Table 2.

Intrinsically disordered LEA proteins

Group	Protein	Specie	Function*	Reference
LEA 1	AtEM6	Arabidopsis thaliana	Protein protection activity	Campos et al. [155]
LEA 2	CrCOR15	Citrus clementina x Citrus reticulata	Protein protection activity	Sanchez-Ballesta et al. [151]
	DHN-5	Triticum durum	Protein protection activity	Drira & Antonny [258]
				Drira et al. [154]
	YSK2	Vitis riparia	Protein protection activity	Hughes et al. [160]
	PCA60	Prunus persica
	DHN5	Hordeum vulgare
	TsDHN-1	Thellungiella salsuginea	Vesicle stabilization	Rahman et al. [177]
	TsDHN-2	Thellungiella salsuginea	Protection activityVesicle stabilization	Hughes et al. [160]
				Rahman et al. [177]
	OpsDHN-1	Opuntia streptacantha	Protein protection activity	Hughes et al. [160]
	COR85	Spinacia oleracea	Protein protection activity	Kazuoka & Oeda [162]
	WCS120	Triticum aestivum	Protein protection activity	Houde et al. [163]
	HvP-80/Dhn5	Hordeum vulgare	Protein protection activity	Bravo et al. [164]
	Cor15am	Arabidopsis thaliana	Protein protection activity	Nakayama et al. [165]
	ERD10	Arabidopsis thaliana	Protein protection activity, Calcium-binding activity	Kovacs et al. [166]
				Reyes et al. [158]
				Alsheikh et al. [207]
	ERD14	Arabidopsis thaliana	Protection activity, Calcium-binding activity	Kovacs et al. [166]
				Tantos et al. [152]
				Alsheikh et al. [206]
	35KD	Vigna unguiculata	Lipid vesicles binding	Ismail et al. [172]
	DHN1	Zea mays	Stabilization of vesicles	Koag et al. [175]
	rGmDHN1	Glycine max	Lipid membrane binding	Soulages et al. [176]
	Lti30	Arabidopsis thaliana	Stabilization of vesicles, Antioxidant activity	Erickssson et al. [178]
				Hara et al. [204]
	K2	Vitis riparia	Stabilization of vesicles	Clarke et al. [179]
	VcaB45	Apium graveolens	Calcium-binding activity	Heyen et al. [202]
	BjDHN2	Brassica juncea	Antioxidant activity (in vivo)	Xu et al. [208]
	BjDHN3
	ITP	Ricinus communis	Fe transport in the phloem	Krüger et al. [205]
	CuCOR15	Citrus unshiu	RNA and DNA binding	Hara et al. [209]
	WCI16	Triticum aestivum	DNA binding	Sasaki et al. [210]
	DHN1a	Vitis vinifera	Protection activity, DNA binding	Rosales et al. [211]
	COR47	Arabidopsis thaliana	Calcium-binding activity	Alsheikh et al. [207]
	HIRD11	Arabidopsis thaliana	Antioxidant activity, Cu binding	Hara et al. [204]
LEA 3	LEA76	Arabidopsis thaliana	Protection activity	Reyes et al. [149]
	AavLEA3	Aphelenchus avenae	Protection activity	Goyal et al. [150]
	PsLEAm	Pisum sativum	Protection activity	Grelet et al. [156]
	Cor15am	Arabidopsis thaliana	Protection activity	Nakayama et al. [165]
	Cor15a	Arabidopsis thaliana	Protection activity, Vesicle stabilization	Thalhammer et al. [169]
	Cor15b
LEA 4	AtLEA4-2	Arabidopsis thaliana	Chaperone-like	Cuevas-Velazquez et al. [139]
	AtLEA4-5
	GmPM1	Glycine max	Fe3+ binding, Antioxidant activity	Liu et al. [200]
	GmPM9
LEA 7	GmASR1	Glycine max	Zn2+, Fe3+ binding	Liu et al. [194]
	VvMSA	Vitis vinifera	Protection activity, Transcription factor	Ricardi et al. [212]
	ZmASR1	Zea mays	Transcription factor	Virlouvet et al. [214]
	ASR1	Solanum tuberosum	Glucose content modulator	Frankel et al. [215]

* Function is inferred from phenotypes as described in the text