<Record><identifier xmlns="http://purl.org/dc/elements/1.1/">URN:NBN:SI:doc-F3HGO9E3</identifier><date>2021</date><creator>Aloke, Chinyere</creator><creator>Amu, Pascal Anyaegbunam</creator><creator>Igwe, Emmanuel Sunday</creator><creator>Obasi, Nwogo Ajuka</creator><creator>Ogbonnia, Egwu Chinedu</creator><relation>documents/doc/F/URN_NBN_SI_doc-F3HGO9E3_001.pdf</relation><relation>documents/doc/F/URN_NBN_SI_doc-F3HGO9E3_001.txt</relation><format format_type="issue">2</format><format format_type="volume">58</format><format format_type="type">article</format><format format_type="extent">str. 63-75</format><identifier identifier_type="DOI">10.26873/SVR-1072-2020</identifier><identifier identifier_type="ISSN">1580-4003</identifier><identifier identifier_type="COBISSID_HOST">70633731</identifier><identifier identifier_type="URN">URN:NBN:SI:doc-F3HGO9E3</identifier><language>eng</language><publisher publisher_location="Ljubljana">Veterinarska fakulteta</publisher><source>Slovenian veterinary research</source><rights>BY-SA</rights><subject language_type_id="slv">Diabetes Mellitus</subject><subject language_type_id="slv">Fabaceae</subject><subject language_type_id="slv">Oxidative Stress</subject><subject language_type_id="slv">Rats</subject><title>Anti-diabetic effect of ethanol extract of Copaifera salikounda (HECKEL) against alloxan-induced diabetes in rats</title></Record>