The Emergence Machine

Spliceosome

physical · Genetics · Level 10 · E4

E4Complex Molecules

Each concept here is mapped to its prerequisites — the ideas you'd need first to understand it — all the way down to four foundations: Space, Time, Energy, Pattern. Click any prerequisite to drill down, or scroll for the chain graph.

Trace. Question. Emerge.

Emergence definition

The spliceosome is a complex structure that arises from the organized arrangement of matter, where particles occupy space and interact with energy, exhibiting patterns that govern its transformations and binding, and catalyzes the splicing of pre-mRNA by harnessing energy from ATP to facilitate the removal of introns and joining of exons, which is a process of removing introns from pre-mRNA and joining exons to form a mature messenger RNA molecule.

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Wiktionary senses

External reference — all senses of the word “spliceosome” on Wiktionary. This atlas concept maps to only the slice of meaning relevant to the prerequisite graph.

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Source: Wiktionary — “spliceosome”. Content available under CC BY-SA 4.0.

Historical origin

Origin word
spliceosome
Origin language
English

Prerequisite chain

Possible path of this concept down to the fundamental substrate.

thisfoundationsL10L9L8L7L2L1L0SpliceosomeSplicingGeneticsIntronGene… intermediate l…FormLifeProcessStructureActionChangeMatterEnergyPatternSpaceTimeE1 concrete → E14 abstract

Neighborhood

Direct prerequisites above, concepts that depend on this one below.

thisprerequisitesSpliceosomeL10FormL2StructureL2SplicingL9E1 concrete → E14 abstract

In other languages

Prerequisites

What you need to understand first.

  • Form L2 (requires)
    Understanding form helps understand the structure of spliceosome
  • Structure L2 (requires) organization sense
    spliceosome requires understanding structure as a foundational concept
  • Splicing L9 (requires)
    A ribonucleoprotein complex that catalyzes the splicing of pre-mRNA by harnessing energy from ATP to facilitate the removal of introns and joining of exons.