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  1. The sequence and structural integrity of the SARS-CoV-2 Spike protein transmembrane domain is crucial for viral entry
  2. Structural insights into SARS ‐ CoV ‐2 nonstructural protein 4 (nsp4) biogenesis
  3. Sequence-dependent scale for translocon-mediated insertion of interfacial helices in membranes
  4. The sequence and structural integrity of the SARS-CoV-2 Spike protein transmembrane domain is crucial for viral entry
  5. Experimental and computational approaches for membrane protein insertion and topology determination
  6. Cetylpyridinium chloride and chlorhexidine show antiviral activity against Influenza A virus and Respiratory Syncytial virus in vitro
  7. Identification of small molecules capable of enhancing viral membrane fusion
  8. Computational design of cell death regulators that target protein interactions inside the membrane.
  9. Intra-Helical Salt Bridge Contribution to Membrane Protein Insertion
  10. Cetylpyridinium chloride promotes disaggregation of SARS-CoV-2 virus-like particles
  11. Methodological approaches for the analysis of transmembrane domain interactions: A systematic review
  12. Folding and Insertion of Transmembrane Helices at the ER
  13. Conformational Clamping by a Membrane Ligand Activates the EphA2 Receptor
  14. The SARS-CoV-2 envelope (E) protein has evolved towards membrane topology robustness
  15. Role of pulmonary surfactant protein Sp-C dimerization on membrane fragmentation: An emergent mechanism involved in lung defense and homeostasis
  16. The importance of transmembrane domain interactions in the viral control of apoptosis
  17. Conformational clamping by a membrane ligand activates the EphA2 receptor
  18. Author Correction: Viral Bcl2s’ transmembrane domain interact with host Bcl2 proteins to control cellular apoptosis
  19. Intra-helical salt bridge contribution to membrane protein insertion
  20. Controllable membrane remodeling by a modified fragment of the apoptotic protein Bax
  21. Viral Bcl2s’ transmembrane domain interact with host Bcl2 proteins to control cellular apoptosis
  22. Mcl-1 and Bok transmembrane domains: Unexpected players in the modulation of apoptosis
  23. SARS-CoV-2 envelope protein topology in eukaryotic membranes
  24. SARS-CoV-2 envelope protein topology in eukaryotic membranes
  25. Insertion of Bacteriorhodopsin Helix C Variants into Biological Membranes
  26. A Bimolecular Multicellular Complementation System for the Detection of Syncytium Formation: A New Methodology for the Identification of Nipah Virus Entry Inhibitors
  27. A Bimolecular Multicelular complementation system for the detection of syncytium formation: A new methodology for the identification of entry inhibitors
  28. Transmembrane but not soluble helices fold inside the ribosome tunnel
  29. Characterization of the inner membrane protein BB0173 from Borrelia burgdorferi
  30. Effect of hydrophobic matching on transmembrane helix packing
  31. Proteomic composition of Nipah virus -like particles
  32. Exploring the Human-Nipah Virus Protein-Protein Interactome
  33. N -Linked Glycosylation of the p24 Family Protein p24δ5 Modulates Retrograde Golgi-to-ER Transport of K/HDEL Ligands in Arabidopsis
