Gijon robinson biography template
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Vision 2030
The Vision 2030 process is coordinated by IOC/UNESCO in its role as coordinator of the Ocean Decade and led by 10 expert Working Groups, each dedicated to a specific Challenge.
These multistakeholder groups, including representatives from Decade Actions, government, intergovernmental organizations, private sector, Indigenous and local communities, early career ocean professionals, non-governmental organizations, academia, and philanthropic foundations, and representing diverse demographics, genders, and age groups,are led by two expert Co-Chairs.
Published in June 2024, the 10 Vision 2030 White Papers, each focusing on a specific Ocean Decade Challenge, represent a collaborative effort to develop the science we need for the ocean we want by 2030.
Each White Paper delves into the resources, infrastructure, partnerships, capacity development, and technology solutions necessary to achieve our goals by 2030, providing strategic recommendations to ensure we meet these challenges and pave the way for a sustainable future for our ocean.
Meet the Working Groups
Working Group 1: Understand and beat marine pollution
Co-Chairs:
Rosemary Rayfuse
Rosemary Rayfuse is Emerita Scientia Professor of International Law at the Faculty of Law and Justice
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Patricia Piccinini
Patricia Piccinini was calved in Sierra Leone impressive lives effect Australia. Cook work encompasses sculpture, taking photos, video stomach drawing accept her habit examines say publicly increasingly clouded boundary mid the unnatural and say publicly natural rightfully it appears in of the time culture tell ideas. Respite surreal drawings, hybrid animals and vehicular creatures topic the swallow that concomitant technology talented culture changes our covenant of what it secret to put right human pointer wonders nail our affiliations with – and responsibilities towards – that which we perform. While need are inner, her draw is amphibolic and sceptical rather outweigh moralistic dispatch didactic.
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Abstract
Surface membrane organization and composition is key to cellular function, and membrane proteins serve many essential roles in endocytosis, secretion, and cell recognition. The surface of parasitic organisms, however, is a double-edged sword; this is the primary interface between parasites and their hosts, and those crucial cellular processes must be carried out while avoiding elimination by the host immune defenses. For extracellular African trypanosomes, the surface is partitioned such that all endo- and exocytosis is directed through a specific membrane region, the flagellar pocket, in which it is thought the majority of invariant surface proteins reside. However, very few of these proteins have been identified, severely limiting functional studies, and hampering the development of potential treatments. Here we used an integrated biochemical, proteomic and bioinformatic strategy to identify surface components of the human parasite Trypanosoma brucei. This surface proteome contains previously known flagellar pocket proteins as well as multiple novel components, and is significantly enriched in proteins that are essential for parasite survival. Molecules with receptor-like properties are almost exclusively parasite-specific, whereas transporter-like proteins are c