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Table 3 Non-plant Genes Potentially Useful for Improving Rice Disease Resistance

From: Potential Candidate Genes for Improving Rice Disease Resistance

Gene

transgenic plant

Disease reduction

Isolate tested

Enhanced defense expression

Side effects

References

Name

Annotation

Origin

Function

Genotype

Japonica/Indica

Expression

Type

M. oryzae

X. oryzae pv oryzae

Other pathogens or pest

M. oryzae

X. oryzae pv oryzae

Before infection

After infection

Cecropin A

Cecropin A

Hyalophora cecropia

Antimicrobial

Senia

Japonica

Constitutive

OX

87%

nd

nd

nd

nd

No change

No change

Fertility affected

Coca et al. 2006

AFP

Antifungal

Aspergillus giganteus

Antimicrobial

Senia

Japonica

Constitutive

OX

45%

nd

nd

nd

nd

nd

nd

None

Coca et al. 2004

cht42

Endochitinase

Trichoderma virens

Antimicrobial

Pusa Basmati1

Indica

Constitutive

OX

nd

nd

62% (R. solani )

nd

nd

nd

nd

None

Shah et al. 2009

ChiC

Family 19 chitinase

Streptomyces griseus

Antimicrobial

Nipponbare

Japonica

Constitutive

OX

85%

nd

nd

nd

nd

nd

nd

None

Itoh et al. 2003

lactoferrin

Lactoferrin

Human

Antimicrobial

nd

nd

Constitutive

OX

No effect

No effect

Burkholderia (Pseudomonas) plantarii

nd

nd

nd

nd

nd

Takase et al. 2005

hrf1

Hairpins (protein elicitor)

Xanthomonas oryzae pv. oryzae

Elicitor

R109

Japonica

Constitutive

OX

56%

nd

nd

nd

nd

+

nd

None

Shao et al. 2008

avrXa27

Transcription factor

Xanthomonas oryzae pv. oryzae

Elicitor

Nipponbare

Japonica

Inducible

OX

No effect

38%

35% (Xoc ), no effect on E. chrysanthemi

nd

nd

+

nd

Delay of Flowering and early senescene

Tian and Yin 2009

flagellin

Flagellin

Acidovorax Avenae

Elicitor

Koshihikari

Japonica

Constitutive

OX

Yes

nd

nd

nd

nd

+

nd

Lesion mimic

Takakura et al. 2008

pemG1

Unknown

Magnaporthe grisea

Elicitor

Nipponbare

Japonica

Constitutive

OX

35%

nd

nd

nd

nd

+

nd

nd

Qiu et al. 2009a, b

  1. OX over-expresser, KO knockout mutant