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. 2020 May 5;11:460. doi: 10.3389/fpls.2020.00460

TABLE 1.

Overview of mobile mRNAs and proteins that have been identified in grafted vegetables.

Class Name Detection method References
mRNA 347 tomato mRNAs cDNA libraries Kim et al., 2014
3546 Cucurbita maxima mRNAs RNA-Seq SNPs Zhang Z. et al., 2016
CmPP16 RT-PCR Xoconostle-Cázares et al., 1999
CmNACP RT-PCR Ruiz-Medrano et al., 1999
SlPFP-LeT6 in situ RT-PCR Kim et al., 2001
CmGAIP RT-PCR Haywood et al., 2005
StBEL5 RT-PCR Banerjee et al., 2006
SlPS RT-PCR Zhang et al., 2018
Protein CmPP1/PP2 Western Blot Tiedemann and Carstens-Behrens, 1994
CmPP16 Western Blot Xoconostle-Cázares et al., 1999
CmFT Mass Spectrum Lin et al., 2007
CmRBP50 Gel mobility-shift assays Ham et al., 2009
SlCyp1 Western Blot Spiegelman et al., 2015

CmFT, Cucurbita moschata FLOWERING LOCUS T; CmPP16, Cucurbita maxima PHLOEM PROTEIN 1; CmNACP1, Cucurbita maxima NAC DOMAIN PHLOEM PROTEIN 1; SlPS, Solanum lycopersicum systemic protein precursor (prosystemin, PS); StBEL5, Solanum tuberosum BEL1-LIKE PROTEIN 5; CmGAIP, GIBBERELLIC ACID INSENSITIVE; SlPFP-LeT6, Solanum lycopersicum PYROPHOSPHATE-DEPENDENT PHOSPHOFRUCTOKINASE (PFP), and LeT6, a tomato KNOTTED-1–like homeobox (KNOX) gene, PFP-LeT6 fusion mRNA; CmRBP50, RNA Binding Protein 50; SlCyp1, Solanum lycopersicum Cyclophilin 1.