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	These two pictures are drew with the same parameters coming from related literature.Both figers point out that the output signal(GFP,yellow line) will form a pulse immediately after the input signal alters.		These two pictures are drew with the same parameters coming from related literature.Both figers point out that the output signal(GFP,yellow line) will form a pulse immediately after the input signal alters.
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-	Figure 1: This figer shows the concentration variation of chemical moleculars when the input signal is at positive edge when t=0.	+	Figure 1: This figure shows the concentration variation of chemical moleculars when the input signal is at positive edge when t=0.
	[[Image:tjumodel11a.jpg|500px]]<br>		[[Image:tjumodel11a.jpg|500px]]<br>
	<br>		<br>
-	Figure 2: This figer shows the concentration variation of chemical moleculars when the input signal is at negative edge when t=0.	+	Figure 2: This figure shows the concentration variation of chemical moleculars when the input signal is at negative edge when t=0.
	[[Image:tjumodel11b.jpg|500px]]<br>		[[Image:tjumodel11b.jpg|500px]]<br>
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Revision as of 10:52, 25 October 2007

These two pictures are drew with the same parameters coming from related literature.Both figers point out that the output signal(GFP,yellow line) will form a pulse immediately after the input signal alters.
Figure 1: This figure shows the concentration variation of chemical moleculars when the input signal is at positive edge when t=0.

Figure 2: This figure shows the concentration variation of chemical moleculars when the input signal is at negative edge when t=0.