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Cross-sectional illustration of the human brain showing a single glowing molecular pathway traveling through multiple brain regions. The interconnected pathway is depicted with branching neural networks and DNA-like structures, linking green and orange sections of the brain and extending through the brainstem and cerebellum. The image symbolizes how shared biological mechanisms can influence multiple neurological diseases.

TAND: A New Framework for ALS, FTD and Related Brain Diseases

Researchers propose TAND, a new framework linking ALS, FTD and related disorders through TDP-43 biology to improve diagnosis and treatment.

Aug. 24 2026 |
A Miller School of Medicine student wearing a white coat stands among classmates inside the ceremonial venue during the White Coat Ceremony.

White Coat Ceremony Welcomes Miller School of Medicine Class of 2030

The Miller School of Medicine welcomed 204 students during its White Coat Ceremony, marking the start of their journey to medicine.

Aug. 22 2026 |
Illustration of a glowing stem cell at the center of a network connected to multiple human silhouettes enclosed in circular nodes. DNA strands and molecular structures appear in the background, symbolizing stem cell transplantation, genetic research, precision medicine and patient-centered regenerative therapies.

Study Points to Broader Stem Cell Donor Options for Blood Cancer Patients

ACCESS trial findings suggest carefully selected mismatched stem cell donors may expand transplant options for patients with blood cancers.

Aug. 20 2026 |

Why Incoming M.D./Ph.D. Student Kya Foxx Chose the Physician-Scientist Path at the Miller School

Incoming M.D./Ph.D. student Kya Foxx explains how research, patient care and bioethics inspired the next step in a physician-scientist career.

Aug. 20 2026 |

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