This article presents an analysis of how lecturers respond to students with disabilities, the initial question being: do lecturers aid or hinder students? Findings pertain to a broader research project being developed by a multidisciplinary team employing a non-usual research methodology in higher education (HE) research and students with disabilities: biographical-narrative methodology. The general aim is to analyse -by listening to the students themselves -barriers and support identified as affecting access, academic performance and overall perception of the HE experience. The present paper analyses lecturer-centred data to focus specifically on one of the objectives of our research project: the role that lecturers play in the inclusive education of students with disabilities. Unlike other international research, this article explores the barriers and support differentiating between five fields of knowledge: health sciences, experimental sciences, social sciences (law and education), engineering and technology and humanities. Findings are organized in four topic areas: lecturer attitudes, practices in the classroom, curricular adaptations and faculty training. Key findings are discussed in the conclusions section, together with a discussion of contributions made by earlier studies.

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This paper presents an analysis of how lecturers respond to students with disabilities, the initial question being: do lecturers aid or hinder students? Findings pertain to a broader research project employing a non-usual research methodology in higher education research and students with disabilities: the biographical-narrative methodology. The general aim is to analyse -by listening to the students themselves -barriers and support identified as affecting access, academic performance and overall perception of the higher education (HE) experience. This paper focuses only on the role that lecturers play in the inclusive education of students with disabilities. Unlike other international research, this paper has explored the barriers and support differentiating between five fields of knowledge: Health Sciences, Experimental Sciences, Social Sciences, Engineering and Technology and Humanities. As mentioned above, the present paper focuses specifically on one of the objectives of our research project: making an analysis of lecturer-centred data obtained by means of biographical-narrative methodology, by the first time in this field.

The presence of students with disabilities in the universities is increasing. Faculty need to be trained in order to attend these students and with the objective to offer and inclusice education. The aim of this communication is to identify, describe and explain the barriers and aids that students with disabilities experience in university classroom. Forty four students with disabilitis participated in the research. A biographical narrative methodology was used. The university-life histories of the students were complied by making use of in-depth interviews, lifelines and photographs. Results indicate the important of faculty training in matters concerning disabilities and new technologies, informing to the faculty of the presence of students with disabilities in their classroom,  the existence of a specific service to support the faculty and the important of iimproving a positive attitude toward the disability. These results are dicussed in line with other studies. Recommendations are maded according to inclusive education and offering keys to universities to provide training plans leading to inclusive education and learning.

The electrochemical carboxylation of carbon tetrachloride ͑CT͒ has been investigated to obtain trichloroacetic acid, providing a strategy for the elimination/conversion of this substance. The electrochemical behavior of CT in the presence of CO 2 has been studied by means of cyclic voltammetry in acetonitrile using tetrabutylammonium perchlorate as supporting electrolyte. Ag as working electrode exhibits electrocatalytic activity toward the electroreduction of CT in the presence of CO 2 , shifting reduction potentials to more positive values compared to other inert electrodes such as the glassy carbon electrode and graphite. The influence of the cathode and anode material has also been investigated by preparative electrolysis. The electrocarboxylation of the CT is remarkably more efficient if Ag is used as cathode and Zn as anode, giving high current efficiency, excellent trichloroacetate yield, and minimal subproducts formation.

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