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Reproductive Health
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Carrier Screening

Carrier Screening can help couples learn their risk of passing on certain genetic conditions to their offspring, regardless of family history

Carrier Screening can help couples learn their risk of passing on certain genetic conditions to their offspring, regardless of family history

  1. Includes up to 419 genes or autosomal recessive and X-linked disorders. Males are not tested for X-linked disorders.
  2. Pathogenic and likely pathogenic results are reported.
  3. Variants of Unknown Significance (VUS) are not typically reported in carrier testing, as there is limited clinical value.
  4. Data interpretation is based on current understanding of the gene and variants at the time of reporting. Routine variant reclassification is not provided but is available upon request for a specific gene.
  5. Next-generation sequencing with sequencing variant and CNV analysis for most genes; Fragile X testing with repeat expansion analysis.
  6. 99% detection rate across most genes and ethnicities.
  7. Disease-specific clinical information provided on all positive reports.
  8. Backed by a support team of lab directors, variant scientists, and genetic counselors.

Ambry Genetics does not provide prenatal diagnosis for all conditions included in carrier screening. Individuals desiring prenatal diagnosis for an at-risk fetus should be referred for genetic counseling and coordination of additional testing.

Genes analyzed
Code
Test Name
Turnaround
Genes
9082
Carrier Screening CF+SMA
10-14 days
2 Genes
9083
Carrier Screening Ashkenazi Jewish Panel
10-14 days
48 Genes
9084-A
Carrier Screening Fragile-X Screening
10-14 days
1 Gene
9085-A
Carrier Screening Guidelines-Based Panel
10-14 days
163 Genes
9086
Carrier Screening Comprehensive Panel
10-14 days
418 Genes
Carrier Screening CF+SMA
2 Genes
CFTR
SMN1
Carrier Screening Ashkenazi Jewish Panel
48 Genes
ABCC8
ACADM
ADAMTS2
ASPA
ATP7B
BBS2
BCKDHB
BLM
CFTR
CLRN1
CPT2
CYP21A2
DHCR7
DHDDS
DLD
DNAH5
DNAI2
F11
FAH
FANCC
FKTN
G6PC1
GAA
GALT
GBA
GBE1
GJB2
HBB
HEXA
HOGA1
IKBKAP
LOXHD1
MCOLN1
MEFV
MPL
MTTP
NEB
NR2E3
PAH
PCDH15
PEX2
PFKM
PKHD1
PMM2
RTEL1
SMN1
SMPD1
TMEM216
Carrier Screening Fragile-X Screening
1 Gene
FMR1
Carrier Screening Guidelines-Based Panel
163 Genes
ABCB11
ABCC6
ABCC8
ABCD1
ACADM
ACADVL
ACAT1
ADAMTS2
AGA
AGL
AGXT
AHI1
AIRE
ALDH3A2
ALDOB
ALPL
AMT
ARSA
ARX
ASL
ASPA
ATM
ATP7B
BBS1
BBS2
BCHE
BCKDHA
BCKDHB
BLM
BTD
CAPN3
CBS
CC2D2A
CDH23
CEP290
CFTR
CHRNE
CLN3
CLN5
CLRN1
CNGB3
COL4A3
COL4A4
COL7A1
CPT2
CTNS
CYP21A2
CYP27A1
CYP27B1
DHCR7
DHDDS
DLD
DMD
DNAH5
DNAI1
DNAI2
DPYD
ERCC2
EVC
EVC2
F11
F9
FAH
FANCC
FKRP
FKTN
G6PC1
GAA
GALK1
GALT
GAMT
GBA
GBE1
GCDH
GJB2
GLA
GLB1
GNPTAB
HBA1/HBA2
HBB
HEXA
HEXB
HLCS
HOGA1
HPS1
HPS3
IDUA
IKBKAP
IVD
L1CAM
LAMA2
LDLR
LIPA
LOXHD1
LPL
LRPPRC
MCCC1
MCCC2
MCOLN1
MEFV
MESP2
MKKS
MKS1
MLC1
MMAA
MMACHC
MMADHC
MMUT
MPL
MTTP
MYO7A
NBN
NEB
NPC1
NPHS1
NR0B1
NR2E3
OTC
PAH
PC
PCCA
PCCB
PCDH15
PEX1
PEX2
PEX6
PEX7
PFKM
PKHD1
PMM2
POLG
PRF1
PROP1
PYGM
RARS2
RMRP
RNASEH2B
RPE65
RS1
RTEL1
SACS
SAMHD1
SEPSECS
SERPINA1
SGSH
SLC12A3
SLC12A6
SLC22A5
SLC25A13
SLC25A15
SLC26A2
SLC26A4
SLC37A4
SLC6A8
SMN1
SMPD1
ST3GAL5
TMEM216
USH2A
VRK1
WRN
XPA
XPC
Carrier Screening Comprehensive Panel
418 Genes
AAAS
ABAT
ABCA12
ABCB11
ABCC6
ABCC8
ABCD1
ACAD9
ACADM
ACADVL
