Drug Discovery - Streamlining PROTAC Discovery with Direct-to-Biology Workflows
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Accelerating drug discovery for deadly amoebic diseasesAccelerating drug discovery for deadly amoebic diseases

Rare and neglected infectious diseases remain some of the most challenging conditions to diagnose and treat. One laboratory at Purdue University is dedicated to discovering new therapeutics for infections caused by free-living amoebae – pathogens responsible for severe eye conditions and fatal brain diseases. The lab relies on the WELLJET dispenser stacker and MINI 96 portable electronic pipette from INTEGRA Biosciences to support high throughput drug screening and improve the reproducibility of complex assays.

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    Streamlining PROTAC Discovery with Direct-to-Biology WorkflowsStreamlining PROTAC Discovery with Direct-to-Biology Workflows
 
PROTACs are reshaping approaches to difficult therapeutic targets, with the recent FDA approval of vepdegestrant validating TPD as a strategy for previously undruggable proteins. Yet TPD molecule design remains challenging, stretching DMTA cycles to months and consuming significant synthetic and analytical resources. Learn how D2B delivers meaningful efficiency gains in TPD and PROTAC discovery programs.
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   First-in-class cancer drug gamitrinib evaluated in phase 1 clinical trialFirst-in-class cancer drug gamitrinib evaluated in phase 1 clinical trial
 
Cancer cells need large amounts of energy to survive and multiply. To produce that energy, they rely on structures inside the cell called mitochondria, often described as the cell's "powerhouse."
 
 Study potentially opens a new route to more selective cancer drug design
 
Study potentially opens a new route to more selective cancer drug designResearchers at the Icahn School of Medicine at Mount Sinai have identified a previously hidden druggable site in a cancer-related protein that could open the door toward the development of a new generation of more precise cancer drugs.
 
 
 AI breakthrough accelerates molecular simulations for drug discovery
 
AI breakthrough accelerates molecular simulations for drug discoveryA new AI model has become so good at predicting how molecules evolve over time that, in the future, it could speed up the costly and time-consuming process of testing new drugs.
 
 
 ELRIG unveils keynote speakers for Drug Discovery 2026
 
ELRIG unveils keynote speakers for Drug Discovery 2026ELRIG, a not-for-profit, volunteer-led organization dedicated to the global drug discovery community, today announced the keynote speaker program for Drug Discovery 2026.
 
 
 Advancing Human Muscle Models for Drug Development and Preclinical Testing
 
Advancing Human Muscle Models for Drug Development and Preclinical TestingTransforming drug development, Myomaker Bio's lab-grown muscle platforms offer human-relevant models for effective preclinical testing and risk reduction.
 
 
 Introducing Evosep Proteomics to standardize and scale proteomics for research and drug development
 
Introducing Evosep Proteomics to standardize and scale proteomics for research and drug developmentEvosep announces the launch of Evosep Proteomics, an ecosystem designed to standardize and scale LC-MS-based proteomics for research and pharmaceutical drug development.
 
 
 Accelerating drug discovery through AI, automation, and next-generation DMTA
 
Accelerating drug discovery through AI, automation, and next-generation DMTADiscover how AI, automation, and next-generation DMTA workflows are accelerating drug discovery with expert insights from TTP leaders.
 
 
 Purdue develops next-generation platform to accelerate cancer drug discovery
 
Purdue develops next-generation platform to accelerate cancer drug discoveryResearchers at the Purdue Institute for Cancer Research (PICR) have developed a next-generation technology platform designed to dramatically accelerate one of the slowest and most challenging stages of cancer drug discovery: identifying promising compounds that could eventually become new therapies.
 
 

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