Mara - Reach-Administration

Mara Study Summary Articles Repository


Derivation of Species Sensitivity Distributions (SSDs) for aquatic organisms for manganese
Assessment of Specific Target Organ Toxicity Endpoint for the Registration, Evaluation and Authorisation of Chemicals, Regulation (EC) No. 1907/2006 (REACH) MetallicManganese : October 2024
Assessment of Specific Target Organ Toxicity Endpoint for the Registration, Evaluation and Authorisation of Chemicals, Regulation (EC) No. 1907/2006 (REACH): Four inorganic Manganese Oxides : August 2024
Analysis of available literature for the purposes of the evaluation of Endocrine Disruption Potential
Assessment of Specific Target Organ Toxicity Endpoint for the Registration, Evaluation and Authorisation of Chemicals, Regulation (EC) No. 1907/2006 (REACH): Three inorganic Manganese Salts : August 2024
DAPHNID,CERIODAPHNIA DUBIASURVIVALAND REPRODUCTION TEST/FeMn slag(Ferro-manganese slag)/OECD 211/GLP
ALGAL GROWTH INHIBITION TEST/ FeMn slag (Ferro-manganese slag)/ OECD 201/ GLP
ACUTE EYE IRRITATION IN THE RABBIT/ FeMn slag (Ferro-manganese slag)/ OECD 405/ GLP
ACUTE DERMAL IRRITATION IN THE RABBIT/ FeMn slag (Ferro-manganese slag)/ OECD 404 / GLP
IN VITRO SKIN CORROSION IN RECONSTITUTED HUMAN EPIDERMAL MODEL/FeMn slag / OECD 431/ GLP
ACUTE ORAL TOXICITY IN THE RAT/ FeMn slag (Ferro-manganese slag)/ OECD 420 / GLP
ASSESSMENT OF OCULAR IRRITATION POTENTIAL/ FeMn slag (Ferro-manganese slag)/ OECD 492 /GLP
DETERMINATION OF RELATIVE DENSITY/ FeMn slag (Ferro-manganese slag)/Method A3 / GLP
DETERMINATION OF FLAMMABILITY (SOLIDS)/ FeMn slag (Ferro-manganese slag)/ Method A10 /GLP
DETERMINATION OF OXIDISING PROPERTIES (SOLIDS)/FeMn slag (Ferro-manganese slag)/Method A17/ GLP
DETERMINATION OF MELTING/FREEZING TEMPERATURE/ FeMn slag (Ferro-manganese slag)/Method A1/ GLP
DETERMINATION OF PARTICLE SIZE/ FeMn slag (Ferro-manganese slag)/ OECD 110 / GLP
DETERMINATION OF WATER SOLUBILITY/ FeMn slag (Ferro-manganese slag)/Method A6 / GLP
ACUTE TOXICITY TO DAPHNIA MAGNA/ MnCO3 (Manganese Carbonate)/ OECD 202 / GLP
IN VITRO SKINCORROSION IN RECONSTITUTED HUMAN EPIDERMAL MODEL/MnCO3 /OECD 431/ GLP
ACUTE EYE IRRITATION IN THE RABBIT/ MnCO3 (Manganese Carbonate)/ OECD 405 / GLP
ACUTE DERMAL IRRITATION IN THE RABBIT/ MnCO3 (Manganese Carbonate)/ OECD 404 / GLP
ACUTE ORAL TOXICITY IN THE RAT � FIXED DOSE METHOD/ MnCO3 (Manganese Carbonate)/ OECD 420 / GLP
ASSESSMENT OF OCULAR IRRITATION POTENTIAL/ MnCO3 (Manganese Carbonate)/ GLP
DETERMINATION OF OXIDISING PROPERTIES (SOLIDS)/ MnCO3 (Manganese Carbonate)/Method A17/ GLP
DETERMINATION OF FLAMMABILITY (SOLIDS)/ MnCO3 (Manganese Carbonate)/Method A10/ GLP
DETERMINATION OF RELATIVE DENSITY/ MnCO3 (Manganese Carbonate)/Method A3 / GLP
DETERMINATION OF SKIN IRRITATION POTENTIAL/ MnCO3 (Manganese Carbonate)/ OECD 439/GLP
DETERMINATION OF WATER SOLUBITITY/ MnCO3 (Manganese Carbonate)/Method A6 / GLP
DETERMINATION OF MELTING/FREEZING TEMPERATURE/ MnCO3 (Manganese Carbonate)/Method A1/ GLP