What is the importent step in biotransformation
A xenobiotic is a foreign compound not produced by an organism's metabolism.
Yes, they both do. Its purpose is to oxidize small foreign organic molecules (xenobiotics), such as toxins or drugs, so that they can be removed from the body.
The body gets rid of several waste products from the lungs. And in fact, exhalation is the primary route of removal for some "xenobiotics" (materials that are not supposed to be in the body). Carbon dioxide
Pharmacogenomics is the understanding of genetic differences that causes people to metabolize xenobiotics (mostly drugs) differently. Pharmacogenomics consider the whole genome whereas pharamacogenetics consider only 1 or a few genes at most.
Coral reef bleaching is the result of the die-off of certain coral. Coral reef bleaching is the whitening of diverse invertebrate taxa. Coral reef bleaching is caused by various anthropogenic and natural variations in the reef environment including sea temperature, solar irradiance, sedimentation, xenobiotics, subaerial exposure, inorganic nutrients, freshwater dilution, and epizootics.
Mary J. Tucker has written: 'Diseases of the Wistar rat' -- subject(s): Rats, Diseases, Rats as laboratory animals 'Comparative toxicology of hypolipidaemic fibrates' -- subject(s): Antilipemic agents, Biochemical toxicology, Chemotherapy, Clobuzarit, Clofenapate, Clofibrate, Drugs, Enzyme induction, Hypolipemia, Metabolism, Methylclofenapate, Peroxisomes, Toxicity, Toxicology, Xenobiotics
John A. Timbrell has written: 'Introduction to toxicology' -- subject(s): Toxicology, Poisons, Poisoning 'INTRO TO TOXICOLOGY PB - SEE' 'Principles of biochemical toxicology' -- subject(s): Poisons, Biochemical toxicology, Metabolism, Physiological effect, Biochemistry, Poisoning, Physiopathology, Adverse effects, Xenobiotics 'The poison paradox' -- subject(s): Poisons, Physiological effect, Toxicology
Ocular toxicity is routinely assessed in toxicology studies conducted for regulatory purposes. Anatomical and physiological differences between species can affect the nature of ocular effects observed following intended or unintended exposure of ocular tissues to xenobiotics. Ocular toxicity in experimental animals provides a concise reference for ocular anatomy and physiology of different species, which will contribute to the design and interpretation of toxicological studies.
Pseudomonas are proteobacteria that belong to the genus Pseudomonas. There are a number of species such as P. aeruginosa, which is an opportunistic pathogen, causing infections in CF patients, burn/wound victims etc.. There is also the P. putida, P. fluorescens etc. They are know for their metabolic diversity, being able to breakdown a wide range of organic compounds including xenobiotics. They are also known for their hydrocarbon degrading abilities and some of their enzymes such as phytases, lipases may have industrial applications.
J. E. Rogers has written: 'Effects of temperature and redox conditions on degradation of chlorinated phenols in freshwater sediments' -- subject(s): Analysis, Biodegradation, Chlorophenols, Lake sediments, Oxidation-reduction reaction 'Ridicula rediviva' -- subject(s): Illustrations, Nursery rhymes 'Shell Book' 'Microbial transformation kinetics of xenobiotics in aquatic environment' -- subject(s): Environmental aspects of Marine biology, Environmental aspects of Microbiology, Marine biology, Microbiology
The body produces a wide variety of waste products, and each has its own elimination route and mechanism. For example, metabolism produces waste heat, waste gases, waste liquids and waste solids. Each of these wastes will be removed differently. Similarly, the body can produce secondary metabolites that are the result of normal elimination of "xenobiotics," the route and mechinisms will be different for each. Begin to find an answer to your question by first defining the limits and parameters of your question.