Tools & Techniques

Achieving higher accuracy and depth in bottom-up proteomics involves navigating a multifaceted process with various steps and challenges.

Scientists developed an unprecedented chemical tool to visualize sphingomyelin and sphingomyelinase activity during a chlamydia infection.

Customizable hydrogels could make taking diabetes and cancer medications as well as other biologics easier for patients.

A new technique boosts the sensitivity of mass cytometry to allow detection and characterization of low-abundance markers, yielding new disease insights.

Researchers injected healthy mitochondria to acutely injured kidneys to make them viable for donation.

A new method called “REVeRT” expands the capabilities of gene delivery platforms by transporting larger genes than previously possible.  

Inspired by nature, Peel Therapeutics scientists look to evolution to find the next life changing drug.

How do scientists utilize protein structural information to create therapeutic agents efficiently?

Scientists and engineers teamed up to use robots to streamline cell therapy manufacturing, aiming to give more patients access to these lifesaving therapies.

Cutting-edge DNA synthesis technology propels scientific advancements and drug discoveries forward at unprecedented speeds.

Researchers transplanted liver spheroids into the corneas of mice to non-invasively image the liver.

A limited set of plasma proteins identified 18 solid tumors in all major human organs.

An algorithm for counting wheezing sounds in real time offers a new way to diagnose and manage respiratory conditions.

An ingenious chemical labeling strategy offers solutions to enhancing throughput in mass spectrometry analysis.

Researchers developed a nanopore platform that detects a range of biomarkers at the same time, paving the way for more precise liquid biopsies.

Researchers use cell-free DNA circulating in the blood of patients with rheumatoid arthritis to match them with the most effective drugs. 

Scientists coupled mass spectrometry imaging with spatial transcriptomics in a single tissue, allowing for new discoveries in rare samples.

Single amino acid changes in healthy hematopoietic stem cells may lead to safer treatments for acute myeloid leukemia.

A dermatologist and a nanomaterials scientist teamed up to develop synthetic particles to accelerate tissue repair in damaged skin.