Chemical Registration,
Toxicology Support,
Health Based Risk Assessment.    
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Chemical Registration and Regulatory Services

Our flexible approach means that we can strive to meet most relulatory needs. Seren can evaluate the most appropriate regulatory path for your chemical or product with the correct authority in Australia and New Zealand. We provide a comprehensive stewardship service from the preparation of dossiers through to registration. Seren's staff are experienced in acting as an interface between manufacturers, importers and the regulators. Additionally out staff can act as an APVMA approved person.

The Globally Harmonised system of classification and labelling of chemicals (GHS) is currently being phased in, in Australia. The five year period ends in December 2016. Seren Consulting can assist with classification according to the Australian GHS and create pespoke safety data in line with the new Australian guidelines.

The New Zealand GHS and regulatory process is unique and can be difficult to navigate. Seren can assist in determining if your product is classified as hazardous in New Zealand and whether a group standard is available.

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Toxicology and Risk Assessment:

- An evaluation of the health risks of ingredients in consumer products.
- Review of toxicological data for an ingredient or product to provide information regarding the safety to consumers and workers.
- Hazard classification of new mixtures to enable communication of the hazard to workers and the public.
- Updates of emerging toxicological information and data for chemicals.
- Human health risk assessments.
- Ecological risk assessments.
























































































































































Here are usefull tags to help you find our site-

APVMA, NICNAS Chemical registration Australia, NZIoC, Chemical registration new Zealand, TGA AQIS, AICS, toxicology consultant, risk assessment product safety, toxicology, biology chemistry, chemicals, detection of poisoning, symptoms, mechanisms, Traité des poisons, Toxicologie générale. exposure to the substance. toxic conditions, human toxicity. endocrine disruptors, cross-species analysis, Dosage Route of exposure. Ingestion, inhalation or skin absorption environment. chemical sensitivities. acute and chronic toxicity, irritation, sensitization (allergies), reproductive toxicity and carcinogenesis (cancer). antidotes to poisons. removing the poison, repairing damage and providing life support. eliminate the human risks of chemical exposure while reducing time, cost. chemicals have no well-defined safe level of exposure. bioaccumulation. studies and experiments. assessing the effects of toxic pollutants. human immune system responds to chemical compounds within pharmaceutical drugs. toxicologists are to determine the effects of chemicals on organisms and their surroundings. forensic toxicologists may look for toxic substances. toxicologists may analyze the toxicity level. aquatic wastewater. biological scientists toxicologists, chemical makeup of toxins and their effects on biochemistry, physiology and ecology. pharmaceutical industry or law enforcement. toxicology in work. The Society of Toxicology (SOT), degree in biology or chemistry. laboratory. entox Environmental toxicology, Ecotoxicology. reduce potential pollution species in the air, soil, and water environments; and the effect of human activity. uncontaminated environment works, atmospheric, aquatic and soil chemistry, as well as heavily relying on analytical chemistry. understanding chemical reactions and equations, solutions, units, sampling, and analytical techniques. chemical species in the environment. contaminant pollutant, which is a substance that has a detrimental impact on the surrounding environment. organism affected by the pollutant or contaminant is called a receptor, a sink is a chemical medium or species that retains and interacts with the pollutant. Chemical measures of water quality. dissolved oxygen (DO), chemical oxygen demand (COD), biochemical oxygen demand (BOD), total dissolved solids (TDS), pH, nutrients nitrates and phosphorus), heavy metals (including copper, zinc, cadmium, lead and mercury), and pesticides. Heavy metal contamination of land by industry. Nutrients leaching from agricultural land into water courses. Urban runoff of pollutants washing off impervious surfaces (roads, parking lots, and rooftops). Organometallic compounds.