENNETT, MJ, 2013. Root gravitropism. In: Roots:The Hidden half IV Edition. Eshel A & Beeckman T (eds) CRC Press, pp19-1 to 19-34. CRC Press. pp19-1 to 19-34.
• BAND. L.R., WELLS, D.M., LARRIEU, A., SUN, J., MIDDLETON, A.M., FRENCH, A.P., BRUNOUD, G., SATO, E.M., WILSON, M.H., P脡RET, B., OLIVA, M., SWARUP, R., SAIRANEN, I., PARRY, G., LJUNG, K., BEECKMAN, T., GARIBALDI, J.M., ESTELLE, M., OWEN, M.R., VISSENBERG, K., HODGMAN, T.C., PRIDMORE, T.P., KING, J.R., VERNOUX, T. and BENNETT, M.J., 2012. Proceedings of the National Academy of Sciences of the United States of America. 109(12), 4668-4673
• P脡RET, B., SWARUP, K., FERGUSON, A., SETH, M., YANG, Y., DHONDT, S., JAMES, N., CASIMIRO, I., PERRY, P., SYED, A., YANG, H., REEMMER, J., VENISON, E., HOWELLS, C., PEREZ-AMADOR, M.A., YUN, J., ALONSO, J., BEEMSTER, G.T.S., LAPLAZE, L., MURPHY, A., BENNETT, M.J., NIELSEN, E. and SWARUP, R., 2012. The Plant Cell. 24(7), 2874-2885
• SWARUP R and P脡RET B, 2012. Frontiers in plant science. 3, 225
• DE SMET, IVE, VOSS, UTE, LAU, STEFFEN, WILSON, MICHAEL, SHAO, NING, TIMME, RUTH, SWARUP, RANJAN, KERR, IAN, HODGMAN, CHARLIE, BOCK, RALPH, BENNETT, MALCOLM, J脺RGENS, GERD and BEECKMAN, TOM, 2011. Plant Physiology. 155, 209-221
• LUCAS, M., SWARUP, R., PAPONOV, I.A., SWARUP, K., CASIMIRO, I., LAKE, D., PERET, B., ZAPPALA, S., MAIRHOFER, S., WHITWORTH, M., WANG, J., LJUNG, K. and ET AL, 2011. Plant Physiology. 155(1), 384-98
• UGARTECHEA-CHIRINO, Y., SWARUP, R., SWARUP, K., PERET, B., WHITWORTH, M., BENNETT, M.J. and BOUGOURD, S., 2010. Annals of Botany (Lond). 105((2)), 277-289
• GE, L, PEER, W, ROBERT, S, SWARUP, R, YE, S, PRIGGE, M, COHEN, J D, FRIML, J, MURPHY, A, TANG, D and ESTELLE, M, 2010. The Plant cell. 22(6), 1749-61
• VANDENBUSSCHE, FILIP, PETR脕SEK, JAN, Z脕DN脥KOV脕, PETRA, HOYEROV脕, KL脕RA, PESEK, BEDRICH, RAZ, VERED, SWARUP, RANJAN, BENNETT, MALCOLM, ZAZ脥MALOV脕, EVA and BENKOV AND VAN DER STRAETEN, 2010. The auxin influx carriers AUX1 and LAX3 are involved in auxin-ethylene interactions during apical hook development in Arabidopsis thaliana seedlings. Development (Cambridge, England). 137(4), 597-606
• PERET, B., DERYBEL, B., CASIMIRO, I., BENKOVA, E., SWARUP, R., LAPLAZE, L, BEECKMAN, T. and BENNETT,M.J., 2009. Trends in Plant Science. 14, 399-408
• UBEDA-THOMAS, S., FEDERICI, F., CASIMIRO, I., BEEMSTER, G.T.S., BHALERAO, R., SWARUP, R., DOERNER, P., HASELOFF, J. and BENNETT, M.J., 2009. Current Biology. 19(14), 1194-1199
• JONES, A.R., KRAMER, E.M., KNOX, K., SWARUP, R., BENNETT, M.J., LAZARUS, C.M., LEYSER, H.M.O. and GRIERSON, C.S., 2009. Nature Cell Biology. 11(1), 78-84
• SWARUP R AND BENNETT M J, 2009. Root Gravitropism Annual Plant Reviews. 37, 157-174 (In Press.)
• SWARUP, K., BENKOV脕, E., SWARUP, R., CASIMIRO, I., P脡RET, B., YANG, Y., PARRY, G., NIELSEN, E., DE SMET, I., VANNESTE, S., LEVESQUE, M., CARRIER, D., JAMES, N., CALVO, V. and LJUNG, K., 2008. Nature Cell Biology. 10(8), 946-954
• CARRIER, D.J., ABU BAKAR, N.T., SWARUP, R., CALLAGHAN, R., NAPIER, R.M., BENNETT, M.J. and KERR, I.D., 2008. Plant Physiology. 148(1), 529-535
• UBEDA-TOM脕S, S., SWARUP, R., COATES, J., SWARUP, K., LAPLAZE, L., BEEMSTER, G.T.S., HEDDEN, P., BHALERAO, R. and BENNETT, M.J., 2008. Nature Cell Biology. 10(5), 625-628
• BAINBRIDGE, KATHERINE, GUYOMARC'H, SOAZIG, BAYER, EMMANUELLE, SWARUP, RANJAN, BENNETT, MALCOLM, MANDEL, THERESE and KUHLEMEIER, CRIS, 2008. Genes and Development. 22(6), 810-823
• FRENCH, A.P., MILLS, S., SWARUP, R., BENNETT, M.J. and PRIDMORE, T.P., 2008. Nature Protocols. 3(4), 619-628
• SWARUP, R., PERRY, P., HAGENBEEK, D., VAN DER STRAETEN, D., BEEMSTER, G.T.S., SANDBERG, G., BHALERAO, R.P., LJUNG, K. and BENNETT, M.J., 2007. Plant Cell. 19(7), 2186-2196
• DE SMET, I., TETSUMURA, T., DE RYBEL, B., FREI DIT FREY, N., LAPLAZE, L., CASIMIRO, I., SWARUP, R., NAUDTS, M., VANNESTE, S., AUDENAERT, D., INZ脡, D., BENNETT, M.J. and BEECKMAN, T., 2007. Development. 134(4), 681-690
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