The Comprehensive Hematologic Malignancy Sequencing Panel is designed to identify clinically relevant DNA mutations for the diagnosis, prognosis, and treatment of patients with acute myeloid leukemia, acute lymphoblastic leukemia, myelodysplastic syndrome, myeloproliferative neoplasm, lymphoma and other hematologic malignancies. The appropriate panel should be selected. NovaSeq high throughput targeted sequencing technology is used to identify mutations within the following 221 genes. Comprehensive Hematologic Malignancy Sequencing Panel includes:
ABL1
BTK
CHEK2
EPHA7
NRNPK
KRAS
NPM1
PRPF8
SGK1
TNFRSF14
ABL2
CALR
CIITA
EPOR
HRAS
LEF1
NRAS
PTEN
SH2B3
TP53
ALK
CARD11
CREBBP
ERG
ID3
LRP1B
NSD1
PTPN1
SMARCA4
TPMT
ANKRD26
CBL
CRLF2
ETNK1
IDH1
LUC7L2
NSD2
PTPN11
SMC1A
TRAF2
ARID1A
CBLB
CSF1R
ETV6
IDH2
MAP2K1
NT5C2
PTPRD
SMC3
TRAF3
ARID1B
CBLC
CSF3R
EZH2
IKZF1
MAP3K14
NTRK1
RAD21
SOCS1
TYK2
ASXL1
CCND1
CTCF
FANCL
IKZF2
MAPK1
NTRK2
RARA
SPEN
U2AF1
ATM
CCND2
CTLA4
FAS
IKZF3
MAX
NTRK3
RB1
SRP72
U2AF2
ATR
CCND3
CTNNB1
FAT1
IL7R
MBD4
PAX5
REL
SRSF2
UBA1
ATRX
CCR4
CUX1
FAT4
INO80
MECOM
PDGFRA
RHOA
STAG2
WT1
B2M
CD19
CXCR4
FBXO1
IRF4
MED12
PDGFRB
RIT1
STAT3
XPO1
BCL10
CD274
DDX3X
FBXW7
IRF8
MEF2B
PHF6
RPL10
STAT5B
ZMYM3
BCL11B
CD28
DDX41
FGFR3
ITK
MPL
PIGA
RPS15
STAT6
ZNF384
BCL2
CD40
DIS3
FLT3
JAK1
MTOR
PIK3CA
RRAGC
SUZ12
ZRSR2
BCL6
CD58
DKC1
FOXO1
JAK2
MYC
PIK3CD
RUNX1
SYK
BCL7A
CD79A
DNM2
GATA1
JAK3
MYD88
PIM1
SAMD9
TBL1XR1
BCOR
CD79B
DNMT3A
GATA2
KDM6A
NBN
PLCG1
SAMD9L
TCF3
BCORL1
CDKN1B
EBF1
GATA3
KIT
NF1
PLCG2
SAMHD1
TENT5C
BIRC3
CDKN2A
EED
GNA13
KLF2
NFE2
POT1
SETBP1
TERC
BLM
CDKN2B
EGFR
GNAS
KLHL6
NFKBIA
PPM1D
SETD2
TERT
BRAF
CDKN2C
EGR2
GNB1
KMT2A
NFKBIE
PRDM1
SF1
TET2
BRCC3
CEBPA
ELANE
H1-2
KMT2C
NOTCH1
PRKCB
SF3A1
TMEM30A
BTG1
CHD2
EP300
H1-4
KMT2D
NOTCH2
PRPF40B
SF3B1
TNFAIP3
Performing Laboratory / Facility
UCLA Molecular
Diagnostics Laboratories
(MDL)
Performing Section
Molecular Pathology
Availability
Monday through Friday, 0700-1700
Turnaround Time
10-15 days from receipt of
specimen in performing
lab.
Methodology
The Comprehensive
Hematologic Malignancy
Sequencing Panel is a
next-generation
sequencing (NGS) test
performed on DNA
extracted from blood or
bone marrow aspirate to
detect DNA mutations in
the 221 targeted genes.
