Cross-Reference Guide
Term | Section |
Actinomycin D pulse experiments | V |
Adeno-associated viral vectors | VIII |
Adenoviral vectors | VIII |
ALK | X |
Allele-specific hybridization | XI |
Allele-specific PCR | IV |
AML-1 | X |
Amphotropic virus | VIII |
Anaplastic lymphoma kinase | X |
Antisense oligonucleotides | VIII |
Basic helix-loop-helix proteins | V |
Bcl-1 | X |
Bcl-2 | X |
Bcl-3 | X |
Bcl-6 | X |
β galactosidase | V |
Branched chain DNA signal amplification assay | II |
c-abl | X |
c-fos | X |
c-jun | X |
c-myb | X |
c-myc | X |
c-ras | X |
c-rel | X |
Calcium phosphate | VI |
CAN | X |
CAT | V |
cDNA | II |
cDNA blunting | IX |
cDNA library preparation | IX |
cdk | V |
cdk | IV |
CFBβ | IX |
Chimeraplasty | VIII |
Chitosan-DNA | VIII |
Chloramphenicol transferase | V |
Chromatography, gel filtration | IV |
Chromatography, ion exchange | IV |
Chromatography, hydrophobic | IV |
Chromatography, affinity | IV |
Chromatography, high performance liquid (HPLC) | IV |
Cis-acting factors | V |
Codon | II |
Color complementation assay | XI |
Comparative gene hybridization | IV |
Competitive oligonucleotide hybridization | XI |
Concatamerization | VI |
Cyclin-dependent kinase | V |
Contig | VII |
Cosmid | II |
CpG nucleotide | II |
Cyclins | V |
DEAE dextran | VI |
DEK | X |
Dideoxynucleotide (ddN) chain termination sequencing | IV |
Directional cloning | IX |
DNA (deoxyribonucleic acid) | II |
DNA methylases | III |
DNA microarrays | IV |
DNA polymerase | III |
DNAse footprinting | IV |
DNAse hypersensitivity site mapping | IV |
Ecotropic vectors | VIII |
Ecotropic virus | VIII |
Electroporation | VI |
Endonuclease | III |
Enhancer | V |
Episomal | VIII |
ETO | X |
Evi-1 | X |
Exons | V |
Exonuclease | III |
Farnesyl protein transferase | III |
Fas | X |
First strand synthesis | IX |
FISH (fluorescence in situ hybridization) | IV |
FTPase | III |
Gene knock-in experiments | VII |
Gene knock-out experiments | VII |
Helix-turn-helix | V |
Homologous recombination | VII |
Hox II | IX |
HPLC | IV |
Immunoglobulin somatic hypermutation | V |
In situ hybridization | IV |
Initiation codon | V |
Initiation complex | V |
Interferon regulatory factor | X |
Introns | V |
IRF-1 | X |
IRF-2 | X |
Isoschizomer | III |
Kinases | III |
Klenow fragment | III |
KOZAK sequence | V |
LCR | V |
Leucine zipper proteins | V |
Library screening | IX |
Ligases | III |
Linkering | IX |
Liposomes | VI |
Locus control region | V |
Long terminal repeat | VIII |
Luciferase | V |
Mammalian protein kinases | III |
Master switch genes | V |
Max | X |
Maxam-Gilbert sequencing | IV |
Minimal residual disease | IV |
Missense mutation | V |
MLL | X |
Mobility shift (or band shift) assays | IV |
mRNA | II |
Mutagenesis, site-specific | IV |
Nested PCR | IV |
NF-1 | X |
Nick-translation | IV |
Nonsense mutation | V |
Nonviral transduction methods | VIII |
Northern blotting | IV |
Nucleases | III |
Nucleosomes | V |
ORF (open reading frame) | II |
p53 | X |
PCR (polymerase chain reaction) | IV |
Phage | II |
Plasmids | II |
Polyadenylation | V |
Polylysine-ligand DNA | IX |
Polymerases | III |
