Antibody:	anti-alpha6 integrin (GoH3)
Detection system:	Secondary antibody coupled to fluorescein

Structure	Level	Pattern	Image	Note
TS17: otocyst epithelium	Present	Non-Uniform	1B , 1A	Expression is throughout the epithelium, but is intense in the anteriolateral region of the mid-otocyst. This coincides with the area of neuroblast delamination. Expression appears to be in neuroblast precursors that have not yet delaminated.
TS17: acoustic ganglion	Present	Single cells	1A , 1B	The expression does not seem to be in the same cells that express Neurod1 (see assay MGI:3575640).
TS17: facial ganglion	Present	Single cells	1A , 1B	The expression does not seem to be in the same cells that express Neurod1 (see assay MGI:3575640).

Structure	Level	Pattern	Image	Note
TS20: inner ear vestibular component	Present	Regionally restricted	2B	Expression is in the prosensory regions of the ampulla. There seems to be a reciprocal staining of Itga6 and Itga3 (see assay MGI:3575638).

Structure	Level	Pattern	Image	Note
TS20: cochlear duct epithelium	Present	Regionally restricted	2D	Expression is in the prosensory regions.
TS20: vestibulo-cochlear ganglion complex	Present	Regionally restricted	2D	Expression is at the periphery and in the fibers, but is not detected in the cell bodies.

Structure	Level	Pattern	Image	Note
TS20: inner ear vestibular component	Present	Regionally restricted	3A	Staining in the ampulla is in the same area as nerve fibers that penetrate the epithelium.

Structure	Level	Pattern	Image	Note
TS22: inner ear vestibular component	Present	Regionally restricted	4B	Expression is in the sensory areas of the ampulla and the fibers supplying them. Staining is in clearly delineated patches corresponding to cuticular plates and immature hair bundles.
TS22: inner ear	Present	Regionally restricted	4B	Expression is throughout the epithelial-mesenchymal border.

Structure	Level	Pattern	Image	Note
TS22: cochlear duct epithelium	Present	Regionally restricted	4E	Expression is in the sensory areas and the fibers supplying them.
TS22: inner ear	Present	Regionally restricted	4E	Expression is throughout the epithelial-mesenchymal border.

Structure	Level	Pattern	Image	Note
TS26: inner ear vestibular component	Present	Non-Uniform	5B	Expression is in the sensory epithelium of the ampulla. Expression is in the greater epithelial ridge, the spiral limbus and beneath the support cells.

Structure	Level	Pattern	Image	Note
TS26: cochlear duct epithelium	Present	Regionally restricted	5E	Expression is in the sensory epithelium.
TS26: cochlear duct	Present	Regionally restricted	5E	Expression is at the epithelial-mesenchymal border.

Structure	Level	Pattern	Image	Note
TS26: cochlea	Present	Regionally restricted	6A	Expression is in spiral ganglion fibers beneath all sensory areas. Expression is also within the cell bodies of the spiral ganglion. Staining in the epithelium itself does not seem to be associated with nerve fibers.

Structure	Level	Pattern	Image	Note
TS27: inner ear vestibular component	Strong	Regionally restricted	7B	Expression is in the support cell and hair cell layers within the sensory epithelia of the crista and utricular macula, but is absent in the nonsensory epithelium connecting them.
TS27: utricle	Strong	Regionally restricted	7B	Expression is in the support cell and hair cell layers within the sensory epithelia of the crista and utricular macula, but is absent in the nonsensory epithelium connecting them.

Structure	Level	Pattern	Image	Note
TS27: cochlear duct	Present	Regionally restricted	7E	Expression is in the sensory epithelia and the fibers from the spiral ganglion.

Structure	Level	Pattern	Image	Note
TS28: saccule	Present	Regionally restricted	8D	Expression is in the fibers beneath the sensory epithelium, but is not in the epithelium itself.

Structure	Level	Pattern	Image	Note
TS28: organ of Corti	Weak	Regionally restricted	8E	Expression is in the sensory epithelium of the basal turn.

Structure	Level	Pattern	Image	Note
TS28: organ of Corti	Moderate	Regionally restricted	8F	Expression is in the sensory epithelium of the apex.