3-Methylcrotonylglycinuria: MCCC1/MCCC2 Sequencing
Test code: DMC2
TAT: 14 days
Prenatal Samples Accepted
A molecular test used to identify variants in the genes associated with 3-Methylcrotonylglycinuria.
Test code: DMC2
TAT: 14 days
Prenatal Samples Accepted
A molecular test used to identify variants in the genes associated with 3-Methylcrotonylglycinuria.
Test code: DSMP
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with acid sphingomyelinase deficiency (Niemann-Pick A/B disease).
Test code: DABC
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with X-linked Adrenoleukodystrophy.
Test code: DMAN
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with alpha-mannosidosis.
Test code: DANG
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to detect methylation abnormalities and copy number variants associated with Angelman syndrome.
Test code: DAOR
TAT: 8 weeks
A panel of 20 genes intended for patients with a diagnosis or clinical suspicion of aortic dysfunction, dilation, and related disorders.
Test code: DAGA
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with aspartylglucosaminuria.
Test code: DCDN
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with Beckwith-Wiedemann syndrome.
Test code: DBWM
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to detect methylation abnormalities or copy number variants associated with BWS.
Test code: DBTD
TAT: 14 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with biotinidase deficiency.
Test code: DCPT
TAT: 14 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with carnitine palmitoyltransferase IA deficiency.
Test code: DPHO
TAT: 7 days
A molecular test used to identify pathogenic variants in the gene associated with central hypoventilation syndrome.
Test code: DPHS
TAT: 14 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with central hypoventilation syndrome.
Test code: DCMD
TAT: 14 days
A molecular test used to identify copy number variants in the gene associated with Charcot-Marie-Tooth disease type 1A.
Test code: DCHO
TAT: 35 days
A panel of 74 genes intended for patients with a diagnosis or clinical suspicion of cholestasis.
Test code: DC14
TAT: 21 days
Prenatal Samples Accepted
A comparative analysis between the proband and parental samples for markers on chromosome 14.
Test code: DC15
TAT: 21 days
Prenatal Samples Accepted
A comparative analysis between the proband and parental samples for markers on chromosome 15.
Test code: DC07
TAT: 21 days
Prenatal Samples Accepted
A comparative analysis between the proband and parental samples for markers on chromosome 7.
Test code: DCAR
TAT: 8 weeks
A panel of 125 genes intended for patients with a diagnosis or clinical suspicion of an inherited cardiac disorder.
Test code: DCPP
TAT: 8 weeks
A panel of 147 genes intended for patients with a diagnosis or clinical suspicion of inherited pulmonary disorders.
Test code: DCTP
TAT: 8 weeks
A panel of 36 genes intended for patients with a diagnosis or clinical suspicion of a connective tissue disorder.
Test code: DGJB
TAT: 14 days
A molecular test used to identify varitants in the gene associated with Connexin 26-related hearing loss.
Test code: DGJT
TAT: 14 days
Prenatal Samples Accepted
GJB2 targeted analysis is a molecular test used to identify known variants in the gene associated with Connexin 26-related hearing loss.
Test code: DCRA
TAT: 35 days
Prenatal Samples Accepted
This panel of 8 genes is intended for patients with a diagnosis or clinical suspicion of craniosynostosis.
Test code: DCFS
TAT: 28 days
CFTR sequencing is a molecular test used to identify variants in the gene associated with cystic fibrosis.
Test code: DCTM
TAT: 28 days
Prenatal Samples Accepted
CFTR targeted analysis is a molecular test used to detect a known variant associated with cystic fibrosis.
Test code: DDCA
TAT: 8 weeks
A panel of 65 genes intended for patients with a diagnosis or clinical suspicion of an inherited cardiac disorder.
Test code: DDSM
TAT: 8 weeks
An NGS panel of 56 genes intended for patients with a diagnosis or clinical suspicion of a disorder of somatic mosaicism.
Test code: DDMD
TAT: 14 days
Prenatal Samples Accepted
A molecular test used to identify copy number variants in the gene associated with Duchenne or Becker muscular dystrophy.
Test code: DESP
TAT: 8 weeks
A panel of 165 genes intended for patients with a diagnosis of epilepsy or seizures.
Test code: DEPI
TAT: 28 days
EpiSign Complete is the first clinical assay validated to detect unique epigenetic signatures and methylation abnormalities for over 90 recognized genetic conditions.
