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Table 4 GO term analysis on different expressed miRNAs between asparagus male and female plant

From: Identification of miRNAs and their targets through high-throughput sequencing and degradome analysis in male and female Asparagus officinalis

GO biological process

miRNAs

Unique gene

Transcription, DNA − dependent

miR156k; miR156j; miR167a; miR167e; miR167c; miR171b; miR171f; miR171j; miR171a

UN01411; UN21824; UN04709; UN08763; UN12573; UN06775; UN22221

Regulation of transcription, DNA− dependent

miR156k; miR156j; miR167a; miR167e; miR167c; miR171b; miR171f; miR171j; miR171a

UN01411; UN21824; UN04709; UN08763; UN12573; UN06775; UN22221

Auxin mediated signaling pathway

miR167a; miR167e; miR167c; miR393a; miR393c; miR393b

UN21824; UN04709; UN08763; UN12573; UN06775; UN15466

Circadian rhythm

miR171b; miR171f; miR171j; miR171a

UN22221

Root hair cell tip growth

miR171b; miR171f; miR171j; miR171a

UN22221

Cell division

miR171b; miR171f; miR171j; miR171a

UN22221

Mitotic cell cycle

miR396a-3p; miR396d;

UN14593

Nucleosome assembly

miR156k; miR156j;

UN15310

Methionine biosynthetic process

miR156k; miR396b-4;

UN17597; UN27824

Flower development

miR167a;

UN08763; UN12573

Histidine biosynthetic process

miR396b-4;

UN27824

Carbohydrate metabolic process

miR166d-6;

UN14719

Purine nucleotide biosynthetic process

miR396b-4;

UN27824

One − carbon metabolic process

miR396b-4;

UN27824

Transport

miR408a

UN10287

Defense response

miR166d-6;

UN14719

Purine base biosynthetic process

miR396b-4;

UN27824

Folic acid-containing compound biosynthetic process

miR396b-4;

UN27824

Meristem maintenance

miR172a

UN21982

Specification of floral organ identity

miR172a

UN21982

Electron transport chain

miR408a

UN10287

Cell differentiation

miR172a

UN21982

Seed development

miR172a

UN21982