List of Figures and Tables

In: Complexity and Simplicity
Editors:
Ewa Błaszczak
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Małgorzata Cebrat
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Jakub Jernajczyk
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Bartłomiej Skowron
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Weronika Urbańska
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Roland Zarzycki
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Pages:
VIII–IX
Open Access
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Figures
3.1 Structure of a T cell receptor (based on TCRαβ) and an antibody. 21
3.2 Course of V(D)J recombination. 22
3.3 Maturation of Tαβ cells in the thymus and the selection of the TCR repertoire. 25
3.4 The scenario of the transposon hypothesis for the origin of RAG-1 and RAG-2. 27
3.5 Characteristic locations of genes originating from transposons that still function in their hosts’ genomes. 28
3.6 Structure of the RAG/NWC locus. 29
5.1 The types of protein structure. 46
5.2 A simplified diagram of the HSP70 protein’s reaction cycle. 48
5.3 A simplified diagram of the network of HSP family proteins, the main component of the protein quality control system (PQC). 49
5.4 A simplified diagram of a protein life cycle. 50
6.1 Geometric representation of simple ratios by Descartes. 62
6.2 Measure of harmonic entropy of order F = 64 for intervals between the unison and the octave + major third. 63
6.3 Pattern window of model responses to two signals with periods of 4 ms and 5 ms (250 Hz and 200 Hz), forming the major third interval. 65
6.4 The F1 score computed for four described measures and experimental results, based on ranking thresholds discriminating dissonances and consonances. 67
7.1 The flow of a single trial in the test. 73
7.2 Description of the neuron model proposed within the Leabra framework. 75
7.3 Conceptual model of basal ganglia with corresponding neural model. 77
7.4 Graphical interpretation of formula (4). 80
9.1 W. Gołuch, Double parabole, 1979. 97
9.2 W. Gołuch, Cut out that line, 2011 (parts 0, 9, 10). 99
9.3 W. Gołuch, Falling dot, 1979. 101
9.4 W. Gołuch, Infinite drawing, 2011. 104
10.1 Copper(I) complexes with phosphines derived from fluoroquinolones. 110
10.2 Copper(I) complexes with different phosphine ligands. 111
10.3 Schematic route of phosphine ligands with and without peptide, as well as copper(I) complex with phosphine ligands. 112
10.4 Schematic mechanism of cytotoxic action of copper(I) complexes with phosphine-peptide conjugate. 113
14.1 Fruit fly (Drosophila melanogaster). 150
14.2 The key moments in mice mutagenesis. 152
15.1 The complex system of nickel homeostasis in H. pylori. 164
15.2 A) A scheme of Heat Shock Protein A from H. pylori; B) A suggested scheme of the structural rearrangement of HspA upon Bi3+ addition; only the front subunit is highlighted (Cun et al., 2008). 166
15.3 Binding modes of nickel to the Hpn sequences discussed above -HHYH, MAH and CC. 167
15.4 Secondary structures of (A) the genomic HDV ribozyme (B) the CPEB3 ribozyme (C) the small model constructs P1, P2 and P4 used for resonance assignment; the nucleotides added to the natural sequences are shown in grey. 170
15.5 Schematic model of C. albicans zinc scavenging from host cells. 172
16.1 The Herman grid illusion. 184
16.2 A series of objects of progressively higher dimensional type. 187
Tables
6.1 Musical intervals and their corresponding simple ratios in just intonation. 61
6.2 Comparison of selected measures of consonance in terms of distinction between consonances and dissonances. 66
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Series:  Transdisciplinary Studies, Volume: 7
Cover Complexity and Simplicity
E-Book ISBN:
9789004714540
Publisher:
Brill
Print Publication Date:
23 Dec 2024

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