General Assembly Meeting Thursday, May 5th 10:00 – 13:00

General Assembly Meeting - 2022

Highlights from the General Assembly Meeting
 

The 2022 General Assembly meeting which took place virtually on May 5th discussed general issues related to the smooth running of the consortium as well as possible threats emanating from ECHA/the Commission by way of potential Restrictions/Authorisation related to the use of several Mn substances within the EU amongst other things.

The meeting saw the following decisions taken

The GA agreed a on methodology to redistribute income from Non-EU REACH data sales. MARA’s assets in the form of study reports are being sold for the purposes of Non-EU regulatory compliance in the hope of sharing knowledge on the toxicity profile of Mn-based substances in view of a worldwide harmonising the classification. The GA agreed that if the entire industry use the same data – then industry will settle for the same classification.
 

MARA’s Office: The GA discussed the need of an actual office versus a virtual office from a financial standpoint. Considering that work was still effective during the pandemic lockdown, it was clear that a virtual office will reduce cost without affecting the quality of work carried out by the Consortium. To this end, the GA approved for MARA to seek advice from the French authorities on the possibility of a Not-for-profit organisation to be domicile virtually.
 

Harmonised Categorization of Slags across the EU: The GA approved a way to fund this special project. The project which considers the present regulatory constraints on the use or disposal of slags across the EU to be non-harmonised is aimed at creating a level playing field guided by a harmonised regulatory standpoint for all players within the EU. The project intends to use a robust socio-economic analysis and lobbying of the authorities to achieve its goes.

Study Summaries

Compliance with any regulation, including REACH, requires that studies be conducted in order to fill data gaps. The Mn Consortium conducted studies on 14 different inorganic manganese-based substances. All of the studies complied with recognised guidelines as laid down by the relevant international organisations (including the OECD) and to good laboratory practice (GLP). For those countries that signed the OECD Mutual Acceptance of Data (MAD) agreement, the data listed below can be used for regulatory compliance as well as for in-house safety assessments.

IN VITRO SKIN CORROSION/ Mn3O4 (Trimanganese tetraoxide)/ OECD 431/GLP
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ACUTE ORAL TOXICITY IN THE RAT/ Mn3O4 (Trimanganese tetraoxide)/ OECD 420/GLP
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LOCAL LYMPH NODE ASSAY IN THE MOUSE/ Mn3O4 (Trimanganese tetraoxide)/ OECD 429/ GLP
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ASSESSMENT OF OCULAR IRRITATION POTENTIAL/ Mn3O4 (Trimanganese tetraoxide)/GLP
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DETERMINATION OF RELATIVE DENSITY/ Mn3O4 (Trimanganese tetraoxide)/Method A3/ GLP
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DETERMINATION OF FLAMMABILITY (SOLIDS)/ Mn3O4 (Trimanganese tetraoxide)/Method A10 / GLP
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DETERMINATION OF MELTING/FREEZING TEMPERATURE/Mn3O4 (Trimanganese tetraoxide)/MethodA1/ GLP
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DETERMINATION OF SKIN IRRITATION POTENTIAL/ Mn3O4 (Trimanganese tetraoxide)/ OECD 439/ GLP
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DETERMINATION OF OXIDISING PROPERTIES (SOLIDS)/ Mn3O4 (Trimanganese tetraoxide)/MethodA17 / GLP
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DETERMINATION OF WATER SOLUBILITY/ Mn3O4 (Trimanganese tetraoxide)/ Method A6 / GLP
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ALGAL GROWTH INHIBITION TEST/ MnO2 (Manganese dioxide)/ OECD 201/ GLP
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ACUTE TOXICITY TO RAINBOW TROUT (Oncorhynchus mykiss)/ MnO2 (Manganese dioxide)/ OECD 203/ GLP
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ACUTE TOXICITY TO DAPHNIA MAGNA/ MnO2 (Manganese dioxide)/ OECD 202/ GLP
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ASSESSMENT OF THE INHIBITORY EFFECT ON THE RESPIRATION/ MnO2 (Manganese dioxide)/ OECD 209/ GLP
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DAPHNID, CERIODAPHNIA DUBIA SURVIVAL AND REPRODUCTION TEST/ MnO2 (Manganese dioxide)/OECD 211/GLP
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ACUTE EYE IRRITATION IN THE RABBIT/ MnO2 (Manganese dioxide)/ OECD 405/ GLP
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ACUTE DERMAL IRRITATION IN THE RABBIT/ MnO2 (Manganese dioxide)/ OECD 404/ GLP
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IN VITRO SKIN CORROSION/ MnO2 (Manganese dioxide)/ OECD 431 /GLP
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LOCAL LYMPH NODE ASSAY IN THE MOUSE/ MnO2 (Manganese dioxide)/ OECD 429/ GLP
Read more »

ASSESSMENT OF OCULAR IRRITATION POTENTIAL/ MnO2 (Manganese dioxide)/ OECD 492 /GLP
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