Figures (0)  Tables (2)
    • CategoryCommon nameScientific nameReference
      Genus ZiziphusChinese jujubeZiziphus jujuba[4]
      sour/wild jujubeZiziphus spinosa[14]
      Indian berZiziphus mauritiana[16]
      Ziziphus nummularia[16]
      Ziziphus oenoplia[26]
      Other fruit treesAppleMalus pumila[27]
      PeachPrunus persica[28]
      Sweet cherryPrunus avium[29]
      PersimmonDiospyros kaki[30]
      PlumPrunus salicina[31]
      Date palm
      cherry      		Phoenix dactylifera
      		[32]
      [33]
      Garden treesLocust treeSophora japonica[34]
      WillowSalix babylonica[35]
      MeadowsweetSpiraea salicifolia[36]
      Herbaceous plants and cropsAmaranthus retroflexus[37]
      Orychophragmus violaceus[38]
      EggplantSolanum melongena[39]
      Sweet potatoIpomoea batatas[40]

      Table 1. 

      Plant hosts of 'Ca. P. ziziphi'.

    • Plant materialAnalysis methodsCorresponding pathwaysCorresponding genesReference
      cv. Xingguang, grafted in healthy and diseased treesSSH, rRT-PCRDisease/defenseTLP, PR10, HSP70, ERF, kinase-related protein[54]
      cv. Junzao, grafted in healthy and diseased treesrRT-PCR, western blottingGSTU1[55]
      Healthy and diseased treesHiSeq, RT-PCR, 5' RLM RACEmiRNA156a, 156b, 156c, 156d, 156e, 156h, 159a, 159e, 172, 2111, 2950, 319a, 395a, 395b,399, 477, 858b, n2, n8, n16, n23, n24[56]
      cv. Xingguang (resistant) and Zanhuang-dazao (susceptible) grafted in healthy and diseased treesZjeEF-1a[57]
      cv. Langzao, symptomatic and healthy treesRNA-seqAmino acid metabolism, carotenoid synthesis[58]
      cv. Dongzao, in vitro healthy and diseased plantletsqRT-PCRZjMPK1, 2, 3, 4,5, 9, 10, ZjMKK1, 2, 3[59]
      Healthy and diseased treesqRT-PCRZjSPL6, 7, 9, 12, 13, 16, 17, 18[60]
      Healthy and diseased treesRT-PCR, qRT-PCRB, C/D, E-type MADS-box genes[61]
      cv. Huizao, healthy and diseased treesRNA-seq, iTRAQ proteomic, mass spectrometryPhenylpropanoid biosynthesis, flavonoid biosynthesisLOX2[44]
      cv. Huizao, healthy and diseased treesRNA-seq, qRT-PCRABA, CTK, JA, SA, BR, ET, IAAMYB, WRKY, PAL, 4CL, DELLA, LOX2[62]
      cv. Huizao, healthy and diseased treesqRT-PCRZjTCP6, 16[63]
      Healthy and diseased treesRT-PCR, qRT-PCRZjbHLH12,18, 23, 24, 34, 49, 53, 62, 63, 79, 83, 88[64]
      cv. Goutouzao, in vitro healthy, diseased, and recovered* plantlets; cv. Dongzao, healthy and diseased trees, cv. Xingguang, cv. JunzaoqRT-PCRZjMPK2, ZjMKK2, 4[65]
      cv. Huizao, in vitro diseased and tetracycline-treated plantletsRNA-seq, iTRAQ proteomic, mass spectrometryJA biosynthesisPLA1, LOX, AOC, OPRs, JIP[44]
      cv. Dongzao, healthy and diseased trees, healthy and diseased in vitro plantletsqRT-PCRZjMPKKK3, 4, 7, 10, 17, 18, 25, 26, 30, 34, 35, 37, 40, 41, 43, 44, 45, 46, 50, 52, 53[66]
      cv. Fanchangchangzao, healthy and diseased treesqRT-PCRZjARF1, 2, 3, 4, 8[67]
      cv. Dongzao, healthy and diseased treesRT-PCR, qRT-PCRZjbZIP3, 11, 12, 15, 17, 18, 19, 20, 26[68]
      Healthy and diseased treesRNA-seq, iTRAQ proteomic, qRT-PCRZjLOX2, 5, 6, 8[69]
      cv. Pozao, cv T13, healthy and diseased treesRNA-seq, qRT-PCRJA, SA[45]
      * The recovered plantlets are the JWB diseased plantlets cultured in medium with tetracycline.

      Table 2. 

      Genes and pathways involved in the interaction between JWB phytoplasma and jujube.