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nucleic acids

vr.tr.nucleic-acids · thing-q123619

Let an agent explain nucleic acids and their functions, relay structure, types and laboratory uses from molecular biology sources, describe the analogues and concepts the registry aliases name, and distinguish nucleic acids from nucleotides, genes, chromosomes and proteins.

Thing Registry Physical world and living systems PHY.MAT
Bundle → Layer → Finding → QuestionsClassifiersWhat it isWhy it existsDistinguishing featuresWhat robots and AI may and may not doMoral aspectsOwnersLinks to other meta-modelsIdentity and identifiersDirect propertiesRecognitionCapabilities and actionsHazards and failure modesStandards and interfacesContext of useSources

Bundle → Layer → Finding → Questions Filled

4 bundles · 8 layers · 8 findings · 16 questions

Understand What nucleic acids are.

Definition

Definition.

Definition

Definition.

  1. What are nucleic acids, and how do they differ from nucleotides, genes, chromosomes and proteins? definition
  2. Is the question about structure, a type, a laboratory method or synthetic biology? boundary

Concepts

Related concepts.

Concepts

Concepts.

  1. What are hexitol and glycol nucleic acids, probes, episomes, R-loops and nucleic acid nomenclature? definition
  2. Which entry fits the specific concept? action
Biology Structure and function.

Structure

Structure.

Structure

Structure.

  1. How do DNA and RNA structures and base pairing work? provenance
  2. Which references are standard? provenance

Function

Function.

Function

Function.

  1. How do nucleic acids store, copy and express genetic information? provenance
  2. Which sources are cited? provenance
Laboratory Methods and synthetic biology.

Methods

Methods.

Methods

Methods.

  1. How are probes, sequencing and PCR used to study nucleic acids? provenance
  2. Which entry fits DNA sequencing? action

XNA

Xeno nucleic acids.

XNA

XNA.

  1. What are xeno nucleic acids, and what research uses do they have? provenance
  2. Which entry fits xeno nucleic acid? action
Context History.

History

History.

History

History.

  1. How did Miescher, Avery, Franklin, Watson and Crick contribute? provenance
  2. Which entry fits the history of molecular biology? action

Structures

R-loops and episomes.

Structures

Structures.

  1. What are R-loops and episomes, and why do they matter? provenance
  2. Which entry fits R-loop? action

Classifiers Filled

Family
Thing Registry
Category
Physical world and living systems
Entry kind
thing
Plane
PHY
Domain
PHY.MAT
Other names and narrower kinds
nucleic acid probe, hexitol nucleic acid, episome, R-loop, Nucleic acid nomenclature, glycol nucleic acid, amplicon, cell-free nucleic acid, immobilized nucleic acids, Infectious nucleic acids

What it is Filled

Biopolymers made of nucleotide monomers, DNA and RNA, that store and transmit genetic information and catalyse and regulate cellular processes, along with synthetic analogues called xeno nucleic acids such as hexitol and glycol nucleic acids; related concepts in the registry aliases include nucleic acid probes used to detect sequences, episomes, which are DNA elements that replicate independently or integrate into chromosomes, R-loops, three-stranded DNA-RNA hybrid structures, and nucleic acid nomenclature conventions.

Why it exists Filled

Let an agent explain nucleic acids and their functions, relay structure, types and laboratory uses from molecular biology sources, describe the analogues and concepts the registry aliases name, and distinguish nucleic acids from nucleotides, genes, chromosomes and proteins.

Distinguishing features Filled

  • Nucleotide polymers
  • Genetic information
  • Base pairing
  • Natural and synthetic forms

What robots and AI may and may not do Filled

Must not

  • Disclose identifying sequence information from a person's biological material without authorization.
  • Claim that detecting a nucleic acid sequence alone establishes a viable organism or active disease.
  • Represent a synthetic nucleic acid analogue as interchangeable with DNA or RNA without supporting evidence.
  • Assist in using nucleic acids to cause infection or other biological harm.

Only with a human decision

  • An authorized custodian must decide whether human nucleic acid material or identifying sequence data may be reused.
  • A qualified clinician must decide the clinical significance of a nucleic acid finding.

May

  • Explain the informational, regulatory and catalytic roles of DNA and RNA.
  • Describe documented nucleic acid records while distinguishing natural molecules from synthetic analogues.

Moral aspects Filled

  • Nucleic acid records can reveal sensitive inherited or health information beyond the purpose of collection.
  • Unsupported claims about sequence detection can cause stigma or inappropriate care.

Who is affected

  • People whose biological material or sequence data are used.
  • Patients and communities affected by interpretations of nucleic acid findings.

Owners Filled

Steward

The authorized custodian of the biological material or sequence record.

Master systems

  • Public nucleotide sequence archives.

Links to other meta-models Filled

parent

  • Q178593 - registry parent class
  • Q80756 - registry parent class

related

  • macromolecule - in registry terms
  • polynucleotide - in registry terms
  • DNA
  • nucleotide

What else AI and robots need to interact with it Filled

Identity and identifiers required Filled

  • Vercy registry: vr.tr.nucleic-acids
  • Wikidata: Q123619 (https://www.wikidata.org/wiki/Q123619)
  • MeSH: D009696 Nucleic Acids

Direct properties required Filled

  • DNA double helix described: 1953 year - Watson, Crick, Franklin, Wilkins
  • nucleic acid discovered: 1869 year - Friedrich Miescher
  • human genome: about 3.1 billion base pairs

Recognition required Filled

  • Polymers of nucleotides
  • DNA, RNA, hexitol and glycol nucleic acids, probes, episomes, R-loops
  • Nucleotides are monomers; genes are functional segments; chromosomes are packaged DNA; proteins are amino acid polymers
  • Not a visible object; long molecular chains, visible as white strands when precipitated.

Capabilities and actions required Filled

  • explain structure and types
  • relay functions and methods
  • describe analogues and concepts
  • distinguish related molecules

Hazards and failure modes required Filled

  • Confusing nucleic acids with genes
  • Registry aliases mixing molecules, tools and structures
  • Overstating synthetic biology claims

Standards and interfaces required Filled

  • IUPAC-IUBMB nucleic acid nomenclature
  • Biosafety rules for recombinant nucleic acids

Context of use required Filled

  • Storing and expressing genetic information.
  • DNA
  • RNA including mRNA, tRNA and rRNA
  • xeno nucleic acids such as HNA and GNA
  • nucleic acid probes
  • episomes and plasmids
  • structures such as R-loops

Sources Filled

  1. Wikidata item Q123619: nucleic acids - identity and sense of the item
  2. Wikipedia: Nucleic acid - general description of the item

Open questions

  • Should xeno nucleic acids and R-loops be separate primary entries?
  • How should molecular biology sources be linked?
  • The registry entry has merged aliases naming tools, elements and structures; should they be split off?

Machine files

Card as JSON Specification Card backlog vercy.card/1

Provenance

thing registry research (pass 2) · unreviewed

Built from: models/things/publications/thing-q123619/spec.json