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14442 results for: ‘CONTACT COLASHIP.SHOP TO ’

  • Tamaraudoubra Tom Egbe

    The academic profile of Dr Tamaraudoubra Tom Egbe who specialise in International Carriage of Goods by Sea, Marine Insurance, and International Sale of Goods.

  • Doing Historical Archaeology

    Module code: AR7530 This module explores archaeological issues related to later historical archaeology, and will allow you to develop skills in the interpretation of material culture – not only excavated sites, but also material in museums, standing structures and historical...

  • Yeast two-hybrid

    vectors for yeast two hybrid use

  • Doing Historical Archaeology

    Module code: AR7530 This module explores archaeological issues related to later historical archaeology, and will allow you to develop skills in the interpretation of material culture – not only excavated sites, but also material in museums, standing structures and historical...

  • WTO Data Portal

    Posted by Andrew Dunn in Social Sciences and Humanities Librarians’ Blog on July 1, 2022 The  new site  allows users to access WTO databases on trade and tariffs. It covers intellectual property and trade in different types of goods. Some require subscription.

  • Useful WTO links

    Posted by Andrew Dunn in Social Sciences and Humanities Librarians’ Blog on June 21, 2021 WTO’s General Council ePortal (GCeP) Includes information on all issues raised and discussed by the World Trade Organisation since 1995 with links, where possible, to associated...

  • Accepting your offer

    Once you have heard from all the universities that you have applied to, you'll need to decide which university to select as your firm and insurance choices.

  • Branding and Communication

    Module code: MN7285 Module co-ordinator: Dr Mihalis Kavaratzis Module Outline This module introduces and reviews the importance of strong brands and the types of communication used in marketing today to assess how advertising and other marketing communications work; the...

  • Leicester scientists discover ‘Star Wars’ planet

    Scientists from the University of Leicester has revealed for the first time that groups of stars can tear apart their planet-forming disc, leaving it warped and with tilted rings - similar to the planet Tatooine in Star Wars.

  • Chemistry

    Find your research degree supervisor in Chemistry at Leicester.

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