See also: Example: Determination of Listed Substances

The notification status n (notification negative) has a lower priority than notification status y. This means that component C has list notification n as a result.

This means that the notification status would be derived from the values in brackets if the values for the list notification were passed up in the hierarchy.

Step 2 Derivation of list notificaiton (Lis) and component notification (Com)

Displaying the results as a list

P				Lis	Kom	Prop	A		Lis	Kom	Prop
ë	A			(n)	y	40%	ë	B'	y		44%
ê	ë	C		(n)		50%	ë	B'	y		18%
ê	ê	ë	[C']	y		60%	ë	C'	y		15%
ê	ê	ë	[C'']	n		1%	ë	C''	n		0,25%
ê	ê	ë		y		38%	ë	D	e		6%
ê	ë	A'		(e)		50%	ë	Z	y		2
ê		ë	[B']	y		85%	ë	H2O	y		14,5%
ê		ë	[Z]	y		10%
ê		ë	[D]	e		5%
ë	B			(y)	y	45%
ê	ë	[B']		y		60%
ê	ë	[B'']		y		40%
ë	C			(n)	n	5%
ê	ë	[C']		y		60%
ê	ë	[C'']		n		1%
ê	ë	[H2O]		y		38%
ë	[D]
ë	[H2O]

For substance A, there is an obvious discrepancy between the list and component notification, that is, the notification status for substance A was changed by the appropriate person responsible (from n to y). This yields an overall default value for the list notification of P _Lis = min(y,n,y,y,y,,y,ye,y,n,y,e,y) = n and P _Reg = min(y,y,n,e,y) = n for the component notification.