OpenAlex:
Artificial Intelligence in Plant Sciences
OpenAlex:
Artificial Intelligence in Plant Sciences
OpenAlex:
sRNA_seq_clean_thrips_leafdiscs_timeseries
OpenAlex:
sRNA_seq_clean_thrips_leafdiscs_timeseries
OpenAlex:
Ugandan healers near Rwenzori Mountains use 95 plants as medicine
OpenAlex:
Color phenotyping and genome-wide association studies of ...
OpenAlex:
FUNCTIONAL STUDIES ON SIEVE ELEMENT-SPECIFIC PROTEINS
OpenAlex:
Understanding the control of perpetual flowering and cont...
OpenAlex:
Artificial Intelligence in Plant Sciences
OpenAlex:
Artificial Intelligence in Plant Sciences
OpenAlex:
sRNA_seq_clean_thrips_leafdiscs_timeseries
OpenAlex:
sRNA_seq_clean_thrips_leafdiscs_timeseries
Long-Term Straw Return Reverses Antibiotic Resistance Accumulation in Maize Rhizosphere through Integrated Soil-Microbial Mechanisms.
PubMed · 2026-05-27
A 25-year field experiment found that returning crop straw to soil after harvest can reverse the buildup of antibiotic-resistant genes in maize roots zones, while relying on chemical fertilizers alone allows that resistance to accumulate over time.
1
Over 25 years, long-term chemical fertilization progressively increased antibiotic resistance genes (ARGs) and virulence factor genes in the maize rhizosphere.
2
Combining chemical fertilizer with straw incorporation reversed the accumulation of ARGs, counteracting the trend seen with fertilizer alone.
3
Metagenomic analysis revealed that shifts in microbial community composition — not just chemistry — were a key mechanism driving the change in resistance gene abundance.
