Assertion: cryptomonad's gene | /r/CapableOf | encode protein
Facets:
value: for 26 large subunit
type: TRANSITIVE-OBJECT
value: for photosynthesis
type: PURPOSE
value: for 44 ribosomal protein genes
type: OTHER
Source sentences:
text: The cryptomonad genome contains a short (4.9 kb) inverted repeat containing the rRNA cistrons, 30 tRNA genes, 44 genes encoding proteins for photosynthesis, 44 ribosomal protein genes (26 large subunit and 18 small subunit), 5 genes for biosynthetic function, 19 genes involved in gene expression (including 3 hypothetical chloroplast reading frames or ycfs), 25 additional ycfs, and 9 open reading frames (ORFs) larger than 50 amino acids.
text: Some say that as long as there exists a gene in the nucleomorph that codes for proteins necessary for the plastid’s functioning that are not produced by the host cell, the nucleomorph will persist.
text: They cannot be formed in a cell that lacks them because nuclear genes encode only some of the proteins of which they are made.
text: During the same epoch two independent lateral transfers of some of these early diverging chloroplasts (and of nuclear genes coding for some of their proteins) occurred by the endosymbiotic merger of two eukaryote cells.
text: For reasons of genetic control, genes encoding proteins involved in transcription and translation are organized in operons that share similar organization across archaebacteria and eubacteria, including plastids as intracellular descendants of the latter Figure 1 shows the gene arrangement inferred for the str- (streptomycin), L2- (r-protein L2), spc- (spectinomycin) and