Test code: DEPT
TAT: 28 days
EpiSign Variant is a targeted review of methylation data intended to resolve variants of uncertain clinical signficance in genes with a known epigenetic signature.
Test code: DGLA
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with Fabry disease.
Test code: DFHP
TAT: 35 days
A panel of 4 genes intended for patients with a diagnosis or clinical suspicion of familial hypercholesterolemia.
Test code: DLDL
TAT: 14 days
A molecular test used to identify copy number variants in the LDLR gene associated with familial hypercholesterolemia.
Test code: DFE4
TAT: 8 weeks
Prenatal Samples Accepted
A custom panel of 16-60 genes analyzed on the genome backbone.
Test code: DFE2
TAT: 8 weeks
Prenatal Samples Accepted
A custom panel of 2-5 genes analyzed by using the genome backbone.
Test code: DFE3
TAT: 8 weeks
Prenatal Samples Accepted
A custom panel of 6-15 genes analyzed by using the genome backbone.
Test code: DFES
TAT: 35 days
Prenatal Samples Accepted
A custom single gene analysis on the genome backbone.
Test code: DFMA
TAT: 21 days
A molecular test used to provide methylation status when previous testing FMR1 testing identified an expansion but did not include methylation status.
Test code: DFMR
TAT: 7-10 days
Prenatal Samples Accepted
FMR1 trinucleotide repeat analysis is a molecular test used to identify polymorphic (CGG) expansion repeat size in the gene associated fragile X syndrome.
Test code: DGAL
TAT: 10 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with galactosemia.
Test code: DGBA
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with Gaucher disease.
Test code: DGCD
TAT: 14 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with glutaric acidemia type I.
Test code: DGLB
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with GM1 gangliosidosis/morquio syndrome B (MPS IVB).
Test code: DGNA
TAT: 21 days
A molecular test used to detect copy number variants and methylation abnormalities within the GNAS complex locus.
Test code: DHLP
TAT: 8 weeks
A panel of 147 nuclear genes and 10 mitochondrial genes used for patients with a diagnosis or clinical suspicion of hearing loss.
Test code: DHPP
TAT: 8 weeks
A panel of 46 genes intended for patients with a diagnosis or clinical suspicion of inherited pulmonary disorder.
Test code: DIDM
TAT: 14 days
A molecular test used to identify copy number variants in the gene associated with Hunter syndrome (MPS II).
Test code: DIDS
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with Hunter syndrome (MPS II).
Test code: DIDU
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with Hurler syndrome (MPS I).
Test code: DGAC
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with Krabbe disease.
Test code: DLRD
TAT: 10 weeks
This is a phenotype-driven analysis that can detect SNVs, CNVs, triplet repeat disorders, and rearrangements in genomic data from the proband and one family member.
Test code: DLRS
TAT: 10 weeks
This is a phenotype-driven analysis that can detect SNVs, CNVs, triplet repeat disorders, and rearrangements in genomic data from the proband.
Test code: DLRT
TAT: 10 weeks
This is a phenotype-driven analysis that can detect SNVs, CNVs, triplet repeat disorders, and rearrangements in genomic data from the proband and two family members.
Test code: DARB
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with Maroteaux-Lamy syndrome (MPS VI).
Test code: DMCC
TAT: 14 days
This molecular test is a comparative analysis between maternal and fetal DNA.
Test code: DMOD
TAT: 8 weeks
This panel of 16 nuclear genes and 1 mitochondrial gene is intended for patients with a diagnosis or clinical suspicion of a condition associated with maturity-onset diabetes of the young.
Test code: DACM
TAT: 14 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with medium-chain acyl-CoA Dehydrogenase (MCAD) deficiency.
Test code: DARA
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with metachromatic leukodystrophy.
Test code: DMVP
TAT: 5 weeks
A panel of 96 mitochondrial DNA variants intended for patients with a diagnosis or clinical suspicion of a mitochondrial disorder.
Test code: DGAN
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with morquio syndrome A (MPS IVA) .
Test code: DMTP
TAT: 28 days
mtDNA Targeted Analysis with heteroplasmy is a next generation sequencing test used to detect a previously identified mtDNA varient.
Test code: DMTS
TAT: 14 days
mtDNA Targeted Analysis is a Sanger sequencing test used to detect a previously identified mtDNA variant.
Test code: DMYO
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify expanded CTG repeats in the gene associated with myotonic dystrophy.
