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Welcome to the team Peptides and small RNAs HAL collection
We concentrate at present our studies in two main directions: (i) identify the molecular mechanisms involved in the regulation of expression and the activity of microRNAs (miRNAs), some of them being regulated by peptides and (ii) identify and study new classes of regulating peptides.
Deposited files
33
Deposited records
15
Open access rate
88 %
Sujets
Decoding
Long Chain Base LCB
Cancer
Nuclear calcium
Germination stimulants
Extracellular vesicles EVs
Enterocyte differentiation
D-Erythro-sphinganine
Aux/IAA genes
MTOR
MK801
Papain-like cysteine proteases
Auxin
Biotic and abiotic stress
Holobiont engineering
Lateral root
Biochemistry and molecular biology
Fumonisin b1
CONTROLS ROOT
LncRNA
Drosophila
Germination
Nodule Inception NIN
Mass spectrometry
PHOSPHATE
MicroRNA
Cell death
Non-coding RNAs
AP5
Arbiscule
GENE-EXPRESSION
Human
Broomrapes
Caspase
MiPEP
Animal miPEP
Peptide
Cell migration
Nodulation
Brassicacea
Arabidopsis
SORF
Cytosolic calcium
Mille pattes
Ecdysone
Arbuscular mycorrhizal symbiosis
Common symbiotic signaling pathway CSSP
Melanoma
MiRNA
OvoL
Cell viability
MiPEPs
Auxin perception
CPK
Aequorin
MicroRNAs
MicroRNAs miPEPs peptides plant defence pathology
Plant molecular biology
Marchantia
Glycine max
AXIN1
Infection
Parasitic plant
NSP2
Interferon-γ
Mycorrhiza
Medicago truncatula
Calcium signaling
Apoptosis
MicroRNA-encoded peptides
Pathology
Aux-IAA
NODULATION
Endocytosis
Evolution
Calcium signalling
OvoL transcription factors
Pri-miRNA
Calcium sensor
MiR171
ATE1
MiRNAs
Activity-based protein profiling
FUNGI
Microprotein
Calcium homeostasis
Intestinal stem cells
Aromatic amino acids
CML
Inter-kingdom communication
Orobanche cumana
Micropeptides
Arbuscular mycorrhiza
Peptides
MiR-8
Agricultural genetics
Sphingolipids
Alternative proteins
INFECTION
NODULE DEVELOPMENT