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Instruments, Equipment & Technology

LeapSpace uses a multi-model AI approach, selecting models based on the task to ensure optimal outcomes and flexibility as AI technologies evolve.
|3 min read

AI Meets Research: LeapSpace Goes Live with 18+ Million Articles

LeapSpace promises AI-assisted insights across 18 million full-text research papers and books, though real-world impact is yet to be measured
byElsevier
Pangenomics, a subset of bioinformatics, is the study of many different genomes from one specific species.
|3 min read

Compressive Pangenomics Breakthrough Enables Analysis of Millions of Genomes

UC engineers introduce PanMAN, a data structure that compresses and encodes large-scale genomic variation and evolutionary history, transforming microbial and human genome studies
byUniversity of California - San Diego
The future of STI diagnostics lies in combining molecular accuracy with operational simplicity.
|4 min read

Why STI Testing Still Isn’t Decentralized—Rethinking STI Diagnostics from Sample to Result

Bridging the diagnostic gap means tackling preanalytical challenges and designing workflows that go beyond instrument-centric approaches
bySiew Veena Sahi, MD
MOBILion’s strategy is to integrate its HRIM technology across the mass spectrometry ecosystem, extending beyond proteomics into metabolomics, lipidomics, exposomics, and other high-value analytical markets.
|2 min read

MOBILion Systems Reports Proof-of-Concept Data Supporting a New Proteomics Approach

Peer-reviewed and collaborator studies indicate high-resolution ion mobility may address longstanding ion utilization limits in LC-MS proteomics workflows
byMOBILion Systems, Inc.
The left panel depicts a potential-like landscape, where white streamlines represent the inferred trajectory of cell states across time. Although single-cell RNA sequencing captures only static snapshots of cells, ddHodge reconstructs the patch-worked dynamical structure by connecting many local “nows” into a coherent global picture. The right panel shows a graph-based representation of high-dimensional cell states, on which local geometry is preserved to quantify key dynamical properties such as stability, divergence, and rotational components.
|3 min read

A New Way to Map How Cells Choose Their Fate

Researchers present an innovative computational method based on modern mathematics to shed light on cell state dynamics and development
byKyushu University
Like other tools, when used wisely, AI can enhance scientific work.
|2 min read

Science Journals’ Editor-in-Chief on Responsible Use of AI in Research

In Science’s first editorial of 2026, editor-in-chief Holden Thorp reflects on thoughtful AI use in scientific publishing
byAmerican Association for the Advancement of Science (AAAS)
Clinical labs are uniquely positioned to bring emerging scientific discoveries to the forefront, enhancing patient care.
|4 min read

How Clinical Lab Operations Are Evolving for 2026 and Beyond

Five experts at Thermo Fisher Scientific share their perspectives on technology, workforce, and operational shifts shaping the future of the clinical lab
byMisty Phillips, MLS(ASCP)MB,Ellie Mahjubi, MSTM, MBA,Noreen Hong, MBA,Richard Knight, MD, andJane Li
Bladder cancer is among the most common and most expensive cancers to monitor, with an estimated 83,190 new US cases in 2024 and 800,000 living with the disease nationwide.
Updated |3 min read

Cellens Secures $6.5M to Advance AI and Mechanobiology-Based Bladder Cancer Test

The test leverages cellular biophysics and machine learning to offer a high-sensitivity alternative to traditional urine-based assays
byCellens
While untreated HIV can lead to infection and death, antiretroviral therapy (ART) is available to Malawian patients at no cost.
|2 min read

Electronic Medical Records Help Save Lives of HIV Patients

Researchers found that switching from paper to electronic medical records at HIV clinics in Malawi led to an estimated 28 percent reduction in deaths after five years
byUniversity of Pennsylvania
A look back at the headlines and print issues that defined Today's Clinical Lab in 2025.
|5 min read

The Year of 'Regulatory Whiplash' and the AI Pivot: 2025 in Review

If 2024 was defined by the looming threat of the FDA's "Final Rule" on laboratory-developed tests (LDTs), 2025 was defined by its sudden dismantling
byToday's Clinical Lab
Current genetic analysis tools can estimate whether a mutation is harmful, but they cannot determine the type of disease it might cause.
|3 min read

New AI Tool Identifies Not Just Genetic Mutations, but the Diseases They May Cause

The method, called V2P, uses advanced machine learning to link genetic variants with their likely phenotypic outcomes
byMount Sinai School of Medicine andMount Sinai Hospital
If even 1 percent of adults in the US became kidney or partial liver living donors, the waitlists for kidney and liver transplants would significantly decrease.
|3 min read

Enhancing Transplant Success with Living Organ Donation and Advanced Diagnostics

As demand for organs grows, laboratory diagnostics remain central to donor evaluation and transplant success
byTina Liedtky
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Bridging Vision and Execution: A Candid Conversation on the Future of the Laboratory

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Ensuring Compliance: How to Get AI Diagnostic Tools Approved for Clinical Practice

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Cutting-Edge Gastrointestinal Pathogen Testing Technologies for Labs

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The Path to Absolute Quantification in Gene Expression

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