Positional variegation | VIII |
Post transcriptional regulation | V |
Protein translation | V |
Proteomics | IV |
Proteosome | V |
Pseudotype retroviral vectors | IV |
Pseudotyped viruses | VIII |
Random priming | IV |
RAR | X |
Rb | X |
RDA (representational difference analysis) | IX |
Real-time PCR | IV |
Reporter genes | V |
Restriction endonuclease | III |
Restriction fragment length polymorphism | XI |
Retinoic acid receptor | X |
Retroviral vectors | VIII |
Reverse allele-specific hybridization | XI |
Reverse genetics | IX |
Reverse PCR | IV |
Reverse transcriptase | III |
RFLP | XI |
Ribonuclease | III |
Riboprobes | IV |
Ribozymes | III |
RNA (Ribonucleic acid) | II |
RNA polymerase II | III |
RNA polymerase III | III |
RNAse protection assay | IV |
S1nuclease analysis | IV |
SCL | X |
Second strand synthesis | IX |
Silencer | V |
Southern blotting | IV |
Southwestern blotting | IV |
Splicing | V |
Subtractive library | IX |
Tal-1 | X |
TATA | V |
Tel | X |
Telomere | II |
Telomerase | III |
Terminal deoxynucleotidyl | III |
Thermostabile polymerases | III |
Topoisomerase | III |
Trans-acting factors | V |
Transcription | V |
Transcription factors | V |
Transcriptional regulation | V |
Transduction | VI |
Transfection | VI |
Transgenic animals | VIII |
Transposon | VII |
tRNA | II |
Ubiquitin | V |
Viral-derived kinases | III |
Viral-derived transduction vectors | VIII |
Western blotting | IV |
X-linked methylation patterns | XI |
YAC | VII |
Yeast artificial chromosome | VII |
Yeast 2-hybrid screens | IV |
Zinc finger domain proteins | V |
Term | Section |
Actinomycin D pulse experiments | V |
Adeno-associated viral vectors | VIII |
Adenoviral vectors | VIII |
ALK | X |
Allele-specific hybridization | XI |
Allele-specific PCR | IV |
AML-1 | X |
Amphotropic virus | VIII |
Anaplastic lymphoma kinase | X |
Antisense oligonucleotides | VIII |
Basic helix-loop-helix proteins | V |
Bcl-1 | X |
Bcl-2 | X |
Bcl-3 | X |
Bcl-6 | X |
β galactosidase | V |
Branched chain DNA signal amplification assay | II |
c-abl | X |
c-fos | X |
c-jun | X |
c-myb | X |
c-myc | X |
c-ras | X |
c-rel | X |
Calcium phosphate | VI |
CAN | X |
CAT | V |
cDNA | II |
cDNA blunting | IX |
cDNA library preparation | IX |
cdk | V |
cdk | IV |
CFBβ | IX |
Chimeraplasty | VIII |
Chitosan-DNA | VIII |
Chloramphenicol transferase | V |
Chromatography, gel filtration | IV |
Chromatography, ion exchange | IV |
Chromatography, hydrophobic | IV |
Chromatography, affinity | IV |
Chromatography, high performance liquid (HPLC) | IV |
Cis-acting factors | V |
Codon | II |
Color complementation assay | XI |
Comparative gene hybridization | IV |
Competitive oligonucleotide hybridization | XI |
Concatamerization | VI |
Cyclin-dependent kinase | V |
Contig | VII |
Cosmid | II |
CpG nucleotide | II |
Cyclins | V |
DEAE dextran | VI |
DEK | X |
Dideoxynucleotide (ddN) chain termination sequencing | IV |
Directional cloning | IX |
DNA (deoxyribonucleic acid) | II |
DNA methylases | III |
DNA microarrays | IV |
DNA polymerase | III |
DNAse footprinting | IV |
DNAse hypersensitivity site mapping | IV |
