Tansy coetzee biography of martin luther king

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Nürk, Nicolai ; Pirie, Michael D.:
What drives evolutionary diversification in a biodiversity hotspot? : A 'next generation' phylogenetic approach comparing three clades of the Cape Floristic Region´s mega-genus Erica : DFG Project Report.
Universität Bayreuth
Bayreuth , 2024 . - 15 S.
DOI: https://doi.org/10.15495/EPub_UBT_00008064

Bolze, Alfred ; Lauerer, Marianne ; Horbach, Heinz-Dieter ; Hertel, Eduard ; Kruse, Julia ; Feulner, Martin ; Stahlmann, Reinhold ; Walentowitz, Anna J. ; Breitfeld, Matthias ; Aas, Gregor:
Flora von Bayreuth und Umgebung : alle Farn- und Blütenpflanzen im Bayerischen Messtischblatt 6035, Bayreuth mit Text, Bildern und Verbreitungskarten ; Ergebnisse der floristischen Kartierung von 2009-2021.
Bayreuth : Selbstverlag , 2024 . - 480 S.

Clemens, Stephan ; Fehse, Boris:
Im Fokus: Genomeditierung von Pflanzen : Eine aktuelle Bestandsaufnahme der Arbeitsgruppe Gentechnologiebericht.
Arbeitsgruppe Gentechnologiebericht
Berlin : Berlin Institute of Health at Charité (BIH) , 2024 . - 176 S.
DOI: https://doi.org/10.17169/refubium-45156

Uhl, Britta ; Červenka, Jaroslav ; Pouska, Václav ; Karasch, Peter ; Bässler, Claus:
Biodiversitätsschutz in Zentraleuropäischen Wäldern : ein Konzept für Waldbewirtschafter und politische Entscheidungsträger.
Vimperk : Verwaltung des Nationalparks Šumava , 2022

Uhl, Britta ; Pouska, Václav ; Červenka, Jaroslav ;

Keywords: arrhythmia, cardiac physiology, cell adhesion, gap junction, intercalated disc

Abstract

The intercalated disc (ID) is a highly specialized structure that connects cardiomyocytes via mechanical and electrical junctions. Although described in some detail by light microscopy in the 19th century, it was in 1966 that electron microscopy images showed that the ID represented apposing cell borders and provided detailed insight into the complex ID nanostructure. Since then, much has been learned about the ID and its molecular composition, and it has become evident that a large number of proteins, not all of them involved in direct cell-to-cell coupling via mechanical or gap junctions, reside at the ID. Furthermore, an increasing number of functional interactions between ID components are emerging, leading to the concept that the ID is not the sum of isolated molecular silos but an interacting molecular complex, an “organelle” where components work in concert to bring about electrical and mechanical synchrony. The aim of the present review is to give a short historical account of the ID’s discovery and an updated overview of its composition and organization, followed by a discussion of the physiological implications of the ID architecture and the local intermolecular interactions. The latter will focus on both the importance of normal conduction of cardiac action potentials as well as the impact on the pathophysiology of arrhythmias.

CLINICAL HIGHLIGHTS.

The intercalated disc, the region of cell-cell contact between adult cardiac myocytes, hosts molecular complexes necessary for intercellular adhesion, as well as for efficient cardiac electrical synchrony. Molecules classically identified as belonging to one particular complex (e.g., the gap junctions or the desmosomes) can cross talk and regulate other components in such a way that rather