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NUCLEON BEAMS 769 NUCLEOTIDYLTRANSFERASES<br />

NT1 neutron-antineutron interactions<br />

NT1 proton-antineutron interactions<br />

NT1 proton-antiproton interactions<br />

NUCLEON BEAMS<br />

*BT1 particle beams<br />

NT1 neutron beams<br />

NT1 proton beams<br />

nucleon-deuteron interactions<br />

1975-11-27<br />

Use more specific terms if known, e.g.<br />

PROTON-PROTON INTERACTIONS and<br />

PROTON-NEUTRON INTERACTIONS,<br />

PROTON-ANTINEUTRON INTERACTIONS<br />

and NEUTRON-ANTINEUTRON<br />

INTERACTIONS, etc.; otherwise use the<br />

descriptor below.<br />

(Prior to May 1996 this was a valid ETDE<br />

descriptor.)<br />

USE baryon-baryon interactions<br />

NUCLEON-HYPERON<br />

INTERACTIONS<br />

*BT1 baryon-baryon interactions<br />

nucleon isobars<br />

USE n*baryons<br />

NUCLEON-NUCLEON<br />

INTERACTIONS<br />

*BT1 baryon-baryon interactions<br />

NT1 neutron-neutron interactions<br />

NT1 proton-nucleon interactions<br />

NT2 proton-neutron interactions<br />

NT2 proton-proton interactions<br />

RT reid pot<strong>en</strong>tial<br />

RT schiffer pot<strong>en</strong>tial<br />

NUCLEON-NUCLEON POTENTIAL<br />

1996-07-08<br />

UF gammel-brueckner pot<strong>en</strong>tial<br />

BT1 pot<strong>en</strong>tials<br />

NT1 gauss pot<strong>en</strong>tial<br />

NT1 hamada-johnston pot<strong>en</strong>tial<br />

NT1 reid pot<strong>en</strong>tial<br />

NT1 schiffer pot<strong>en</strong>tial<br />

NT1 skyrme pot<strong>en</strong>tial<br />

NT1 surface delta pot<strong>en</strong>tial<br />

NT1 yamaguchi pot<strong>en</strong>tial<br />

RT interactions<br />

RT <strong>ja</strong>strow theory<br />

RT nuclear models<br />

RT nucleons<br />

RT ope pot<strong>en</strong>tial<br />

RT resonating-group method<br />

RT ros<strong>en</strong>feld force<br />

RT tabakin pot<strong>en</strong>tial<br />

RT yukawa pot<strong>en</strong>tial<br />

NUCLEON REACTIONS<br />

*BT1 baryon reactions<br />

NT1 antinucleon reactions<br />

NT2 antineutron reactions<br />

NT2 antiproton reactions<br />

NT1 neutron reactions<br />

NT2 fast fission<br />

NT2 thermal fission<br />

NT1 proton reactions<br />

NUCLEONS<br />

1996-07-08<br />

(Prior to August 1996 STAPP THEORY was<br />

a valid ETDE descriptor.)<br />

SF stapp theory<br />

SF stapp-ypsilantis-metropolis theory<br />

*BT1 baryons<br />

NT1 antinucleons<br />

NT2 antineutrons<br />

NT2 antiprotons<br />

NT1 neutrons<br />

NT2 antineutrons<br />

NT2 beta-delayed neutrons<br />

NT2 cold neutrons<br />

NT3 ultracold neutrons<br />

NT2 cosmic neutrons<br />

NT2 epithermal neutrons<br />

NT2 fast neutrons<br />

NT2 fission neutrons<br />

NT3 delayed neutrons<br />

NT3 prompt neutrons<br />

NT2 intermediate neutrons<br />

NT2 photoneutrons<br />

NT2 pile neutrons<br />

NT2 polyneutrons<br />

NT3 dineutrons<br />

NT3 tetraneutrons<br />

NT3 trineutrons<br />

NT2 resonance neutrons<br />

NT2 slow neutrons<br />

NT2 solar neutrons<br />

NT2 thermal neutrons<br />

NT1 photonucleons<br />

NT2 photoneutrons<br />

NT2 photoprotons<br />

NT1 protons<br />

NT2 antiprotons<br />

NT2 cosmic protons<br />

NT2 delayed protons<br />

NT2 diprotons<br />

NT2 photoprotons<br />

NT2 prompt protons<br />

