Amniotic membrane as an accelator in mandibular bone defects repair.

Background: The fetal amniotic membrane is a biological graft with unique qualities which all lead to wound protection, reducing discomfort, and achieving adequate epithelialization.

Materials And Methods: In this animal study, the second and third premolars of the mandible of 4 dogs were extracted. After 4 weeks, 20 mm of mandibular premolar site area were resected on both sides.

Data needed for assessing water footprint of steel production.

The data presented in this paper offer the information needed for assessing the water footprint of steel production. The data provided here are related to the research paper, "An Improved Water Footprint Model of Steel Production Concerning Virtual Water of Personnel: The Case of Iran" [1]. The data were collected form analysing a case study and reviewing the relevant literature.

An improved water footprint model of steel production concerning virtual water of personnel: The case of Iran.

The water footprint concept has been widely applied to the agriculture sector; however, little attention has been given to industrial products. In this paper, the concept of water footprint is applied to a large steel plant located in a semi-arid basin in the central part of Iran. The limitations of existing research, including the lack of any advanced approach for assessing the virtual water of personnel's food, working in the plant, and the lack of providing independent data sources, are addressed.