LMDavis2026, https://envipath.org/package/0ba96e87-d678-46f9-bc8f-9e61ef0f298f, Keep the streets clean EAWAG-SOIL, https://envipath.org/package/5882df9c-dae1-4d80-a40e-db4724271456, "EAWAG-SOIL" package contains pathway information from soil degradation studies, stored in a biotransformation reaction scheme in the object pathway. This information is extracted from pesticide registration dossiers (draft assessment reports, DAR) made publically available through the European Food Safety Authority (EFSA). The package also contains information on different experimental conditions that are stored in the object scenario. Compounds in the pathway are associated with a given scenario if they have been observed under the specific experimental conditions. If available, a biotransformation half-life (DT50) value is additionally associated with a given compound in the pathway and a specific scenario. More details concerning enviPath conventions that were used to store specific data from DAR, and their description can be found in our wiki. Multi-Step Rules, https://envipath.org/package/6e470eef-b954-41a1-8c61-8ccdf9a8544a, The package contains only composite sequential rules that can be associated to a reaction. The combined simple rules themselves are i.g. not part of this package. package 0000000, https://envipath.org/package/53421366-e720-4b2c-b25a-e8e9c95ecb26, no description TP prediction with BBD+SLUDGE - ML - ECC - 2022, https://envipath.org/package/7d64aa85-2e3c-413f-a538-4d5f2bfd4662, Package for TP prediction results on pharmaceuticals using BBD+SLUDGE - ML - ECC - 2022 model EAWAG-BBD (rules only) 062821 (successfully imported from JSON on 2021-06-28 11:51), https://envipath.org/package/fbf5a021-af64-4e86-9a4c-09cb2863d55d, Rules of BBD TP prediction with BBD+SOIL+SLUDGE - ML - ECC - 2022, https://envipath.org/package/11f2acd5-5209-4d49-ad77-93f6f6965886, Actions Package for TP prediction results on pharmaceuticals using BBD+SOIL+SLUDGE - ML - ECC - 2022 model test_again_241029, https://envipath.org/package/2b75768e-1805-498f-8077-85fa914c98c5, no description Eawag-Soil (Without Scenarios, DT50s and Multistep Reactions), https://envipath.org/package/d817c31c-d879-44c8-913d-2963d42f8203, "EAWAG-SOIL" package contains pathway information from soil degradation studies, stored in a biotransformation reaction scheme in the object pathway. This information is extracted from pesticide registration dossiers (draft assessment reports, DAR) made publically available through the European Food Safety Authority (EFSA). The package also contains information on different experimental conditions that are stored in the object scenario. Compounds in the pathway are associated with a given scenario if they have been observed under the specific experimental conditions. If available, a biotransformation half-life (DT50) value is additionally associated with a given compound in the pathway and a specific scenario. More details concerning enviPath conventions that were used to store specific data from DAR, and their description can be found in our wiki. Relative Reasoning Models 2022, https://envipath.org/package/308fc905-f84d-410b-b3ca-ed888d59dd33, These models were used to perform the prediction in the publication by Trostel et al., 2023. Beantree, https://envipath.org/package/55563f43-222e-4753-82fa-ab67f054b827, no description EAWAG-BBD-without-rules (successfully imported from JSON on 2023-11-24 14:05), https://envipath.org/package/c0a14137-5a5a-4425-b80a-ab3df623bc99, Migration package for pathways, reactions and compounuds from the EAWAG-BBD database. It contains no rules or scenarios. Biodegradation Lab , https://envipath.org/package/afc745d6-899a-4d3c-88f5-4cdfffae9f2b, Pathway for part 1 of the biodegradation lab REF, https://envipath.org/package/6564deab-1474-48c9-8f22-a53d922a6b5d, no description Carr Package, https://envipath.org/package/32f6e826-bd4f-4700-8725-c44d9b983a34, codeine TP predictions TFA (BBD, top 50), https://envipath.org/package/13a02b3f-3353-46cf-a9d2-242f53a0bf85, TP predictions for TFA-containing