ACAT1
ACOX1
ACSF3
ADA
ADAMTS2
ADGRG1
ADGRV1
AGA
AGL
AGPS
AGXT
AHI1
AIFM1
AIRE
ALDH3A2
ALDH7A1
ALDOB
ALG6
ALMS1
ALPL
AMT
AP1S1
AP3B1
AQP2
ARG1
ARL13B
ARSA
ARSB
ARSL
ARX
ASAH1
ASL
ASNS
ASPA
ASS1
ATM
ATP6V1B1
ATP7A
ATP7B
ATP8B1
ATRX
B9D1
BBS1
BBS10
BBS12
BBS2
BBS4
BBS7
BBS9
BCHE
BCKDHA
BCKDHB
BCS1L
BLM
BSND
BTD
BTK
C2CD3
C5orf42
CANT1
CAPN3
CBS
CC2D2A
CD40LG
CDH23
CEP104
CEP120
CEP290
CEP41
CERKL
CFTR
CHAT
CHM
CHRNE
CHRNG
CIB2
CIITA
CLCN5
CLN3
CLN5
CLN6
CLN8
CLRN1
CNGB3
COL27A1
COL4A3
COL4A4
COL4A5
COL7A1
COLQ
CPS1
CPT1A
CPT2
CRB1
CRPPA
CSPP1
CTNS
CTSA
CTSD
CTSK
CYBA
CYBB
CYP11B1
CYP11B2
CYP17A1
CYP19A1
CYP1B1
CYP21A2
CYP27A1
CYP27B1
DBT
DCLRE1C
DCX
DHCR7
DHDDS
DIS3L2
DKC1
DLD
DMD
DNAH5
DNAI1
DNAI2
DOK7
DPYD
DYSF
EDA
EIF2AK3
EIF2B5
EMD
ERCC2
ERCC6
ERCC8
ESCO2
ETFA
ETFB
ETFDH
ETHE1
EVC
EVC2
EXOSC3
EYS
F11
F9
FAH
FAM161A
FANCA
FANCB
FANCC
FANCD2
FANCE
FANCF
FANCG
FANCI
FANCL
FH
FKRP
FKTN
FOXP3
G6PC1
G6PD
GAA
GALC
GALK1
GALNS
GALNT3
GALT
GAMT
GBA
GBE1
GCDH
GFM1
GJB1
GJB2
GLA
GLB1
GLDC
GLE1
GNE
GNPAT
GNPTAB
GNPTG
GNS
GP1BA
GP9
GRHPR
GUSB
HADH
HADHA
HADHB
HAX1
HBA1/HBA2
HBB
HEXA
HEXB
HFE2
HGSNAT
HLCS
HMGCL
HOGA1
HPRT1
HPS1
HPS3
HPS4
HSD17B3
HSD17B4
HSD3B2
HYLS1
IDS
IDUA
IKBKAP
IL2RG
INPP5E
INVS
IQCB1
IVD
KCNJ11
L1CAM
LAMA2
LAMA3
LAMB3
LAMC2
LARGE1
LCA5
LDLR
LDLRAP1
LHX3
LIFR
LIPA
LOXHD1
LPL
LRPPRC
LYST
MAN2B1
MCCC1
MCCC2
MCOLN1
MED17
MEFV
MESP2
MFSD8
MKKS
MKS1
MLC1
MLYCD
MMAA
MMAB
MMACHC
MMADHC
MMUT
MOCS1
MPI
MPL
MPV17
MRE11A
MTHFR
MTM1
MTRR
MTTP
MYO15A
MYO7A
NAGLU
NAGS
NBN
NDRG1
NDUFAF5
NDUFAF6
NDUFS4
NDUFS6
NEB
NEU1
NPC1
NPC2
NPHP1
NPHP3
NPHP4
NPHS1
NPHS2
NR0B1
NR2E3
NTRK1
OAT
OCRL
OPA3
OTC
PAH
PC
PCCA
PCCB
PCDH15
PDHA1
PDHB
PEPD
PET100
PEX1
PEX10
PEX12
PEX2
PEX26
PEX6
PEX7
PFKM
PHGDH
PHYH
PKHD1
PLA2G6
PLCE1
PMM2
POLG
POMGNT1
POMT1
POMT2
PPT1
PRF1
PROP1
PRPS1
PSAP
PTS
PUS1
PYGM
RAB23
RAG1
RAG2
RAPSN
RARS2
RDH12
RMRP
RNASEH2A
RNASEH2B
RNASEH2C
RPE65
RPGRIP1L
RS1
RTEL1
SACS
SAMHD1
SBDS
SCARB2
SEPSECS
SERPINA1
SGCA
SGCB
SGCD
SGCG
SGSH
SLC12A3
SLC12A6
SLC17A5
SLC1A4
SLC22A5
SLC25A13
SLC25A15
SLC25A20
SLC26A2
SLC26A4
SLC35A3
SLC37A4
SLC39A4
SLC4A11
SLC4A4
SLC6A8
SLC7A7
SMARCAL1
SMN1
SMPD1
ST3GAL5
STAR
STX11
STXBP2
SUMF1
TAFAZZIN
TANGO2
TAT
TCIRG1
TECPR2
TFR2
TGM1
TH
TJP2
TMEM216
TPP1
TRIM37
TRMU
TSEN2
TSEN54
TSFM
TTC37
TTC8
TTPA
TYMP
UBA1
UBR1
UPB1
USH1C
USH2A
VPS13A
VPS13B
VPS45
VPS53
VRK1
VSX2
WAS
WNT10A
WRN
WWOX
XPA
XPC
ZFYVE26
ZIC3

Identify individuals at risk for having offspring with genetic conditions Enable individuals to understand reproductive risk(s) and options Offer pre-pregnancy and allow individuals to consider options such as pre-implantation genetic testing or sperm/egg donor Help identify resources for parents to plan for a child born with a genetic condition Help provide a peace of mind for parents who are not at increased risk based on test results The American College of Medical Genetics and Genomics (ACMG) recommends informed decision-making as a part of the carrier screening and NIPT process. Limitations May not provide detection of certain genes or portions of certain genes due to local sequence characteristics or presence of closely related pseudogenes Changes in repetitive sequences may not be accurately identified by this methodology Data interpretation is based on current understanding of genes and variants at the time of reporting A negative result reduces but does not eliminate the possibility of the individual being a carrier