Blocking a Cancer Gene Reactivates Immune Surveillance in Head and Neck Tumors

Researchers discovered that a protein called LHX1 silences STING, a cellular alarm system that triggers senescence (aging) and tumor suppression in head and neck cancer cells. Disrupting LHX1 reactivates this alarm, causing cancer cells to …

43 Early
Design 7
Sample 7
Peer Review 14
Replication 6
Transparency 9

How a kidney protein drives aging after injury—and why blocking it could help

Researchers found that a protein called TIMP2 is overproduced after acute kidney injury and actively drives the transition to chronic kidney disease by promoting cell aging and scarring. Deleting TIMP2 in kidney tubule cells in …

51 Promising
Design 12
Sample 10
Peer Review 13
Replication 6
Transparency 10

Why Aging Weakens Natural Killer Cells' Ability to Kill Senescent Cells

This study identifies why immune cells (NK cells) from older adults become ineffective at removing senescent fibroblasts—harmful aging cells that accumulate in tissues. The culprit is overactivity of a protein called Cdc42, which disrupts the …

40 Early
Design 5
Sample 6
Peer Review 15
Replication 5
Transparency 9

Mitochondrial Transplantation Restores Muscle Function

Injection of healthy mitochondria into aged muscle tissue restored ATP production and contractile strength.

61 Promising
Design 14
Sample 12
Peer Review 17
Replication 5
Transparency 13

Senolytics Extend Healthspan in Mice by 30%

A combination of dasatinib and quercetin cleared senescent cells in aged mice, resulting in improved physical function and extended healthy lifespan by approximately 30%.

78 Strong
Design 18
Sample 15
Peer Review 17
Replication 12
Transparency 16