Adjuvant COX Inhibition Augments Cytolytic T Cell Infiltration in Irradiated Triple Negative Breast Tumors

It’s clearly a very timely discussion with many recent articles reviewing the complexities of the tumor microenvironment and overall tumor heterogeneity that have been implicated in late-stage clinical failures, underscoring an urgent need for tests that accurately predict response to the growing number of available therapies.

I have learned in my career that there is a special recipe for making young companies successful. You need to have an amazing product that enables customers to accomplish their goals in a better way than their current method.

Alfred Hitchcock once said, “The more successful the villain, the more successful the picture”, for the immunotherapy picture, that successful villain is M1 macrophages.

This year, after two long years of convening virtually, it was great to see so many unite in the city of New Orleans for #AACR2022.

GEN: If I were to design my own panel for immunofluorescence, what are the main considerations, given everything you’ve suggested during the webinar for validation? Angela: There are several things one needs to think about when you build a new panel for multiplexed immunofluorescence. You need to consider the abundance of the targets to be

Adapted from a line in “Ode to a Mouse” from fellow countryman Robert Burns, the phrase, “the best-laid plans of mice and men often go awry”, indicate that no matter how carefully a project is planned, something may still go wrong with it unfortunately speaks to the reality of clinical trials for novel therapeutics, with approximately only 11% of drugs that begin phase I clinical trials eventually being licensed.

It was a record year of attendance at this year’s 37th annual SITC meeting. Whether reflective of waning new Covid cases from a peak in late January 2022, a new location, or merely the appetite to meet up with colleagues, check out new technologies or be part of important scientific discussions-Boston SITC had it all.

The brilliant Stephen Hawking once said that “The universe does not behave according to our pre-conceived ideas. It continues to surprise us.” The same statement is also true for how we think of the dynamic nature of the cancer universe, in particular the complexity of the tumor immune microenvironment (TiME/TMEs)- an ever-evolving rich milieu comprising of non-malignant immune cells, fibroblasts, adipocytes, extracellular matrix components and neuronal cell types.