C ross -R eference G uide Term Section... | American Society of Hematology

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

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