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ScienceNew Cancer Drugs Are Revolutionary. Why Don’t More Patients Get Them?ScienceUrban environments may be the ultimate training grounds for invasive speciesScienceHazelwood redevelopment suggests neighborhood investment can advance without typical displacement pressuresScienceSex-like DNA exchange in starving bacteria occurs over 100 times more often than spontaneous mutationsScienceDoes a deeper voice make men more attractive? These researchers have the answer
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New Cancer Drugs Are Revolutionary. Why Don’t More Patients Get Them?

Targeted gene therapies are highly effective at stopping cancers, but the very abundance of the treatments, plus cost and sluggish change, are hindering access.

Published Sep 30, 2026 · 4:45 PMOriginal source: NYT > Science7 reads
Targeted gene therapies are highly effective at stopping cancers, but the very abundance of the treatments, plus cost and sluggish change, are hindering access.
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Urban environments may be the ultimate training grounds for invasive species

As cities grow and urban sprawl expands, could these changing landscapes be giving invasive species a competitive edge? Scientists at the University of Florida Institute of Food and Agricultural Sciences (UF/IFAS) say the answer may be yes, according to a new study from the UF/IFAS Invasion Science Institute.

Original sourcePhys.org - latest science and technology news stories
BAGANBAZAR GRAPHSource-attributed newsSCIENCE desk
Science

Hazelwood redevelopment suggests neighborhood investment can advance without typical displacement pressures

Neighborhood investments meant to improve housing and opportunity often spark fears of gentrification and displacement. That worry is playing out in Pittsburgh's Hazelwood neighborhood, where a stalled Second Avenue housing project sits blocks from the 178-acre (72-hectare) Hazelwood Green riverfront development.

Original sourcePhys.org - latest science and technology news stories
BAGANBAZAR GRAPHSource-attributed newsSCIENCE desk
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Sex-like DNA exchange in starving bacteria occurs over 100 times more often than spontaneous mutations

How do bacteria adapt when resources run low? ISTA researchers have found that, under starvation stress, E. coli can use bacteriophages and CRISPR-Cas immunity to transfer and incorporate DNA, accelerating genetic reshuffling. The process resembles a primitive form of sexual reproduction and may help bacterial populations adapt to changing conditions. The findings were published in Molecular Biology and Evolution.

Original sourcePhys.org - latest science and technology news stories