140_disulfide_bonds_and_interchain_links: Find the disulfide bonds of human insulin (P01308), the pair of residue positions each one connects, and whether it links two different chains (e.g. the A and B chains of mature insulin) rather than two residues within the same chain

141_lipidation_sites_and_lipid_type: Find reviewed human proteins with a covalently attached lipid (e.g. palmitoylation, farnesylation, GPI-anchor) and the residue position and kind of lipid attached

142_cross_linked_residues: Find reviewed human proteins with a cross-linked residue (e.g. a glycyl lysine isopeptide bond formed by ubiquitin or SUMO conjugation) and the residue position and nature of the cross-link

143_protein_function_description: Retrieve the free-text function description of human tumor suppressor TP53 (P04637), as distinct from its more specific catalytic-activity, disease, or subunit annotations

144_mature_chain_after_signal_peptide_cleavage: Find reviewed human secreted proteins where the mature chain begins immediately after the signal peptide is cleaved off

145_mitochondrial_transit_peptides: Find reviewed human proteins with a transit peptide targeting them to the mitochondrion, and the extent of that transit peptide

146_propeptide_regions_removed_during_maturation: Find propeptide regions of reviewed human proteins that are removed during protein maturation, with their extent

147_enzymes_with_kinetic_parameters: Find reviewed enzymes with reported kinetic parameters (Michaelis-Menten constant Km and/or maximal velocity Vmax) and their reported values

148_optimum_ph_for_enzyme_activity: Find the optimum pH reported for the activity of reviewed human enzymes

149_optimum_temperature_for_enzyme_activity: Find the optimum temperature or thermostability reported for the activity of reviewed human enzymes

150_redox_potential_measurements: Find redox potential (E0) measurements reported for reviewed electron-transport proteins

151_membrane_orientation_of_subcellular_location: Find reviewed human proteins with a known membrane orientation (e.g. cytoplasmic side vs. lumenal side) for one of their subcellular locations

152_topology_of_subcellular_location: Find the membrane topology (e.g. peripheral membrane protein, lipid-anchor, multi-pass membrane protein) recorded for a subcellular location of reviewed human proteins

153_protein_domain_extents: Find the extent (start and end position) of annotated protein domains on reviewed human proteins, using UniProt's own domain model rather than an InterPro/Pfam cross-reference

154_zinc_finger_regions: Find zinc finger regions in reviewed human DNA-binding proteins, with the zinc finger type and its extent

155_coiled_coil_regions: Find coiled-coil regions annotated on reviewed human proteins and their extent

156_compositionally_biased_regions: Find compositionally-biased (low-complexity) regions annotated on reviewed human proteins, with the kind of bias and its extent

157_polymorphisms_reported_for_a_protein: Find polymorphisms reported for proteins, i.e. population sequence variation described as such rather than as a disease-causing natural variant

158_citation_scope_via_citation_statement: Find the citations attached to human insulin (P01308) and, for each one, the scope of what it was cited for (e.g. which disease variant, which sequence region, or which experiment it documents). UniProt records the plain triple up:citation for direct traversal, and separately reifies that same triple as an up:Citation_Statement to attach the citation's scope to the specific citation relationship rather than to the citation itself, since one citation can support several different claims about the same protein

159_excluded_proteomes_and_reason: Find proteomes that have been excluded from UniProtKB and the reason they were excluded (e.g. contaminated, derived from metagenome, unverified source organism)

160_non_reference_proteomes_and_strain: Find non-reference proteomes and the organism and strain they were sequenced from

161_taxa_sharing_a_rank: List all taxa in UniProt's taxonomy that have the taxonomic rank "genus", using the up:Rank resource rather than matching on a rank name string

162_common_taxon_of_a_uniref_cluster: Find the common taxon (the lowest taxon shared by all members) of the UniRef100 cluster that human TP53 (P04637) belongs to, and how many sequences that cluster groups together. up:commonTaxon is precomputed per UniRef cluster from its actual members, not a general-purpose lowest-common-ancestor function over two arbitrary organisms

163_canonical_isoform_does_not_need_to_be_dash_1: Find reviewed proteins whose canonical isoform does not end in -1, ordered by the highest isoform number used as the canonical sequence. UniProt's up:sequence points to whichever isoform was chosen as canonical, which is not always isoform -1

164_batch_go_annotations_from_mnemonics: Given a batch of UniProt mnemonic identifiers (Entry Names, e.g. MTMR1_HUMAN) rather than accessions, resolve each to its protein and retrieve its GO annotations in one query. This is the classic biomaRt batch-lookup pattern where a SPARQL VALUES clause replaces getBM(), and unlike biomaRt it naturally returns one row per (protein, GO term) pair instead of dropping or truncating the one-to-many result

165_reviewed_proteins_for_a_go_term: Given a GO term, find all reviewed human proteins annotated with it. This is the reverse direction of retrieving GO terms for a protein, matching the classic BioMart workflow of building an enrichment-analysis candidate or background gene set from a GO id filter