PEATmoss

NimbleGen Reute Development and Mycorrhiza gmv1.6

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Gene models: v1.6

Description: Expression data of heat treatment and mycorrhiza interaction experiments for Gransden WT juvenile gametophores on solid Knop medium and developmental stages for Reute ecotype. "Reute Green Sporophytes", "Reute Adult Gametophores" and "Gransden Juvenile Gametophores, Gigaspora Exudate 24h" have 3 replicates, "Gransden Juvenile Gametophores, Heat 2h" has 4 replicates and all other experiments have 2 replicates. The data are derived from the NimbleGen microarray platform and all the samples were normalized by a median value of 12. Reute samples were published in Hiss et al., 2017

Abbreviations
BCD liquid	Blq
BCDA (ammonium) liquid	BlqA
BCD solid	Bsl
BCDA (ammonium) solid	BslA
Gibberellin A9 methyl-ester	GA9
hydroponic	hydr
Knop liquid	Klq
Knop liquid ammonium	KlqA
Knop solid	Ksl
12-oxophytodienoic acid	OPDA

Note: OPDA is a precursor of jasmonic acid.

Figure 1. Sporophyte developmental stages

Abb.	Developmental stage	Description
E1	Embryo 1:	Developing embryo; the upper, chloroplast rich half will develop into the spherical, spore-containing spore capsule, whereas the lower part will connect to the gametophore for nourishment of the developing sporophyte.
E2	Embryo 2:	Elongated embryo without developed stomata. Connection between gametophore and sporophyte still loose but cells started to differentiate.
ES	Early sporophyte:	Stomata are developed, clear separation of capsule (inflation) and developing seta (2n).
PM	Premeiotic sporophyte:	Spherical green translucend sporophyte containing spore mother cells (2n), seta starts to turn brownish.
M	Meiotic sporophyte:	Opaque green sporophyte containing tetrades which will later form each four spores (1n, meiosis occured).
Y	Yellow sporophyte:	Contains early spores of the final size covered by a plasma membrane, seta darkend during the maturation process.
LB	Light brown sporophyte:	Spores started to mature, the spore wall thickens by exine deposition.
B	Brown sporophyte:	Spores are mature, spore wall consists of a thick perine layer with spikes, exine, seperating layer and intine, sporophyte detaches easily.

The next figures represent the available samples in this data set. The color in the colored part of the figures below will be replaced by the expression color (from the white-yellow-orange-red color scale) when using the Expression Viewer.