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(A) Left: IST density of IRs on the <t>3D</t> <t>protein</t> structures of AP-1. ISTs obtained as prey in selections using FOS and JUN were mapped onto the 3D structure of AP-1 (PDB: 1A02, chain F and J; . Right: Contact regions of AP-1. All amino acids of one protein within 4.0 Å of the other protein are colored blue. IST densities are ranked and colored on a scale of 1 to >5 according to the number of ISTs at each amino acid position. (B) Left: MAX interacting regions in FTH1. Twenty-four ISTs derived from FTH1, obtained using MAX as bait, were mapped onto the 3D structure of FTH1 (PDB:1FHA; ). Right: Pull-down assay to evaluate the MAX/FTH interaction. ‘IR’ and ‘full’ correspond to the assays performed with the IR (region: 124.176) and full-length FTH, respectively, as bait. Full-length MAX was used as prey. (C) Left: SMAD2 interacting regions in RHOA. An IST derived from RHOA, obtained using SMAD2 as bait, was mapped onto the 3-D structure of RHOA (PDB: 1OW3, chain B; ). Right: Pull-down assay to evaluate the SMAD2/RHOA interaction. ‘IR’ and ‘full’ correspond to the assays performed with the IR (region: 38..63) and full-length RHOA, respectively, as bait. The (522..1401) region of SMAD2 was used as prey.
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(A) Left: IST density of IRs on the 3D protein structures of AP-1. ISTs obtained as prey in selections using FOS and JUN were mapped onto the 3D structure of AP-1 (PDB: 1A02, chain F and J; . Right: Contact regions of AP-1. All amino acids of one protein within 4.0 Å of the other protein are colored blue. IST densities are ranked and colored on a scale of 1 to >5 according to the number of ISTs at each amino acid position. (B) Left: MAX interacting regions in FTH1. Twenty-four ISTs derived from FTH1, obtained using MAX as bait, were mapped onto the 3D structure of FTH1 (PDB:1FHA; ). Right: Pull-down assay to evaluate the MAX/FTH interaction. ‘IR’ and ‘full’ correspond to the assays performed with the IR (region: 124.176) and full-length FTH, respectively, as bait. Full-length MAX was used as prey. (C) Left: SMAD2 interacting regions in RHOA. An IST derived from RHOA, obtained using SMAD2 as bait, was mapped onto the 3-D structure of RHOA (PDB: 1OW3, chain B; ). Right: Pull-down assay to evaluate the SMAD2/RHOA interaction. ‘IR’ and ‘full’ correspond to the assays performed with the IR (region: 38..63) and full-length RHOA, respectively, as bait. The (522..1401) region of SMAD2 was used as prey.

Journal: PLoS ONE

Article Title: A Comprehensive Resource of Interacting Protein Regions for Refining Human Transcription Factor Networks

doi: 10.1371/journal.pone.0009289

Figure Lengend Snippet: (A) Left: IST density of IRs on the 3D protein structures of AP-1. ISTs obtained as prey in selections using FOS and JUN were mapped onto the 3D structure of AP-1 (PDB: 1A02, chain F and J; . Right: Contact regions of AP-1. All amino acids of one protein within 4.0 Å of the other protein are colored blue. IST densities are ranked and colored on a scale of 1 to >5 according to the number of ISTs at each amino acid position. (B) Left: MAX interacting regions in FTH1. Twenty-four ISTs derived from FTH1, obtained using MAX as bait, were mapped onto the 3D structure of FTH1 (PDB:1FHA; ). Right: Pull-down assay to evaluate the MAX/FTH interaction. ‘IR’ and ‘full’ correspond to the assays performed with the IR (region: 124.176) and full-length FTH, respectively, as bait. Full-length MAX was used as prey. (C) Left: SMAD2 interacting regions in RHOA. An IST derived from RHOA, obtained using SMAD2 as bait, was mapped onto the 3-D structure of RHOA (PDB: 1OW3, chain B; ). Right: Pull-down assay to evaluate the SMAD2/RHOA interaction. ‘IR’ and ‘full’ correspond to the assays performed with the IR (region: 38..63) and full-length RHOA, respectively, as bait. The (522..1401) region of SMAD2 was used as prey.

Article Snippet: All 3D protein structures presented in this paper were created using PyMol ( http://pymol.sourceforge.net ).

Techniques: Derivative Assay, Pull Down Assay

Journal: Structure (London, England : 1993)

Article Title: RCSB Protein Data Bank resources for structure-facilitated design of mRNA vaccines for existing and emerging viral pathogens

doi: 10.1016/j.str.2021.10.008

Figure Lengend Snippet:

Article Snippet: During the design phase, researchers at both Pfizer-BioNTech and Moderna had open access to a total of 18 3D structures of the extracellular portion of the SARS-CoV-1 spike protein (first PDB: 5x5b , publicly released 5/3/2017; ).

Techniques: Software