{"first_sentence": {"type": "/type/text", "value": "Various fungal species are able to accumulate high concentrations of trace elements (such as copper and zinc) beyond metabolic requirements as well as accumulate metals which are not associated with biological processes (including mercury, uranium and cadmium)."}, "physical_format": "Hardcover", "last_modified": {"type": "/type/datetime", "value": "2008-04-29 15:03:11.581851"}, "weight": "1.8 pounds", "languages": [{"key": "/l/eng"}], "publishers": ["Springer"], "number_of_pages": 610, "isbn_13": ["9780792345152"], "id": 10606289, "edition_name": "1 edition", "isbn_10": ["0792345150"], "publish_date": "November 30, 1997", "key": "/b/OL7808370M", "authors": [{"key": "/a/OL2784215A"}], "title": "Global Environmental Biotechnology", "type": {"key": "/type/edition"}, "subjects": ["Pollution of land & crops", "Pollution of rivers & water supplies", "Technology & Industrial Arts", "Waste Biodegradation", "Technology", "Science/Mathematics", "Engineering - Chemical & Biochemical", "Environmental Engineering & Technology", "Environmental Science", "Science / Environmental Science", "Science-Environmental Science", "Technology / Environmental", "Technology-Engineering - Chemical & Biochemical", "Bioremediation"], "physical_dimensions": "9.4 x 6.4 x 1.6 inches", "revision": 1}