Proteins
What are proteins?
Biochemistry
Endoplasmic-reticulum-associated protein degradation Leviviridae InterPro Telomere-binding protein Protein–lipid interaction
Endoplasmic-reticulum-associated_protein_degradation-Questions Leviviridae-Genome InterPro-Data_contained_in_InterPro Telomere-binding_protein-Abstract Protein–lipid_interaction-Abstract
The big questions for ERAD are: How are misfolded proteins more specifically recognized? What is the channel for the retrotranslocation of luminal ER proteins? Which E3 ligase finally tags the proteins for the proteasomal degradation?  
The four proteins encoded are the coat, replicase, maturation and lysis proteins. 
InterPro contains three main entities: proteins, signatures (also referred to as "methods" or "models") and entries. The proteins in UniProtKB are also the central protein entities in InterPro. Information regarding which signatures significantly match these proteins are calculated as the sequences are released by UniProtKB and these results are made available to the public (see below). The matches of signatures to proteins are what determine how signatures are integrated together into InterPro entries: comparative overlap of matched protein sets and the location of the signatures' matches on the sequences are used as indicators of relatedness. Only signatures deemed to be of sufficient quality are integrated into InterPro. InterPro also includes data for splice variants and the proteins contained in the UniParc and UniMES databases. 
Telomere-binding proteins are proteins that mediate telomere function by binding to them. There are two types of telomere-binding proteins: single-strand DNA telomere binding proteins and double-strand DNA telomere binding proteins. 
Protein–lipid interaction is the influence of membrane proteins on the lipid physical state or vice versa. The questions which are relevant to understanding of the structure and function of the membrane are: 1) Do intrinsic membrane proteins bind tightly to lipids, and what is the nature of the layer of lipids adjacent to the protein? 2) Do membrane proteins have long-range effects on the order or dynamics of membrane lipids? 3) How do the lipids influence the structure of function of membrane proteins? 4) How do peripheral membrane proteins which bind to the layer surface interact with lipids and influence their behavior? 