Target sequences are
enriched using the capture
method and sequenced on
the NovaSeq 6000
sequencer (Illumina Inc.). This assay involves
sequencing of the entire
coding regions of the
targeted genes, except for
TERC.
Alternate methodologies
may be used to detect
specific DNA mutations in
certain genes, such as
FLT3, when definitive
results for the genes
cannot always be
determined via NGS.
Variants which are thought
to be clinically significant
based on existing
knowledge as well as
variant of uncertain
significance (VUS) of
probable somatic origin
will be reported.
Limitations
This test has been
validated by the UCLA
Molecular Diagnostics
Laboratories. This assay
can detect variants with an
approximate mutant allele
frequency (VAF) of 2%. A
negative (no mutation
detected) result does not
rule out the presence of
clinically relevant DNA
mutations, as results
depend on various factors.
These include, but not
limited to, mutant allele
frequency, specimen
integrity, presence of
inhibitors, and/or interfering polymorphisms,
availability of sufficient
high-quality DNA, the
genomic location of the
mutations, and the current
understanding of the
clinical impact of the
variants at the time of
testing.
Specimen Type
Whole blood
Bone marrow
Extracted DNA
Container
Lavender/EDTA
Collection Instructions
Shared tubes, such as CBC
tubes, are not acceptable
specimens due to risk of
cross-contamination. Send
whole blood to the Laboratory at ambient temperature or
refrigerated. Do not freeze.
Volume
Whole blood – 4 mL
Bone marrow – 4 mL
Extracted DNA – 200ng
Minimum Volume
Whole blood – <1 mL, if
sufficient DNA is extracted
from the blood
Bone marrow – <1 mL, if
sufficient DNA is extracted
from the bone marrow
Extracted DNA – 100ng
Shipping and Handling Instructions
Transport specimen at room
temperature or refrigerated at
2°C to 8°C.
The Comprehensive Hematologic Malignancy Sequencing Panel is designed to identify clinically relevant DNA mutations for the diagnosis, prognosis, and treatment of patients with acute myeloid leukemia, acute lymphoblastic leukemia, myelodysplastic syndrome, myeloproliferative neoplasm, lymphoma and other hematologic malignancies. The appropriate panel should be selected. NovaSeq high throughput targeted sequencing technology is used to identify mutations within the following 221 genes. Comprehensive Hematologic Malignancy Sequencing Panel includes:
ABL1
BTK
CHEK2
EPHA7
NRNPK
KRAS
NPM1
PRPF8
SGK1
TNFRSF14
ABL2
CALR
CIITA
EPOR
HRAS
LEF1
NRAS
PTEN
SH2B3
TP53
ALK
CARD11
CREBBP
ERG
ID3
LRP1B
NSD1
PTPN1
SMARCA4
TPMT
ANKRD26
CBL
CRLF2
ETNK1
IDH1
LUC7L2
NSD2
PTPN11
SMC1A
TRAF2
ARID1A
CBLB
CSF1R
ETV6
IDH2
MAP2K1
NT5C2
PTPRD
SMC3
TRAF3
ARID1B
CBLC
CSF3R
EZH2
IKZF1
MAP3K14
NTRK1
RAD21
SOCS1
TYK2
ASXL1
CCND1
CTCF
FANCL
IKZF2
MAPK1
NTRK2
RARA
SPEN
U2AF1
ATM
CCND2
CTLA4
FAS
IKZF3
MAX
NTRK3
RB1
SRP72
U2AF2
ATR
CCND3
CTNNB1
FAT1
IL7R
MBD4
PAX5
REL
SRSF2
UBA1
ATRX
CCR4
CUX1
FAT4
INO80
MECOM
PDGFRA
RHOA
STAG2
WT1
B2M
CD19
CXCR4
FBXO1
IRF4
MED12
PDGFRB
