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How the IsoLight/IsoSpark can support a research lab’s pursuit of novel immunotherapies

High quality SARS-CoV-2 RNA from saliva samples with easy self-collection is enabling faster, scalable detection

With mass testing on the rise, saliva collection is paramount to the return to pre-pandemic activities

A look at the technological advances that have simplified the use of flow cytometry in clinical labs

Lab automation can help labs overcome challenges exacerbated by the pandemic to increase testing

Challenges and critical considerations for the manufacturing of cellular therapies

An automated workstation can solve a range of standardization challenges for clinical labs

ctDNA assays can facilitate tracking of a tumor's response to treatment over time

Low sample volume functional proteomics identifies key inflammatory markers in brain of COVID-19 patient

Single-cell proteomics can predict resistance and enable therapies to combat drug-resistant cell states

Functional proteomics provides a complete picture of the mechanisms involved in the patient response

Quality data is the backbone of today’s clinical laboratories—make sure you get it right

Functional single cell proteomics technology helps accelerate the development of curative medicine

Manual processing of blood samples is error prone and labor intensive. Automation can help

Highly multiplexed single-cell phosphoproteomics facilitate combination therapies to treat drug-resistant cancers

Expanded carrier screening relies on high-throughput approaches to catch disease-causing variants that may elude traditional screening

Saliva samples solve several challenges inherent to nasopharyngeal swabs

From saliva sample collection to RNA extraction, this workflow ensures samples are noninfectious

Ensuring the vaccines aren’t exposed to adverse temperatures will be the biggest challenge for the -80°C Pfizer vaccines