News for Healthier Living

No Current, No Problem: Wireless Electric Field Steers Immune Cells but Stuns Cancer Cells

Scientists have long known that electric fields can guide cell movement by a process called electrotaxis. However, most studies rely on electrodes that touch the cell medium, creating currents that complicate the biochemistry. Now, researchers designed a wireless platform that delivers a unidirectional electric field (Wi-uEF) without measurable current. Using this system, they discovered that human neutrophils consistently migrate toward the negative side (cathode), while breast cancer cells lose their directional persistence without preferring any direction. The findings separate the effects of electric potential from measurable electrical current, offering a cleaner way to study how cells sense and respond to voltage gradients.

May 25, 2026


May 25 2026

May 22 2026

May 21 2026

May 20 2026

May 19 2026

May 18 2026

May 17 2026

May 16 2026

May 15 2026

May 14 2026

May 13 2026

May 12 2026

May 11 2026