RIT1
STAT3
XPO1
BCL10
CD274
DDX3X
FBXW7
IRF8
MEF2B
PHF6
RPL10
STAT5B
ZMYM3
BCL11B
CD28
DDX41
FGFR3
ITK
MPL
PIGA
RPS15
STAT6
ZNF384
BCL2
CD40
DIS3
FLT3
JAK1
MTOR
PIK3CA
RRAGC
SUZ12
ZRSR2
BCL6
CD58
DKC1
FOXO1
JAK2
MYC
PIK3CD
RUNX1
SYK
BCL7A
CD79A
DNM2
GATA1
JAK3
MYD88
PIM1
SAMD9
TBL1XR1
BCOR
CD79B
DNMT3A
GATA2
KDM6A
NBN
PLCG1
SAMD9L
TCF3
BCORL1
CDKN1B
EBF1
GATA3
KIT
NF1
PLCG2
SAMHD1
TENT5C
BIRC3
CDKN2A
EED
GNA13
KLF2
NFE2
POT1
SETBP1
TERC
BLM
CDKN2B
EGFR
GNAS
KLHL6
NFKBIA
PPM1D
SETD2
TERT
BRAF
CDKN2C
EGR2
GNB1
KMT2A
NFKBIE
PRDM1
SF1
TET2
BRCC3
CEBPA
ELANE
H1-2
KMT2C
NOTCH1
PRKCB
SF3A1
TMEM30A
BTG1
CHD2
EP300
H1-4
KMT2D
NOTCH2
PRPF40B
SF3B1
TNFAIP3
Performing Laboratory / Facility
UCLA Molecular
Diagnostics Laboratories
(MDL)
Performing Section
Molecular Pathology
Availability
Monday through Friday, 0700-1700
Turnaround Time
10-15 days from receipt of
specimen in performing
lab.
Methodology
The Comprehensive
Hematologic Malignancy
Sequencing Panel is a
next-generation
sequencing (NGS) test
performed on DNA
extracted from blood or
bone marrow aspirate to
detect DNA mutations in
the 221 targeted genes.
Target sequences are
enriched using the capture
method and sequenced on
the NovaSeq 6000
sequencer (Illumina Inc.). This assay involves
sequencing of the entire
coding regions of the
targeted genes, except for
TERC.
Alternate methodologies
may be used to detect
specific DNA mutations in
certain genes, such as
FLT3, when definitive
results for the genes
cannot always be
determined via NGS.
Variants which are thought
to be clinically significant
based on existing
knowledge as well as
variant of uncertain
significance (VUS) of
probable somatic origin
will be reported.
Limitations
This test has been
validated by the UCLA
Molecular Diagnostics
Laboratories. This assay
can detect variants with an
approximate mutant allele
frequency (VAF) of 2%. A
negative (no mutation
detected) result does not
rule out the presence of
clinically relevant DNA
mutations, as results
depend on various factors.
These include, but not
limited to, mutant allele
frequency, specimen
integrity, presence of
inhibitors, and/or interfering polymorphisms,
availability of sufficient
high-quality DNA, the
genomic location of the
mutations, and the current
understanding of the
clinical impact of the
variants at the time of
testing.
Specimen Collection and Handling
Specimen Type
Whole blood
Bone marrow
Extracted DNA
Container
Lavender/EDTA
Collection Instructions
Shared tubes, such as CBC
tubes, are not acceptable
specimens due to risk of
cross-contamination. Send
whole blood to the Laboratory at ambient temperature or
refrigerated. Do not freeze.
Volume
Whole blood – 4 mL
Bone marrow – 4 mL
Extracted DNA – 200ng
Minimum Volume
Whole blood – <1 mL, if
sufficient DNA is extracted
from the blood
Bone marrow – <1 mL, if
sufficient DNA is extracted
from the bone marrow
Extracted DNA – 100ng
Shipping and Handling Instructions
Transport specimen at room
temperature or refrigerated at
2°C to 8°C.