Improve patient care.

Deliver precise results in 1–2 hours
so patients can begin targeted treatment the same day.

Grow your business.

Attract more patients. By deliver what most clinics can’t—a complete diagnosis and prescription in a single visit.

Capture lost revenue.

Keep more revenue within your practice.

Hospital Laboratory Solution

Rapid, Comprehensive Molecular Infection Testing for Hospital Labs

LinksDX enables hospital laboratories to implement advanced multiplex qPCR infection diagnostics — rapid turnaround, expanded panels, and lower per-test cost without major capital investment or additional staffing.

1–2 hrs
Typical qPCR turnaround time
55-60+
Pathogens and resistance markers
~$79-$99
Approximate per-test service cost
Hospital Workflow
How It Works
Existing hospital lab
1
Initial Consultation
Contact LinksDX to discuss your clinical needs, testing volume, and implementation goals.
2
Service Agreement
Execute a simple service agreement to begin onboarding.
3
On-Site Setup
LinksDX installs all required qPCR instruments, DNA/RNA extraction systems, and supporting equipment directly within your existing hospital or physician office laboratory.
4
Validation & Launch
We perform full validation of the selected qPCR infection panels using our reagents and control materials, ensuring compliance and readiness.
5
Go Live
Begin testing real patient samples with rapid turnaround and full operational support from LinksDX.
No new lab required
Integrates into your existing CLIA-certified hospital lab.
Reduced send-out burden
Faster in-house testing instead of waiting 24–72 hours.
Rapid molecular infection diagnostics
Designed for ICU and acute care
Multi-location health system support
Lower cost than many traditional systems
The challenge facing hospital laboratories

Timely, comprehensive infection diagnostics remain difficult for many hospital labs.

Many hospital laboratories face limitations in delivering rapid, comprehensive molecular infection testing — send-out delays, platform limitations, and the complexity of implementing high-throughput qPCR in-house.

24–72 hrs
Slow send-out turnaround
Typical reference lab turnaround is 24–48 hours and may extend to 72 hours, especially over weekends.
~$150/test
High cost of existing systems
Some commonly used molecular platforms have limited panel size, high per-test cost, and less flexibility.
Limited
In-house testing capability
Many hospitals don't offer multiplex qPCR infection testing or rely on narrow platforms.
Complex
Operational barriers
Equipment cost, validation requirements, and specialized staff needs can slow implementation.
The LinksDX solution

A scalable model for hospital-based molecular diagnostics.

LinksDX enables hospitals to deploy or expand multiplex qPCR infection testing within existing lab infrastructure — reducing cost, simplifying operations, and improving turnaround time.

Comprehensive Multiplex Panels
  • 55-60+ pathogens detected
  • 55-60+ antimicrobial resistance markers
  • RPP, UTI, STI, Wound, GI, and Nail panels
Lower Cost per Test
  • LinksDX ~$79-$99 per test
  • Traditional systems often ~$150+ per test
  • Includes reagents, equipment, and operational support
Seamless Integration
  • Works within existing hospital labs
  • No new lab required
  • Leverages current CLIA lab, medical director, lab space, and billing infrastructure
Turnkey Deployment
  • qPCR equipment provided
  • Validation support included
  • Reagents, workflow setup, and trained personnel
Critical advantage for ICU patients

In the ICU, every hour matters.

Most hospitals operate Intensive Care Units where rapid and precise infection diagnosis is critical. Infections can progress quickly, delays impact outcomes, and broad pathogen detection is often necessary.

LinksDX provides large multiplex panels with rapid turnaround so clinicians can identify infections earlier, initiate targeted therapy faster, and improve critical care decision-making.

1–2 hours
Rapid results designed for acute care environments.
55-60+ pathogens & markers
Broad pathogen and resistance detection in a single test.
Earlier intervention
Supports faster targeted treatment decisions.
Reduced empirical antibiotic use
Improves stewardship and clinical precision.
From days to hours

Traditional send-out workflow vs. LinksDX hospital workflow

Traditional
Patient sample → Send-out lab → 24–72 hours
Longer turnaround can delay diagnosis and treatment decisions, especially over weekends.
Multi-location sample logistics

Built for hospital systems with multiple outpatient and satellite locations.

Many hospitals operate outpatient clinics and satellite sites across a broad geography. Managing sample transportation can be time-consuming, operationally complex, and difficult to standardize.

LinksDX provides coordinated pickup and shipping support to streamline transport from clinics to the testing laboratory.

Sample pickup & shipping
Scheduled sample pickup from clinics and centralized transport to testing labs.
Faster processing
Reduces delays and helps move samples into the testing workflow more efficiently.
Less internal complexity
Eliminates the need for hospitals to manage fragmented shipping logistics.
System-wide efficiency
Improves coordination between outpatient sites and central laboratory operations.
Ongoing support

Operational support designed for real hospital environments.

LinksDX supports hospital-based molecular testing beyond setup — including maintenance, troubleshooting, quality procedures, and inspection preparation.

Equipment maintenance
Ongoing maintenance, calibration, and troubleshooting support.
Quality control
Supports consistent laboratory performance and workflow reliability.
CLIA/COLA readiness
Preparation support for inspections and compliance workflows.
Health system fit
Ideal for hospitals reducing send-out testing and expanding diagnostic capability.
Partner with LinksDX
Rapid, scalable, and cost-effective molecular infection diagnostics for hospital laboratories.

LinksDX helps hospitals reduce per-test cost, improve turnaround time, expand diagnostic capability, and maintain efficient lab operations across acute care and multi-location systems.