NT2 solar protons<br />

NT2 trapped protons<br />

RT brueckner method<br />

RT charge indep<strong>en</strong>d<strong>en</strong>ce<br />

RT effective range theory<br />

RT hard-core pot<strong>en</strong>tial<br />

RT levinger-bethe theory<br />

RT nucleon-nucleon pot<strong>en</strong>tial<br />

RT ope pot<strong>en</strong>tial<br />

RT pseudovector coupling<br />

RT ros<strong>en</strong>feld force<br />

RT tabakin pot<strong>en</strong>tial<br />

RT wolf<strong>en</strong>stein parameters<br />

RT yamaguchi pot<strong>en</strong>tial<br />

RT yukawa pot<strong>en</strong>tial<br />

NUCLEOPROTEINS<br />

1995-01-10<br />

*BT1 proteins<br />

RT dna-ase<br />

RT dna methylases<br />

RT dna polymerases<br />

RT <strong>en</strong>donucleases<br />

RT g<strong>en</strong>e recombination proteins<br />

RT g<strong>en</strong>e repressors<br />

RT histones<br />

RT nucleases<br />

RT nucleic acids<br />

RT protamines<br />

RT rna polymerases<br />

RT rna processing<br />

RT splicing<br />

RT transcription factors<br />

NUCLEOSIDES<br />

*BT1 nucleotides<br />

BT1 ribosides<br />

NT1 ad<strong>en</strong>osine<br />

NT1 budr<br />

NT1 cytidine<br />

NT1 deoxycytidine<br />

NT1 deoxyuridine<br />

NT1 fudr<br />

NT1 guanosine<br />

NT1 inosine<br />

NT1 iododeoxyuridine<br />

NT1 thymidine<br />

NT1 uridine<br />

RT biological indicators<br />

RT purines<br />

RT pyrimidines<br />

NUCLEOSOMES<br />

INIS: 1984-08-23; ETDE: 1980-04-14<br />

Chromatin subunits composed of DNA-histone<br />

complexes.<br />

BT1 chromatin<br />

RT dna<br />

RT histones<br />

NUCLEOSYNTHESIS<br />

UF nucleog<strong>en</strong>esis<br />

BT1 synthesis<br />

NT1 heavy ion fusion reactions<br />

NT1 thermonuclear reactions<br />

NT2 impact fusion<br />

NT2 muon-catalyzed fusion<br />

RT carbon burning<br />

RT cno cycle<br />

RT cosmochemistry<br />

RT helium burning<br />

RT hydrog<strong>en</strong> burning<br />

RT origin<br />

RT r process<br />

RT s process<br />

RT stars<br />

NUCLEOTIDASES<br />

Code number 3.1.3.31, 3.1.3.5, and 3.1.3.6.<br />

*BT1 phosphatases<br />

nucleotide dehydrog<strong>en</strong>ases<br />

INIS: 2000-04-12; ETDE: 1981-01-12<br />

Code number 1.6.<br />

(Prior to March 1997 this was a valid ETDE<br />

descriptor.)<br />

USE oxidoreductases<br />

NUCLEOTIDES<br />

1996-07-18<br />

(CYTRIPHOS and DEOXYCYTIDYLIC<br />

ACID have be<strong>en</strong> valid ETDE descriptors.)<br />

UF cytriphos<br />

UF deoxycytidylic acid<br />

BT1 organic compounds<br />

NT1 ad<strong>en</strong>ylic acid<br />

NT1 adp<br />

NT1 amp<br />

NT1 atp<br />

NT1 cytidylic acid<br />

NT1 guanylic acid<br />

NT1 nad<br />

NT1 nadh2<br />

NT1 nadp<br />

NT1 nucleosides<br />

NT2 ad<strong>en</strong>osine<br />

NT2 budr<br />

NT2 cytidine<br />

NT2 deoxycytidine<br />

NT2 deoxyuridine<br />

NT2 fudr<br />

NT2 guanosine<br />

NT2 inosine<br />

NT2 iododeoxyuridine<br />

NT2 thymidine<br />

NT2 uridine<br />

NT1 thymidylic acid<br />

NT1 ump<br />

NT1 uridine diphosphoglucose<br />

NT1 uridylic acid<br />

NT1 utp<br />

RT codons<br />

RT dna sequ<strong>en</strong>cing<br />

RT hypoxanthine<br />

RT nucleic acids<br />

RT oligonucleotides<br />

RT organic acids

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