Document detailing academic research projects around cane in 2010s

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甘蔗综合研究

农业学术项目

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Fieldnote and document about academic research projects around cane in 2010s.

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2025-10-29

RAW Data-Virulence247762554.xlsx

甘蔗综合研究

转运蛋白功能

担子菌 Sporisorium scitamineum 引起甘蔗黑穗病，导致甘蔗的质量和产量严重受损。多胺影响细胞内氧化还原平衡，这对致病性发展的S. scitamineum，包括有配、双核菌丝生长,和宿主入侵。中鉴定了一种多胺转运蛋白 SsTPO1S. scitamineum。SsTPO1导致细胞内腐胺、亚精和精向相反方向破坏。基于 SsTPO1 的多胺稳态有助于有配后双核菌丝生长和宿主

NIAID Data Ecosystem40

Table_2_Dynamic DNA methylation changes reveal tissue-specific gene expression in sugarcane.xlsx

植物表观遗传学

甘蔗综合研究

DNA methylation is an important mechanism for the dynamic regulation of gene expression and silencing of transposons during plant developmental processes. Here, we analyzed genome-wide methylation pat

NIAID Data Ecosystem40

08 - Mapa - MCAS - Taxa de Ocupação Agrícola de Cana-de-Açúcar, Média 2000, 2001 e 2002.png

农业土地利用

甘蔗综合研究

Dados obtidos da Produção Agrícola Municipal (PAM) do Instituto Brasileiro de Geografia e Estatística (IBGE).

DataCite Commons2022-05-26 更新20

Table_3_Temporal Gene Expression in Apical Culms Shows Early Changes in Cell Wall Biosynthesis Genes in Sugarcane.DOCX

甘蔗综合研究

植物碳分配机制

Multiple genes in sugarcane control sucrose accumulation and the biosynthesis of cell wall components; however, it is unclear how these genes are expressed in its apical culms. To better understand th

NIAID Data Ecosystem40

Data_Sheet_1_Screening for Sugarcane Root Phenes Reveals That Reducing Tillering Does Not Lead to an Increased Root Mass Fraction.XLSX

甘蔗综合研究

植物表型

Sugarcane root systems are poorly studied and understood due to the perennial nature, tall stature, and the long cropping cycle. Whilst some field studies gave insights into sugarcane root traits, the

NIAID Data Ecosystem40

Document detailing academic research projects around cane in 2010s

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