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Practical Guide 5: How to report (Q)SARs - ECHA - Europa

Practical Guide 5: How to report (Q)SARs - ECHA - Europa

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− the field “Principles of method other than guideline” is used <strong>to</strong> include the name<br />

of the model.<br />

Block “Test materials”<br />

− select “yes” in the drop down menu "Test material same as for substance defined<br />

in section 1 (if not read across)”, if the (Q)SAR model is applied <strong>to</strong> the substance<br />

as <strong>report</strong>ed in section 1.1 of the IUCLID 5 dossier. If the (Q)SAR prediction refers<br />

<strong>to</strong> one constituent of the substance, select “no” and indicate the identity of the<br />

constituent in the “Test material identity”<br />

− the field “Test material identity” is used <strong>to</strong> include information on the substance<br />

for which the prediction was made. Please note, that the substance for which the<br />

registration is being made may contain more than one constituent. Each<br />

individual constituent for which the prediction is made should be listed in this<br />

field. Please note that it may be useful <strong>to</strong> prepare in such cases an individual<br />

endpoint study record for each constituent in order <strong>to</strong> be able <strong>to</strong> address each<br />

chemical separately (recommended if constituents have different properties and<br />

different models, assessments, etc have <strong>to</strong> be applied).<br />

− the field “Details on test material” is used <strong>to</strong> include the structural representation<br />

(e.g. SMILES notation, mol file as attachment etc.) and possible descrip<strong>to</strong>r values<br />

if used and as used <strong>to</strong> derive the prediction. If the substance contains impurities<br />

for which a prediction is made, the chemical identification should be <strong>report</strong>ed in<br />

the “Details on the test material”, including the structural representation or<br />

possible descrip<strong>to</strong>r values used. As for constituents, the generation of an<br />

individual endpoint study record for an impurity can be useful, particularly when<br />

different models, assessments, etc have <strong>to</strong> be applied because of different<br />

chemical properties.<br />

− Confidential information can be placed in “Confidential details on test material”.<br />

8

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