under the microscope

Supercharging CAR-T cells for cancer treatment.

Before CAR-T therapy really picks up steam toward its full life-saving potential, society might see one or more major improvements in its cost or effectiveness. Here’s one: “Traditional CAR-T cells, while effective against liquid cancers, face challenges in solid tumors—the […]

under the microscope

A protein to restore memories lost to Alzheimer’s.

There’s a protein that’s found in the kidney and brain that’s cleverly called KIBRA. “Kauwe, Pareja-Navarro et al. identify a KIBRA-dependent mechanism to repair the plasticity at synapses that is dysregulated in neurons underlying the loss of memory in tauopathy.” […]

under the microscope

Scientists see hope for curing autoimmune disease.

In autoimmune diseases, the body attacks its own cells. That poses a problem because stopping the attack also comes with lowering the body’s immunities against foreign invaders. Some recent understanding of cellular function, supported by clinical trial results, is promising. […]

under the microscope

DNA as hardware rather than software.

The team created a nanoscale electromotor, an innovative piece of equipment engineered from DNA. This motor features a turbine design constructed entirely out of DNA strands, arranged to form an axle and three blades, powered by the hydrodynamic flow within […]

under the microscope

A promising new oral insulin pill.

It works with micro-encapsulation of insulin with a coating that breaks down specifically in the liver and specifically when blood sugar levels are high. Amazing! “The medication that can be taken orally has already been tested on baboons, in which […]

under the microscope

A 50-year battery that degrades into copper.

“This breakthrough technology has the potential to revolutionize electronics by eliminating the need for chargers or portable power banks. Devices powered by these nuclear batteries could operate continuously without degradation in capacity or lifespan, unlike traditional Li-ion batteries. Imagine drones […]

under the microscope

There are five (or more) variants of Alzheimer’s.

“It’s plausible that this not only explains some of the differences we see in how Alzheimer’s progresses, but also signals the need to treat each variant differently, potentially explaining the high failure rate in finding successful treatments up until now.” ~ learn […]

under the microscope

What if we could make CAR-T cells inside the body?

CAR-T therapies have operational scaling challenges (see above). Maybe viral vectors can circumvent those challenges by modifying your T cells while they’re still inside a patient. “Scientists are devising ways to edit the genomes of immune cells without having to […]