Four people pose and smile in a busy laboratory filled with equipment, bottles, and scientific tools scattered on a large workbench in the foreground. Shelves with various supplies line the walls in the background.

Researchers program biomaterials with ‘logic gates’ that release therapeutics in response to environmental triggers

January 16, 2018 | Categories: Research | Tagged: , ,

Drug treatments can save lives, but sometimes they also carry unintended costs. After all, the same therapeutics that target pathogens and tumors can also harm healthy cells. To reduce this collateral damage, scientists have long sought specificity in drug delivery systems: A package that can encase a therapeutic and will not disgorge its toxic cargo until it reaches the site of treatment — be it a tumor, a diseased organ or a site of infection. Read More

Four circular cells are shown on a black background, each highlighted in different fluorescent colors: yellow-purple (top left), blue (top right), green (bottom left), and red (bottom right).

Study: Using big data to help fight a deadly cancer

January 12, 2018 | Categories: Research | Tagged: , ,

Researchers built an algorithm to discern which drugs might best combat patients’ individual cases of acute myeloid leukemia. The statistics are grim. For patients fighting an aggressive form of leukemia known as acute myeloid leukemia, or AML, doctors over the last 40 years have usually used a combination of two drugs to fight the disease, but it seldom cures it. Read More

A man in a white lab coat kneels next to a black dog on a leash in a white-walled room with colorful padded blocks and a yellow mat on the floor.

Favorable interim results reported in stem-cell therapy trial

January 8, 2018 | Categories: Research | Tagged: , , ,

A therapy developed at UW shows promise in its first test in young boys who have an inherited deadly muscle disease. Favorable interim results have been announced in a small clinical trial of a stem-cell therapy to treat patients with a rare, deadly disease called myotubular myopathy. Read More

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ISCRM Awards State Funding for Scholars and Pilot Programs

November 30, 2017 | Categories: Announcements | Tagged: ,

Congratulations to the 2017 ISCRM Scholars and Innovation Pilot Program Awardees The ISCRM Scholars Program, funded by the State of Washington, is a newly established program that provides one year […] Read More

A microscopic image shows a black branching structure resembling blood vessels against a green background, with bright red dots scattered along the branches.

Network of synthetic blood microvessels built

October 4, 2017 | Categories: Research | Tagged: , ,

Researchers are reporting significant progress in generating a 3-dimensional network of blood vessels that can be grown and manipulated in a laboratory.  Building vascular support for stem-cell repaired tissues or replacement organs will be vital to such regenerative therapies. Read More

A gloved hand holds a clear plastic cell culture plate containing wells with visible cell colonies or clusters in a laboratory setting.

Mini-kidney organoids reveal renal disease secrets

October 2, 2017 | Categories: Research | Tagged: , ,

Kidney organoids are revealing both the factors that influence the formation of kidney cysts, as well as how the disease progresses. The organoids are grown in labware from human stem cells. Polycystic kidney disease affects 12 million people. Until recently, scientists have been unable to recreate the progression of this human disease in a laboratory setting. Read More

Two smiling adults with glasses, one man in a suit jacket and one woman in a gray top, stand together in a laboratory setting with shelves of scientific equipment and supplies in the background.

Cancer trial: Expectation-setting gives way to hope

September 27, 2017 | Categories: Research | Tagged: , ,

Beginning four years ago, 15 women with incurable (metastatic triple-negative) breast cancer were enrolled in a unique clinical trial. It explored one concept of “precision medicine” – the suggestion that the brain power of multiple medical experts and the collection of an immense volume of data about each woman’s condition would yield the most personalized, customized care possible. Read More