Test code: DNHP
TAT: 8 weeks
Prenatal Samples Accepted
A panel of 108 genes intended for patients with a diagnosis or clinical suspicion of hydrops.
Test code: DOAH
TAT: 8 weeks
A panel of 18 genes intended for patients with a diagnosis or clinical suspicion of ocular albinism and Hermansky-Pudlak Syndrome and is performed by next generation sequencing.
Test code: DOMP
TAT: 8 weeks
A panel of 16 genes intended for patients with a diagnosis of an overgrowth syndrome or macrocephaly.
Test code: DPLM
TAT: 14 days
A molecular test used to identify copy number variants in the gene associated with Pelizaeus-Merzbacher disease, spastic paraplegia.
Test code: DPAH
TAT: 14 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with phenylketonuria.
Test code: DMGA
TAT: 14 days
A molecular test used to identify copy number variants in the gene associated with Pompe disease, or glycogen storage disease type II.
Test code: DGAA
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with pompe disease, or glycogen storage disease type II.
Test code: DPWS
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to detect copy number variants and methylation abnormalities associated with Prader-Willi syndrome.
Test code: DPE2
TAT: 21 days
Prenatal Samples Accepted
Prenatal exome sequencing (PES) is a phenotype-driven analysis available for patients with abnormal ultrasound findings.
Test code: DPE3
TAT: 21 days
Prenatal Samples Accepted
Prenatal exome sequencing (PES) is a phenotype-driven analysis available for patients with abnormal ultrasound findings.
Test code: DPX2
TAT: 21 days
Prenatal Samples Accepted
Prenatal exome sequencing-XL (PES-XL) is available for patients with abnormal ultrasound findings.
Test code: DPX3
TAT: 21 days
Prenatal Samples Accepted
Prenatal exome sequencing-XL (PES-XL) is available for patients with abnormal ultrasound findings.
Test code: DS22
TAT: 14 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with sytemic primary carnitine deficiency.
Test code: DPTM
TAT: 14 days
A molecular test used to detect copy number variants in the gene associated with PTEN-related disorders.
Test code: DPTS
TAT: 6 weeks
A molecular test used to identify variants in the gene associated with PTEN-related disorders.
Test code: DPTT
TAT: 14 days
Prenatal Samples Accepted
A molecular test used to identify known variants in the gene associated with PTEN-related disorders.
Test code: DQUI
TAT: Contact lab
The QUICK Analysis is Greenwood’s free NGS-reflex analysis that rapidly screens full exome and genomoic data for pathogenic alterations when panel results are negative.
Test code: DRWG
TAT: 7 days
Rapid whole genome sequencing is an expedited and comprehensive, phenotype-driven genomic analysis for patients with unexplained medical conditions and the most urgent need for STAT results.
Test code: DRAO
TAT: 8 weeks
Prenatal Samples Accepted
A panel of 23 genes intended for patients with a diagnosis or clinical suspicion of a RASopathy syndrome.
Test code: DMEM
TAT: 14 days
A molecular test used to detect copy number variants in the gene associated with Rett syndrome.
Test code: DMES
TAT: 21 days
A molecular test used to identify variants in the gene associated with Rett syndrome.
Test code: DMEC
TAT: 14 days
Prenatal Samples Accepted
A molecular test used to identify known variants in the gene associated with Rett syndrome.
Test code: DRHA
TAT: 8 weeks
A panel of 47 genes intended for patients with a diagnosis or clinical suspicion of a condition associated with rhabdomyolysis or a metabolic myopathy.
Test code: DRSM
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to detect copy number variants and methylation abnormalities associated with Russell-Silver syndrome.
Test code: DTWM
TAT: 14 days
A molecular test used to identify copy number variants in the gene associated with Saethre-Chotzen syndrome.
Test code: DSGS
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with Sanfilippo syndrome A (MPS IIIA).
Test code: DNAG
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with Sanfilippo syndrome B (MPS IIIB).
Test code: DHGS
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with Sanfilippo syndrome C (MPS IIIC).
Test code: DGNS
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with Sanfilippo syndrome D (MPS IIID).
Test code: DNEU
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with sialidosis .
Test code: DSDP
TAT: 35 days
Prenatal Samples Accepted
A panel of 11 genes intended for patients with a diagnosis or clinical suspicion of a skeletal dysplasia.
Test code: DGUS
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with Sly Syndrome (MPS VII).
Test code: DNSM
TAT: 14 days
A molecular test used to detect copy number variants in the gene associated with Sotos syndrome.
