on the same plane as the gate line 300 is overlapped with the pixel electrode 800 as illustrated in fig2 the storage line 910 extends substantially parallel to the gate line 300 and the storage electrode 920 extends substantially perpendicular to the storage line 910 the organic protective layer 700 and the interlayer insulating layer 400 are interposed between the storage electrode 920 and the pixel electrode 800 alternatively the storage line 910 and the storage electrode 920 may be made of the same material and formed on the same plane as the data line 500 in such an alternative embodiment the storage electrode 920 would be separated from the pixel electrode 800 by the organic protective layer 700 but not the interlayer insulating layer 400 as shown in fig4 measured values of charge characteristics of the storage capacitor cst formed by and between the storage electrode 920 and the pixel electrode 800 range from 3 95e 12f to 4e 12f when considering the fact that measurement error and measured values are very small there is not a significant difference between the measured values and conventional normal values ranging from 3 8e 12f to 3 9e 12f the pixel region formed within the effective display region 17 further includes the inorganic protective layer 600 and the organic protective layer 700 in order to insulate a data pattern including the data line 500 the source electrode 510 and the drain electrode 520 from a transparent conductive pattern including the pixel electrode 800 the inorganic protective layer 600 is formed only on the data pattern with a similar pattern to the data pattern and formed between the data pattern and the organic protective layer 700 that is the inorganic protective layer.