Ecotropic vectors | VIII |
Ecotropic virus | VIII |
Electroporation | VI |
Endonuclease | III |
Enhancer | V |
Episomal | VIII |
ETO | X |
Evi-1 | X |
Exons | V |
Exonuclease | III |
Farnesyl protein transferase | III |
Fas | X |
First strand synthesis | IX |
FISH (fluorescence in situ hybridization) | IV |
FTPase | III |
Gene knock-in experiments | VII |
Gene knock-out experiments | VII |
Helix-turn-helix | V |
Homologous recombination | VII |
Hox II | IX |
HPLC | IV |
Immunoglobulin somatic hypermutation | V |
In situ hybridization | IV |
Initiation codon | V |
Initiation complex | V |
Interferon regulatory factor | X |
Introns | V |
IRF-1 | X |
IRF-2 | X |
Isoschizomer | III |
Kinases | III |
Klenow fragment | III |
KOZAK sequence | V |
LCR | V |
Leucine zipper proteins | V |
Library screening | IX |
Ligases | III |
Linkering | IX |
Liposomes | VI |
Locus control region | V |
Long terminal repeat | VIII |
Luciferase | V |
Mammalian protein kinases | III |
Master switch genes | V |
Max | X |
Maxam-Gilbert sequencing | IV |
Minimal residual disease | IV |
Missense mutation | V |
MLL | X |
Mobility shift (or band shift) assays | IV |
mRNA | II |
Mutagenesis, site-specific | IV |
Nested PCR | IV |
NF-1 | X |
Nick-translation | IV |
Nonsense mutation | V |
Nonviral transduction methods | VIII |
Northern blotting | IV |
Nucleases | III |
Nucleosomes | V |
ORF (open reading frame) | II |
p53 | X |
PCR (polymerase chain reaction) | IV |
Phage | II |
Plasmids | II |
Polyadenylation | V |
Polylysine-ligand DNA | IX |
Polymerases | III |
Positional variegation | VIII |
Post transcriptional regulation | V |
Protein translation | V |
Proteomics | IV |
Proteosome | V |
Pseudotype retroviral vectors | IV |
Pseudotyped viruses | VIII |
Random priming | IV |
RAR | X |
Rb | X |
RDA (representational difference analysis) | IX |
Real-time PCR | IV |
Reporter genes | V |
Restriction endonuclease | III |
Restriction fragment length polymorphism | XI |
Retinoic acid receptor | X |
Retroviral vectors | VIII |
Reverse allele-specific hybridization | XI |
Reverse genetics | IX |
Reverse PCR | IV |
Reverse transcriptase | III |
RFLP | XI |
Ribonuclease | III |
Riboprobes | IV |
Ribozymes | III |
RNA (Ribonucleic acid) | II |
RNA polymerase II | III |
RNA polymerase III | III |
RNAse protection assay | IV |
S1nuclease analysis | IV |
SCL | X |
Second strand synthesis | IX |
Silencer | V |
Southern blotting | IV |
Southwestern blotting | IV |
Splicing | V |
Subtractive library | IX |
Tal-1 | X |
TATA | V |
Tel | X |
Telomere | II |
Telomerase | III |
Terminal deoxynucleotidyl | III |
Thermostabile polymerases | III |
Topoisomerase | III |
Trans-acting factors | V |
Transcription | V |
Transcription factors | V |
Transcriptional regulation | V |
Transduction | VI |
Transfection | VI |
Transgenic animals | VIII |
Transposon | VII |
tRNA | II |
Ubiquitin | V |
Viral-derived kinases | III |
Viral-derived transduction vectors | VIII |
Western blotting | IV |
X-linked methylation patterns | XI |
YAC | VII |
Yeast artificial chromosome | VII |
Yeast 2-hybrid screens | IV |
Zinc finger domain proteins | V |