Test code: DSMU
TAT: 21 days
A molecular test used to identify variant in the gene associated with spinal muscular atrophy (SMA).
Test code: DSMK
TAT: 14 days
Prenatal Samples Accepted
A molecular test used to identify known variants in the gene associated with spinal muscular atrophy (SMA).
Test code: DSMN
TAT: 14 days
Prenatal Samples Accepted
A molecular test used to identify copy number variants in the gene associated with spinal muscular atrophy (SMA).
Test code: DSPP
TAT: 21 days
This panel of 5 genes is intended for patients with a clinical suspicion or family history of spinocerebellar ataxia.
Test code: DSP1
TAT: 21 days
A molecular test used to identify expanded CAG repeat size in the gene associated with spinocerebellar ataxia type 1.
Test code: DSP2
TAT: 21 days
A molecular test used to identify expanded CAG repeat size in the gene associated with spinocerebellar ataxia type 2.
Test code: DSP3
TAT: 21 days
A molecular test used to identify expanded CAG repeat size in the gene associated with spinocerebellar ataxia type 3.
Test code: DSP6
TAT: 21 days
A molecular test used to identify expanded CAG repeat size in the gene associated with spinocerebellar ataxia type 6.
Test code: DSP7
TAT: 21 days
A molecular test used to identify expanded CAG repeat size in the gene associated with spinocerebellar ataxia type 7.
Test code: DSTD
TAT: 14 days
STRC deletion/duplication MLPA is a molecular test used to detect copy number variants in the gene associated with STRC-related autosomal recessive hearing loss.
Test code: DSTR
TAT: 21 days
Prenatal Samples Accepted
STRC sequencing is a molecular test used to identify variants in the gene associated with STRC-related autosomal recessive hearing loss.
Test code: DTKF
TAT: 14 days
Prenatal Samples Accepted
Targeted Analysis: Known Mutation is used to detect a previously identified sequence variant.
Test code: DHXA
TAT: 21 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with Tay-Sachs disease.
Test code: DVMP
TAT: 8 weeks
A panel of 21 genes intended for patients with a diagnosis or clinical suspicion of a vascular disorders.
Test code: DVLC
TAT: 14 days
Prenatal Samples Accepted
A molecular test used to identify variants in the gene associated with very long-chain acyl-CoA dehydrogenase (VLCAD) deficiency.
Test code: DXLD
TAT: 10 weeks
A phenotype-driven exome analysis of genomic data from the proband and one parent, used to help determine the underlying genetic cause of the patient’s unexplained medical condition
Test code: DXLR
TAT: 10 weeks
An exome reanalysis of genomic data previously generated at GGC can be requested when the proband presents with new or updated clinical findings.
Test code: DXLS
TAT: 10 weeks
A phenotype-driven exome analysis of genomic data from the proband to help determine the underlying genetic cause of the patient’s unexplained medical condition.
Test code: DXLT
TAT: 10 weeks
A phenotype-driven exome analysis of genomic data from the proband and both parents to help determine the underlying genetic cause of the patient’s unexplained medical condition.
Test code: DWE2
TAT: 10 weeks
Whole Exome Sequencing, Duo Analysis is a phenotype-driven analysis of exome data from the proband and one parent.
Test code: DWER
TAT: 10 weeks
A reanalysis of exome data previously generated at GGC can be requested when the proband presents with new or updated clinical findings.
Test code: DWE1
TAT: 10 weeks
Whole Exome Sequencing, Singleton Analysis is a phenotype-driven analysis of exome data from the proband.
Test code: DWE3
TAT: 10 weeks
Whole Exome Sequencing, Trio Analysis is a phenotype-driven analysis of exome data from the proband and both parents.
Test code: DWG2
TAT: 10 weeks
A comprehensive, phenotype-driven analysis of the genomic data from the proband and one parent to help determine the underlying genetic cause of an unexplained medical condition.
Test code: DWG1
TAT: 10 weeks
A comprehensive, phenotype-driven analysis of the genomic data from the proband to help determine the underlying genetic cause of an unexplained medical condition.
Test code: DWG3
TAT: 10 weeks
A comprehensive, phenotype-driven analysis of the genomic data from the proband and both parents to help determine the underlying genetic cause of an unexplained medical condition.
Test code: DXIN
TAT: 14 days
A molecular test used to determine if females are skewed toward or away from a potentially abnormal allele.