compounds (BBD model, max 50 TPs) ehorsley, https://envipath.org/package/f5ffc279-769a-4e0e-80c2-0a11d59d0fbf, no description EAWAG-BBD, https://envipath.org/package/32de3cf4-e3e6-4168-956e-32fa5ddb0ce1, Migration package for pathways, reactions and compounds from the EAWAG-BBD database slang03 - test 1, https://envipath.org/package/d4e4f03a-a266-4442-83dc-2843b03eda37, no description Copy Pathway Test, https://envipath.org/package/7b1f2aa6-6c1e-441d-bb48-a9f38a7064cb, no description EAWAG-SLUDGE 2022, https://envipath.org/package/4a3cd0f4-4d2b-4f00-b3e6-a29e721f7038, The EAWAG-SLUDGE package contains pathways and kinetic information about microbially mediated transformation processes in biological wastewater treatment. The information was extracted from scientific publications in different journals. The biotransformation reaction schemes are stored as pathways. The experimental conditions and additional information (e. g. sludge source) are collected in the scenario objects. Any observed transformation products (compounds) are linked to their corresponding experimental metadata (scenario). Kinetic parameters (rate constants and/or half-lives) including corresponding scenarios are indicated for compounds for which such data is available. More details regarding enviPath conventions can be found in our wiki. anonymous, https://envipath.org/package/650babc9-9d68-4b73-9332-11972ca26f7b, no description ITN-training-EAWAG-2022, https://envipath.org/package/ed630731-44c2-48eb-8b6e-bae5fac6f637, This package contains predicted pathways of ITN practice kunyang, https://envipath.org/package/c4b1f9d5-7b6d-4b93-b092-5d506274ab87, no description c13 Package, https://envipath.org/package/9a0504cc-07f6-496c-bd13-6b5f261cee40, This package is created as a tutorial for enviPath-python documentation! gpapa, https://envipath.org/package/77447530-7db9-49d0-b4c3-7199ade1f3a8, no description Test_transfer, https://envipath.org/package/32744405-dfde-4216-bd93-41870a585ab4, Pathway transfer Eawag-Soil (only new set of rules), https://envipath.org/package/7983cb64-f580-42ba-8776-8fdace4ad7dc, no description TP prediction with BBD - ML - ECC - 2022, https://envipath.org/package/0915fad3-b889-4aa8-ac98-0707b717be57, Package for TP prediction results on pharmaceuticals using BBD - ML - ECC - 2022 model bbd soil,sludge, https://envipath.org/package/50cacc78-a2f6-478b-9688-b570f010d3e0, fluroquinolone TP prediction with BBD+SOIL - ML - ECC - 2022, https://envipath.org/package/80cf58b1-21e2-4c28-9cc6-dc69c6445bdf, Package for TP prediction results on pharmaceuticals using BBD+SOIL - ML - ECC - 2022 model Pathways_Xuejian_Wang, https://envipath.org/package/51147f95-0101-4d12-beab-66fee17dadc9, no description EAWAG-BBD-SOIL-combined-rules-only-080221 (successfully imported from JSON on 2022-08-22 12:44), https://envipath.org/package/55fa3a97-db19-442f-8108-954f7be95e1c, Combined Rules of EAWAG-BBD and EAWAG-SOIL Demo SIB, https://envipath.org/package/4fd7f3e0-dd25-43ac-9453-dda3e52396e4, no description EAWAG-SLUDGE, https://envipath.org/package/7932e576-03c7-4106-819d-fe80dc605b8a, The EAWAG-SLUDGE package contains pathways and kinetic information about microbially mediated transformation processes in biological wastewater treatment. The information was extracted from scientific publications in different journals. The biotransformation reaction schemes are stored as pathways. The experimental conditions and additional information (e. g. sludge source) are collected in the scenario objects. Any observed transformation products (compounds) are linked to their corresponding experimental metadata (scenario). Kinetic parameters (rate constants and/or half-lives) including corresponding scenarios are indicated for compounds for which such data is available. More details regarding enviPath conventions can be found in our wiki. 2-Methylisoborneol, https://envipath.org/package/ad95c439-f1bc-4a0d-9bfb-8264c20006de, Engineered version of anonymous test_241029, https://envipath.org/package/2e55d78b-08ea-412e-9286-7542f907cbf3, no description