  34. Membrane insertion and topology of the translocon-associated protein (TRAP) gamma subunit
  35. Role of Bcl-2 transmembrane segments in mitochondrial apoptosis
  36. NMR Investigation of Structures of G-protein Coupled Receptor Folding Intermediates
  37. The C-terminal Domains of Apoptotic BH3-only Proteins Mediate Their Insertion into Distinct Biological Membranes
  38. How short a transmembrane segment could be?
  39. The ER-Membrane Transport System Is Critical for Intercellular Trafficking of the NSm Movement Protein and Tomato Spotted Wilt Tospovirus
  40. Human Peroxin PEX3 Is Co‐translationally Integrated into the ER and Exits the ER in Budding Vesicles
  41. Molecular and topological membrane folding determinants of transient receptor potential vanilloid 2 channel
  42. Insertion and assembly of viroporins within biological membranes
  43. Peptides Derived from the Transmembrane Domain of Bcl-2 Proteins as Potential Mitochondrial Priming Tools
  44. A transmembrane serine residue in the Rot1 protein is essential for yeast cell viability
  45. Membrane integration of polytopic (multispanning) membrane proteins
  46. TMV movement protein is not a transmembrane protein
  47. The genome sequencing of an albino Western lowland gorilla reveals inbreeding in the wild
  48. BB0172, a Borrelia burgdorferi Outer Membrane Protein That Binds Integrin  3 1
  49. Charge Pair Interactions in Transmembrane Helices and Turn Propensity of the Connecting Sequence Promote Helical Hairpin Insertion
  50. Membrane-Perturbing Activities of KL4-Related Surfactant Peptides
  51. Polar/Ionizable Residues in Transmembrane Segments: Effects on Helix-Helix Packing
  52. Structure-based statistical analysis of transmembrane helices
  53. Interfacial Behavior of Recombinant Forms of Human Pulmonary Surfactant Protein SP-C
  54. Biophysical Characterization of TRPV2 Ion Channel
  55. Effects of KL4-Type Peptides on the Surface Activity and Stability of Pulmonary Surfactant Films as Evaluated in the Captive Bubble Surfactometer
  56. Membrane Integration of Poliovirus 2B Viroporin
  57. Review on membrane protein insertion and assembly
  58. Membrane Insertion and Topology of the Translocating Chain-Associating Membrane Protein (TRAM)
  59. N‐glycosylation efficiency is determined by the distance to the C‐terminus and the amino acid preceding an Asn‐Ser‐Thr sequon
  60. Palmitoylation of Pulmonary Surfactant Protein SP-C Is Critical for Its Functional Cooperation with SP-B to Sustain Compression/Expansion Dynamics in Cholesterol-Containing Surfactant Films
  61. Membrane Insertion and Biogenesis of the Turnip Crinkle Virus p9 Movement Protein
  62. Membrane topology of gp41 and amyloid precursor protein: Interfering transmembrane interactions as potential targets for HIV and Alzheimer treatment
  63. Activation of the p75 Neurotrophin Receptor through Conformational Rearrangement of Disulphide-Linked Receptor Dimers
  64. Plant Virus Cell-to-Cell Movement Is Not Dependent on the Transmembrane Disposition of Its Movement Protein
  65. Viral Membrane Protein Topology Is Dictated by Multiple Determinants in Its Sequence
  66. The Surfactant Peptide KL4 Sequence Is Inserted with a Transmembrane Orientation into the Endoplasmic Reticulum Membrane
  67. Synthetic Pulmonary Surfactant Preparations: New Developments and Future Trends
  68. Membrane insertion and topology of the p7B movement protein of Melon Necrotic Spot Virus (MNSV)
  69. Sec61α and TRAM are Sequentially Adjacent to a Nascent Viral Membrane Protein during its ER Integration
  70. RNA-binding properties and membrane insertion of Melon necrotic spot virus (MNSV) double gene block movement proteins
  71. Hexapeptides that interfere with HIV‐1 fusion peptide activity in liposomes block GP41‐mediated membrane fusion
  72. Production and characterisation of recombinant forms of human pulmonary surfactant protein C (SP-C): Structure and surface activity
  73. Peptides corresponding to helices 5 and 6 of Bax can independently form large lipid pores
  74. Small molecule inhibitors of Apaf-1-related caspase- 3/-9 activation that control mitochondrial-dependent apoptosis
  75. Transient Structural Ordering of the RNA‐Binding Domain of Carnation Mottle Virus p7 Movement Protein Modulates Nucleic Acid Binding
  76. Mutational analysis of the RNA-binding domain of the Prunus necrotic ringspot virus (PNRSV) movement protein reveals its requirement for cell-to-cell movement
  77. Peptides Derived from Apoptotic Bax and Bid Reproduce the Poration Activity of the Parent Full-Length Proteins
  78. Plant viral movement protein insertion into biological membranes
  79. Influence of hydrophobic matching on association of model transmembrane fragments containing a minimised glycophorin A dimerisation motif
  80. Identification from a Positional Scanning Peptoid Library of in Vivo Active Compounds That Neutralize Bacterial Endotoxins
  81. Membrane-Insertion Fragments of Bcl-xL, Bax, and Bid
  82. Roles of a conserved proline in the internal fusion peptide of Ebola glycoprotein
  83. Helix-Helix Packing Between Transmembrane Fragments
  84. Influence of Proline Residues in Transmembrane Helix Packing
  85. The Structural Plasticity of the C Terminus of p21Cip1 is a Determinant for Target Protein Recognition
  86. Calcium‐dependent conformational changes of membrane‐bound Ebola fusion peptide drive vesicle fusion
  87. Peptides in apoptosis research
  88. Insertion and Topology of a Plant Viral Movement Protein in the Endoplasmic Reticulum Membrane
  89. Distant Downstream Sequence Determinants Can Control N-tail Translocation during Protein Insertion into the Endoplasmic Reticulum Membrane
  90. Influence of the C‐terminus of the glycophorin A transmembrane fragment on the dimerization process
  91. Helix-helix packing in a membrane-like environment
  92. Membrane-protein engineering
  93. Ala‐insertion scanning mutagenesis of the glycophorin a transmembrane helix: A rapid way to map helix‐helix interactions in integral membrane proteins
  94. Interfacial Activation-Based Molecular Bioimprinting: Towards a More Rational Use of Lipolytic Enzymes in Nonaqueous Media
  95. Trapping of Different Lipase Conformers in Water-Restricted Environments
  96. Activation of bee venom phospholipase A2 through a peptide‐enzyme complex
  97. Interfacial activation-based molecular bioimprinting of lipolytic enzymes.
  98. Direct HPLC Monitoring of Lipase Activity in Reverse Micellar Media
  99. Characterization of Acylating and Deacylating Activities of an Extracellular Phospholipase A2 in a Water-Restricted Environment