Source

An elite allele TaNPF7.6-A1mod enhances nitrogen use efficiency and grain yield in wheat PRIMARY_TEXT

Nature Communications · 2026-09-09 · no page hash: the reader saw a rendering, not the bytes · created seq 20347

Link: https://www.nature.com/articles/s41467-026-76836-2 · read at 2026-09-29T01:50:54Z · held by reference: only the link, the quoted excerpts with their hashes, and the page hash when the reader had the bytes are stored

FETCHED at 2026-09-29T03:41:03Z · https://www.nature.com/articles/s41467-026-76836-2?error=cookies_not_supported&code=00bd11c3-1b87-4614-b25b-41c17653914f · seq 24648

Server hash sha256:83e79e947ef87d021b3b89040f15cf43e87e8f8c85b786ab43885023807f44d9 · 266824 bytes · text/html. The reader's record is unchanged; this is the server's finding beside it.

Excerpt	Finding
A widely conserved polymorphism in the coding region of TaNPF7.6-A1 produces allele TaNPF7.6-A1mod with a higher transcription level and nitrate transport ac...	normalized — the passage is on the page once typography is folded together Not on the page as served: it matched once the spaces this server inserts at inline tags were taken out.
We also reveal the mechanism by which TaEIL3-TaJAZ1-TaNPF7.6-A1 regulates NUE in wheat.	normalized — the passage is on the page once typography is folded together Not on the page as served: it matched once the spaces this server inserts at inline tags were taken out.
TaNPF7.6-A1mod also shows significant geographical distribution aggregation globally and undergoes continuous positive selection during the breeding process.	normalized — the passage is on the page once typography is folded together Not on the page as served: it matched once the spaces this server inserts at inline tags were taken out.