Immobility, inheritance and plasticity of shape of the yeast nucleus

Table 2 Microarray Data

Fold Change	Gene Name	kb from Telomere	Chromosome
3.37	HMS2	42	X
3.20	NAT5	408	XIII
2.93	CDA1	333	XII
2.89	SRT1	136	XIII
2.62	CIT3	392	XVI
2.57	SSP1	90	VIII
2.47	SEO1	7	I
2.47	IMD2	7	VIII
2.43	THI12	15	XIV
2.35	UFO1	92	XIII
2.26	TY1	357	XIII
2.24	TY2	133	XII
2.21	KCC4	79	III
2.19	IMD3	76	XII
2.17	TY1	357	XIII
2.12	TY5	3	III
2.12	Putative ORF	10	III
2.06	Putative ORF	214	II
1.99	SPO1	175	XIV
1.97	BNA2	150	X
1.97	TY2	129	XII
1.94	DAK2	23	VI
1.94	TY2	29	II
1.92	TY2	132	XII
1.92	STE3	113	XI
1.91	TY2	381	XV
1.91	TY2	129	XII
1.90	SRD1	148	III
1.85	TY2	129	XII
-19.96	YGR035C	560	VII
-11.04	ZRT1	21	VII
-8.21	FDH2	18	XVI
-3.89	PHO84	25	XIII
-3.35	PMA2	482	XVI
-3.25	CTR1	140	XVI
-2.77	SPA2	101	XII
-2.27	HMS1	390	XV
-2.27	MET2	117	XIV
-2.17	SNF7	194	XII
-2.09	ZRT2	401	XII
-2.06	FRE7	41	XV
-1.95	STL1	9	IV
-1.93	RIM4	51	VIII
-1.91	AQY1	10	XVI
-1.88	YOR1	20	VII
-1.87	FRE1	568	XII
-1.81	SPS100	170	VIII

Comparison of GFP-Esc1p cells which were induced overnight and control cells grown in galactose medium. The list includes those genes whose microarray signals change by at least 1.8x. Interestingly, only two of the entries in this Table are among the 100 loci identified as putative Esc1p-binding sites in a genome-wide screen [65].

ISSN: 2661-8850