Blood Testing at Warp Speed
Video by Harry Moxley UVA Enlists Robotic Help to Enhance Blood Testing Automation Allows UVA to Speed Results, Offer Wider Range of Tests The University of Virginia Health System has revolutionized how it tests patient blood samples, automating its primary testing facility with high-tech robots that are getting doctors results quickly and efficiently – and allowing UVA to offer a wider range of blood tests to boot. Speedy turnaround times for blood tests are often vital for physicians making important patient-care decisions. They can literally be the difference in life and death. “We are known for receiving the sickest patients, and we want to get the correct treatment to them as rapidly as possible,” explained Doris Haverstick, PhD, UVA’s director of clinical chemistry. Randy Vandevander, senior manager of UVA’s now automated Clinical Core Laboratory, noted that in one instance, a doctor in the Emergency Department ordered an additional test after sending over a patient blood sample. When the physician went to check on the expected turnaround time, “it had already been sampled, tested and the tube was back in the [storage] rack here,” Vandevander said. “That’s just how quick the system is.”

What Happens To Your Sample?

Drawing the Line: The Rationale Behind Blood Tube Collection Order

Insight into a Clinical Chemistry Lab

Real-Time PCR in Action

The World's Most Important Machine

Blood Cell Counters | Hematology analyzer | Biomedical Engineers TV

1 ABO-Rh Testing Part 1: Labeling Tubes & Adding Reagents

The journey of a blood sample #DiscoverPathology

Lab Results, Values, and Interpretation (CBC, BMP, CMP, LFT)

2 ABO-Rh Testing Part 2: Tapping Technique & Grading Reactions

Scripps Health: Medical Laboratory Virtual Tour

Pipetting 201: Mistakes

How I Reversed 20 years of Arterial Plaque

Erythrocyte Sedimentation Rate (ESR); What Does This Lab Test Really Mean?

Blood bottles guide | UKMLA | CPSA | PLAB 2

How to Interpret Your Lab Work Like a Doctor

Med Lab Hospital Tour 2011

The blood sample journey at our Trust

Insight into a Microbiology Lab

