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Reproductive genetics

NIFTY Non-invasive Prenatal Test

NIFTY is a sequencing-based prenatal screening test that uses a maternal peripheral blood sample to assess the risk of common fetal chromosomal abnormalities from week 10 of pregnancy.

10+ weeksScreening can begin from the 10th week of pregnancy.
>5 mLMaternal peripheral blood, or 2 mL plasma for local workflows.
1-3 daysLocal laboratory TAT may vary with workflow and scheduling.

Safe, early prenatal screening

NIFTY is independently developed by BGI Genomics and combines cell-free DNA extraction, low-depth whole-genome sequencing and bioinformatics analysis. It screens for trisomy 21, trisomy 18 and trisomy 13, with optional expansion for sex chromosome aneuploidies, rare autosomal aneuploidies and Y chromosome information.

The test supports singleton, twin and IVF pregnancies, helping clinicians and expectant parents access early risk information through a simple maternal blood draw.

Accurate

Over 99% sensitivity reported for trisomy 21, 18 and 13 screening.

Safe

Non-invasive blood-based screening with no procedure-related risk to mother or fetus.

Early

Available from week 10 of pregnancy for eligible clinical scenarios.

Trusted

BGI NIPT solutions are used globally across large-scale prenatal screening programs.

Screening options

NIFTY focuses on core trisomy screening and can be configured with optional add-ons depending on clinical requirements and local availability.

Screening itemNIFTYNIFTY Pro
T21, T18, T13IncludedIncluded
Sex chromosome aneuploidiesOptionalIncluded
Rare autosomal aneuploidiesOptionalIncluded
Microdeletions / duplicationsNot applicableExpanded CNV screening
Y chromosomeOptionalOptional

Workflow

Designed for a straightforward clinical pathway from ordering through reporting.

1
Order

Physician orders the screening test.

2
Collect

Maternal peripheral blood sample is collected.

3
Analyze

Sample is prepared, sequenced and analyzed.

4
Report

Results are sent back to the physician.

NIFTY is a screening test and is not a standalone diagnostic test. Confirmatory diagnostic testing should be considered before irreversible pregnancy-management decisions.

Why choose NIFTY

Clear prenatal screening support for clinicians

NIFTY brings together early sample collection, sequencing-based analysis and a simple reporting pathway so healthcare providers can discuss chromosomal risk with patients sooner in pregnancy.

Clinical focus

Core screening for trisomy 21, trisomy 18 and trisomy 13, with optional expansion depending on the selected service model.

Simple collection

Only a maternal peripheral blood draw is needed, making the test easier to fit into routine prenatal visits.

Fast service path

BGI reference materials describe results in up to 5 working days for applicable offshore service models; local timing depends on laboratory configuration.

Global experience

BGI materials cite use across more than 20 million pregnancies worldwide for NIFTY and NIFTY Pro services.

Clinical use profile

Who the test is designed for

NIFTY is intended for pregnant women at 10 weeks of pregnancy and above. The test analyzes cell-free DNA from maternal blood to estimate fetal chromosomal abnormality risk.

It can support prenatal screening pathways for singleton pregnancies, twin pregnancies, and IVF pregnancies, subject to physician assessment and local service availability.

Physician-directed

Results should be interpreted by qualified healthcare professionals within the full clinical context.

Sample type

Requires more than 5 mL maternal peripheral blood, or 2 mL plasma in local laboratory workflows.

Early screening

Available from week 10 of pregnancy for eligible patients.

Non-invasive

Uses a blood draw, avoiding procedure-related risk to the mother or fetus.

Technology foundation

NIFTY uses low-depth whole-genome sequencing and bioinformatics analysis to evaluate chromosomal risk signals from maternal plasma cell-free DNA.

Cell-free DNA

Maternal plasma contains fetal cell-free DNA fragments that can be evaluated through sequencing.

DNBSEQ technology

BGI sequencing platforms use DNA nanoball technology designed for high-density sequencing workflows.

Bioinformatics

Automated analysis supports chromosomal risk assessment and report generation.

Local workflow

Laboratories can configure sample preparation, sequencing and HALOS analysis for local implementation.

Performance and validation notes

BGI reports that NIFTY and NIFTY Pro have been supported by large-scale validation and extensive clinical use. The brochure cites over 13 million samples processed worldwide and more than 70 publications supporting performance.

For common trisomies, the brochure reports high sensitivity and specificity across trisomy 21, 18 and 13. Positive screening results still require confirmatory diagnostic testing.

Validation areaReported information
Common trisomiesHigh sensitivity and specificity reported for T21, T18 and T13.
Clinical scaleOver 13,000,000 samples processed worldwide in BGI materials.
Evidence baseMore than 70 publications referenced by BGI for NIPT performance.
Confirmatory testingRequired before irreversible pregnancy-management decisions.

Service pathway options

NIFTY can be presented as an offshore service pathway or as a local laboratory workflow where regional capability, sample volumes and regulatory requirements support local implementation.

  • Offshore service: physician orders the test, blood is collected, sample is shipped for analysis, and the result is returned to the physician.
  • Local laboratory: sample preparation, DNBSEQ sequencing, HALOS analysis and report generation can be arranged inside the local testing environment.
  • Genient can help discuss suitable setup choices for throughput, turnaround time, staffing and service readiness.

Result interpretation

NIFTY provides risk information. A high-risk result is not a diagnosis and should be followed by clinical review, genetic counselling where appropriate, and confirmatory diagnostic testing before pregnancy-management decisions.

Low-risk results reduce the estimated risk for the screened conditions, but do not exclude every chromosomal or genetic condition and do not replace ultrasound or routine prenatal care.

Local laboratory options

BGI's local laboratory solution can combine automation platforms, sequencing systems, CE-certified kits and HALOS analysis. Configuration depends on volume, throughput, staffing, and regional availability.

Technology transfer support

The brochure outlines support across laboratory design review, equipment installation, on-site training, parallel testing, software upgrades, application support, and after-sales service.