Search Results gr_toxic_effects_tl




Overview
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Overview

The GR_TOXIC_EFFECTS_TL table is a core data entity within the Oracle E-Business Suite (EBS) Process Manufacturing Regulatory Management (GR) module. It functions as a translation table, storing language-specific descriptions for standard codes that represent observed toxic effects of substances. Its primary role is to support the multi-language capabilities of the application, ensuring that regulatory and safety information pertaining to toxicological hazards is accurately presented in a user's preferred language. The table is seeded with standard three-character codes derived from the authoritative reference "Sax's Properties of Dangerous Goods," establishing a consistent, global taxonomy for classifying toxic effects within the regulatory framework of the GR module.

Key Information Stored

The table's structure is designed to manage multilingual content through a combination of a key identifier and language columns. The primary key is a composite of TOXIC_EFFECT_CODE and LANGUAGE. The TOXIC_EFFECT_CODE is the three-character standard code (e.g., 'IRR' for irritant) that links to the base table, GR_TOXIC_EFFECTS_B. The LANGUAGE column identifies the language of the translated description (e.g., 'US' for American English). A critical supporting column is SOURCE_LANG, which records the original language in which the data was entered, facilitating synchronization during translation updates. The table also contains a DESCRIPTION column (implied by its TL, or "Translation," table type) which holds the translated textual name or explanation of the toxic effect code for the specified language.

Common Use Cases and Queries

This table is essential for any process or report within the GR module that requires displaying toxic effect information in a localized context. A common use case is populating language-sensitive lists of values (LOVs) in forms where users assign toxic effects to regulated materials or ingredients. For reporting, it is used to join translated descriptions onto regulatory or safety data sheets generated for different regions. A typical query pattern involves joining this table to its base table to retrieve a full set of codes with their user-language descriptions:

  • SELECT b.TOXIC_EFFECT_CODE, tl.DESCRIPTION FROM GR.GR_TOXIC_EFFECTS_B b, GR.GR_TOXIC_EFFECTS_TL tl WHERE b.TOXIC_EFFECT_CODE = tl.TOXIC_EFFECT_CODE AND tl.LANGUAGE = USERENV('LANG');

Administrative use cases include seeding new language translations or verifying translation coverage by querying for codes where a description in a specific target language is missing.

Related Objects

The GR_TOXIC_EFFECTS_TL table maintains defined foreign key relationships with several core EBS objects, ensuring data integrity and enabling joins for application logic.

  • GR_TOXIC_EFFECTS_B: This is the base or "seed" table for toxic effect codes. The relationship is defined as GR_TOXIC_EFFECTS_TL.TOXIC_EFFECT_CODE references GR_TOXIC_EFFECTS_B. Every code in the TL table must exist in the B table.
  • FND_LANGUAGES (via LANGUAGE column): The table references the standard Oracle Applications FND_LANGUAGES table to validate the language code used for the translated description.
  • FND_LANGUAGES (via SOURCE_LANG column): It also references FND_LANGUAGES a second time to validate the code identifying the original source language of the data.

These relationships position GR_TOXIC_EFFECTS_TL as a crucial link between the static code definitions in GR_TOXIC_EFFECTS_B and the application's multi-language foundation in FND_LANGUAGES.